defence institute of advanced technology · m. tech in mechanical engineering (marine engg)...

AQAR of the IQAC, Defence Institute of Advanced Technology (DU)

Defence Institute of Advanced Technology (Deemed to be University under Section 3 of the UGC Act, 1956)

Girinagar, Pune - 411025

ANNUAL QUALITY ASSURANCE REPORT

2018-2019


The Annual Quality Assurance Report (AQAR) of the IQAC

Part – A

1. Name of the Institution :Defence Institute of Advanced Technology

• Name of the Head of the institution: Dr. C P Ramanarayanan

• Designation: Vice Chancellor

• Does the institution function from own campus: Yes

• Phone no./Alternate phone no.- 020 -24304001, 24304003

• Mobile no.: 09483516385

• Registered Email: [email protected]

• Alternate Email: [email protected]

• Address: DIAT, Girinagar

• City/Town: Pune

• State/UT: Maharashtra

• Pin Code: 411025

2. Institutional status:

• University:

(State/Central/Deemed/Private)

• Type of Institution:

(Co-education/Men/Women)

• Location:

(Rural/Semi-urban/Urban)

• Financial Status:

(Centrally funded/state funded/Private)

• Name of the IQAC Coordinator/Director:

• Phone no. /Alternate phone no.:

• Mobile:

• IQAC e-mail address:

• Alternate Email address:

Deemed to be University

Co-education

Rural

Centrally Funded

(Dept. of Defence R&D, Ministry of

Defence)

Dr. H. S. Panda

020- 24304205

9545417608

[email protected]

[email protected]

3. Website address:

mailto:[email protected]




Web-link of the AQAR: (Previous Academic Year): Yes

http://www.diat.ac.in

4. Whether Academic Calendar prepared during the year? Yes/No -Yes,

If yes, whether it is uploaded in the Institutional website: Yes

Web link: http://www.diat.ac.in

5. Accreditation Details

Cycle Grade CGPA Year of

Accreditation

Validity Period

From To

1st B 2.86 2015 26.06.2015 25.06.2020

6. Date of Establishment of IQAC: 2014

7. Internal Quality Assurance System

7.1 Quality initiatives by IQAC during the year for promoting quality culture

Item /Title of the quality initiative

by IQAC

Date and Duration Number of

participants/beneficiaries

Preparation for visit of UGC-AICTE

Expert Committee to review the

functioning of review DIAT [as per

UGC (Deemed to be University)

Regulations 2016, mandatory

intensive external review ]

2018 DIAT

UGC-AICTE Expert Committee to

review the functioning of review

DIAT

23rd

to 24th

Aug

2018 DIAT

Preparation for Participation in NIRF Sept.2018- Jan

2019 DIAT

NIRF 2019 Ranking 2019 57th

Rank - DIAT

Creation Institute Innovation Council 21st Nov. 2018 DIAT

Planning of infrastructure

development for Incubation Centre 2018 DIAT

Creation of Incubation Centre March 2018 DIAT

To promote Innovative Culture for

Creating Start-up /Sponsored

Projects

2018 -19 All M.Tech& PhD

Students

Preparation for visit of UGC-AICTE

Expert Committee to review the

functioning of review DIAT [as per

UGC (Deemed to be University)

Regulations 2016, mandatory

intensive external review ]

2018 DIAT

8. Provide the list of Special Status conferred by Central/ State Government- UGC/ CSIR/ DST/

DBT/ICMR/TEQIP/World Bank/CPE of UGC etc.

http://www.diat.ac.in/

http://www.diat.ac.in/


8.1 Institution/

Department/Faculty

Scheme

Funding

agency

Year of

the award

with

duration

Amount

- - - - -

9. Whether the composition of IQAC as per latest NAAC guidelines: Yes/No: Yes

*upload the latest notification of the formation of IQAC - Yes

10. No. of IQAC meetings held during the year: 04

The minutes of IQAC meeting and compliance with the decisions

have been uploaded on the institutional website: Yes

(Please upload, minutes of meetings and action taken report)

11. Whether IQAC received funding from any of the funding agency to support its activities during

the year? Yes, (Grants-in-Aid of the Institute from DRDO)

12. Significant contributions made by IQAC during the current year (maximum five bullets)

• DIAT participated in NIRF 2018-19 and was placed all India 57th

Ranking

for Engineering Category.

• Institute organized lecture series known as DFLS, lectures were delivered by

eminent personalities invited from the premier academic institute as well as

from Research Organisation and Industries across the country.

• Internal review meetings were conducted from time to time to ensure the

academic activities, students‘ performance review, and department activities

for timely assessment.

• Institute encourages faculty members to participate in Industry oriented

activities and apply for research projects/consultancy/internship for M Tech

Students.

• Syllabus revised for various programmes as per the current and future

requirements.

• Facilitate student to visit DRDO labs and Industry for carryout Master

projects

13. Plan of action chalked out by the IQAC in the beginning of the Academic year towards Quality

Enhancement and the outcome achieved by the end of the Academic year

Plan of Action Achievements/Outcomes

Promotion of Research activities

Encourage all faculty members to

undertake research projects for applied

technology from DRDO and other funding

agencies

Scholarly publications Publish research finding in peer-reviewed

international journals of high repute

Protection of intellectual property

Faculty members were encouraged to

apply for Patents and IPRs through the

processing adopted by the DRDO

Smart classroom Made in all departments

14. Whether the AQAR was placed before the statutory body? Yes /No: Yes


Name of the statutory body: BOM

15. Whether NAAC/or any other accredited body(s) visited IQAC or interacted with it to Assess the

functioning?No

16. Whether institutional data submitted to AISHE: Yes/No: Yes

Year: 2019 Date: 13th

Feb, 2019

17. Does the Institution have Management Information System: Yes

Database used in Finance, Academic section, Library, and Material Management Group

(MMG):

Academic section:All admission to M Tech programs is through online. Students need

to complete the admission formality by filling up online admission forms. The

academic section maintains a complete database of the number of applications received

to admission to the M Tech, MS by Research, Ph.D. programs. Also applies to the

complete records of the statutory body for its approval and extension. All academic

activities of the institute are carried out using ERP software.

Finance Section: Defence Institute of Advanced Technology being Unitary University,

Financial records are fully computerized. Accounts have been maintained in a

universally accepted accounting system in India i.e. Mercantile System and it is being

maintained in Tally. Tally latest version is being used to maintain financial data.

Administration: The administration maintains a database of all information related to

faculty, staff, and other temporary employees. The majority of admin activities are

carried out using ERP System and Biometric systems such as attendance of regular and

temporary faculty and Staff members leave Management, temporary duty, Faculty and

staff service records, etc.

The MMG facilitates purchase and procurement of assets for the entire Institute,

requisitioning of services, management & accounting of assets, disposal &

condemnation of stores, etc. Specialized functions of tendering, evaluation of tenders,

utilization of various banking instruments, etc are also performed by the MMG. MMG

maintains complete records of inventory items, store items, and other asset details in

the database using ERP software. MMG extensively uses an ERP system for processing

all purchase and procurement assets.

The library is fully automated with LIBSYS - integrated, multi-user, and web-centric

library management system. The Library maintenances the Bibliographic database of

Books, Journals, Thesis, Dissertation, and other resources. The software facilitates the

library in providing quick & efficient services. The bibliographic database of library

resources available is being updated regularly with details of recently acquired Books /

Journals/ other resources. The Web OPAC (Online Public Access Catalogue) of the

library provides an online facility through the LAN to the users to search the

bibliographic databases of entire library resources from any networked computer/laptop

within the DIAT (DU) campus.


Part-B

CRITERION I – CURRICULAR ASPECTS

1.1 Curriculum Design and Development

1.1.1 Programmes for which syllabus revision was carried out during the Academic year

Name ofprogramme Programme Code Dates of revision

Material Science & Chemical Technology

(Materials Science & Technology) MST May 2018

M.TechinMaterials Engg. ME May 2018

M.TechinCorrosion Technology CT May 2018


(Chemical Science & Technology) CST May 2018


(Energetic Materials & Polymer) EMP May 2018

M.Tech in Electronics and Communication

Engineering (Defence Electronic Systems) DES May 2018


Engineering ( Radar and Communications) R&C May 2018


Engineering (Wireless Networks and

Applications)

WNA May 2018


Engineering (Signal Processing and

Communication)

SPC May 2018


Engineering (Navigation Systems) NS May 2018


Engineering (VLSI and Embedded Systems) VLSI May 2018

M. Tech in Computer Science and Engineering

(Cyber Security) CS Nov.2017

M. Tech in Computer Science and Engineering

(Software Engineering and Intelligent System) SEIS Nov 2017

M Tech in Technology Management TM May 2018

M.Sc in Food Technology ACFT July 2018

M.Tech Aerospace Engg. (Guided Missiles) GM Mar 2019

M.Tech in Aerospace Engg (UAVs) UAV Mar 2019

M.TechinAerospace Engg (Air Armaments) AA Mar 2019

PG Diploma in Integrated Safety Engineering ISE May 2018

M.Tech in Mechanical Engineering

(Armament and Combat Vehicles) ACV -

M.Tech in Mechanical Engineering (Marine

Engg.) Marine -


(Robotics)

(Interdisciplinary)

Robotics -



(Mechanical System Design) MSD -

M.Tech in Sensors Technology ST Sep 2019

M.Tech in Laser & Electro-Optics LEOC Sep 2019

M.Tech. in Optical Communication OCP Sep 2019

1.1.2 Programmes/ courses focused on employability/ entrepreneurship/ skill development during the Academic year: All programme in S.N.1.1.1

Programme Date of

Introduction Course with Code Date of Introduction

- Digital Forensics case studies

(CE684) 2018

- Secure Wireless sensor networks

(CE691) 2018

Ethical Hacking & Penetration

Testing (CE69C) 2018

Virtual Reality (CE630) 2018

Computational Intelligent Systems

(CE604) 2018

Big Data Analysis & Algorithms

(CE 694) 2018

Disaster management (CF 501) 2018

Surfactant Technology (AC623) 2018 1.2 Academic Flexibility

1.2.1 New programmes /courses introduced during the Academic year

Programme Date of introduction

Course Date of introduction

Corrosion Technology July 2018 Corrosion Characterization

(MCE604) July 2018

-- -- Advanced Coatings (MCE 607) July 2018

-- -- Surfactant Technology (AC623) 2018

1.2.2 Programmes in which Choice Based Credit System (CBCS)/Elective Course System implemented at the university level during the Academic year.

Name of Programmes

adopting CBCS UG PG

Date of implementation

of CBCS / Elective Course System UG PG

All Programmes -- PG July 2015 - PG

Implemented (Mention the Date) 2015

1.3 Curriculum Enrichment

1.3.1 Value-added courses imparting transferable and life skills offered during the year

Value added courses Date of introduction Number of students

enrolled

Integrated Safety Engineering 2018 10

Safety, Health and Hazard Management 2018 08

Software Projects Management 2018 13

Food Standards and Safety Management 2018 08


4th

NC3, a two-day national event 14-15th

Mar 2019 100

Special lecture on New Energetic Materials by

Prof. Michael Gozin of Tel Aviv University,

Israel, and Visiting Professor at IIT Bombay.

29th Jan 2019 45

1.3.2 Field Projects/Internships undertaken during the year

Project/ Programme Title No. of students enrolled for Field

Projects / Internships M.Tech Projects related to defence done at DIAT, DRDO Labs, Air force, Coast Guard, ISRO, IITs, IISc Bengaluru and various academic & Industries (such as CAIR, R&DE, Dighi, DRDL, NPOL Hyderabad Bharat Electronics, VSSC, ISRO, IITM, Osmania University SEIMENS, Bharat Forge Ltd, etc.

192

ProjectTitle Author Guide Dept Year

Successive interference cancellation

techniques for GNSS using a notch filter Razi, Irfan

Pal, Surendra

& Naik, K

Electronics

Engineering 2018

Satellite selection method for multi-

constellation receiver

Singh,

Prekhar

KK Naik

&Vyasaraj, G

Electronics

Engineering 2018

Ambiguity resolution of carrier phase

observables for IRNSS

Maheshwari,

G Naik, K, K

Electronics

Engineering 2018

Investigatigation and numerical analysis of

coal ash slurry flow through a centrifugal

pump

Patel, R P Hadgekar,

Pravinkumar

Mechanical

Engineering 2018

Vibration analysis of built-up structures Bastia,

Prasanta Panigrahi, S K

Mechanical

Engineering 2018

Non-linear finite element analysis of bullet

penetration in the circular target plate

Soni,

Abhishek

Kumaraswamy,

A

Mechanical

Engineering 2018

Topology optimization and manufacturing

aspects for hull structure of wheeled

combat vehicle

Pingale, H P Nimje, S &

Patel, N

Mechanical

Engineering 2018

Design optimization of avionics rack using

design for manufacturability approach Singh, R K

Thakur, D G

&Ilavarasu, S

Mechanical

Engineering 2018

Design and analysis of dual display

composite console Kumar, S

Panigrahi, S K

& Shankar,

M R

Mechanical

Engineering 2018

Numerical simulation of airflow through

gas turbine engine test cell

Shivakumara,

T M

Chandel, S &

Kumar, Amit

Mechanical

Engineering 2018

Investigation of shock attenuation in wave

shaper materials for defence application

Kumar

Kamlesh

Kumarswamy,

A

Mechanical

Engineering 2018

Modeling and simulation of hydraulic

circuit of heavy borer (HBD) Mishra, Vijay Chandel, S

Mechanical

Engineering 2018

Simulation-based design of vehicle hull

exposed to mine blast for improved crew

survivability

Makwana,

Dilip R

Thakur, D G

&Senthilkumar

, K

Mechanical

Engineering 2018

Analysis and optimization of Gun mount Harikrishnan,

J S

Kumaraswamy

& J Roopchand

Mechanical

Engineering 2018

CFD analysis of local heat transfer

distribution of jet impingement on the

smooth plate by compressible chevron jet

Singh, A K Chandel, S Mechanical

Engineering 2018


Damage propagation in functionally

graded adhesively bonded lap joint in

laminated FRP composites

Sawant,A A Nimje, S Mechanical

Engineering 2018

Numerical analysis of high concentration

coal ash slurry flow through the pipeline

Vaishnav, A

H Chandel, S

Mechanical

Engineering 2018

Thermo-mechanical stress analysis of

adhesively bonded double lap joint Ved, Prakash Panigrahi, S K

Mechanical

Engineering 2018

CFD analysis of local heat transfer

distribution for jet impingement on the

smooth plate by incompressible chevrov

jet

Singh,

Harpreet Chandel, S

Mechanical

Engineering 2018

Study of the effect notch geometries on the

structural integrity of a gas turbine blade Das, A K Panigrahi, S K

Mechanical

Engineering 2018

Study and analysis of cross-flow heat

exchanger over a counter flow heat

exchanger

Raut, A C Hadgekar, P Mechanical

Engineering 2018

Study of frequent failures of different

types of valves used in seawater systems

onboard in ships and derive a method to

mitigate the failures

Deshpandee,

Gaurav Hadgekar, P

Mechanical

Engineering 2018

Finite element analysis of aluminum

honeycomb sandwich panel Sugali, B N Panigrahi, S K

Mechanical

Engineering 2018

Failure analysis of functionally graded

adhesively bonded tubular joint subjected

to different

Kumar, D Nimje, S V Mechanical

Engineering 2018

Conceptual Design of Hand Launched

UAV with Inflatable Wing

Anmol Mittal Dr Ajay

Misra

& Dr.

Ganapati N

Joshi

Aerospace

Engg.

2018-

19

Design and Static Structural Analysis of a

quadcopter for heart mobility in Bangalore

city Kruthika K C

Dr Ajay

Misra

Aerospace

Engg.

2018-

19

Aerodynamic Analysis of UAVs Using

CFD

Mohideen

Ansar A

Dr. Ganapati

N Joshi

Aerospace

Engg.

2018-

19

Development of Guidance System for

Artillery Rockets.

Manish

Chandra

Prof. K

KMangrulkar

Aerospace

Engg.

2018-

19

Design and Development of High Altitude

Test Facility for Liquid Propellant Thruster

Potnuru

Bangaru Raju

Mr. Vinay

Yadav

Aerospace

Engg.

2018-

19

Comparative Study of Airdata Estimation

Methods for LE-FADS

Dhavalkumar

Rajeshbhai

Lad

Dr. Ajay

Misra

Aerospace

Engg.

2018-

19

Preliminary Analysis of Eclipsing Binaries KolluriGovind

a Bharadwaj

Dr. Ajay

Misra

Aerospace

Engg.

2018-

19

Analysis Of Transonic Flow Over An

Aerofoil NACA64A006 With Oscillating

Trailing Edge Flap Using CFD

DhubbaBhuva

na Venkata

Sai

Dr. Ganapati

N Joshi

Aerospace

Engg.

2018-

19

Analytical and experimental studies on

cryogenic exchanger for helium liquefier Panda, S Thakur, D G

Mechanical

Engineering 2018

Numerical simulation of impact inducted Maji, Abhijeet Akella, K Mechanical 2018


damage and delamination in fiber-

reinforced polymer composites

&Nimje, S Engineering

Micro-Mechanical modelling of B4C and

sic particulate reinforced in 8090 al li alloy

metal matrix composite

Ojha, Mradul Thakur, D G Mechanical

Engineering 2018

Structural analysis of shell 125mm high

explosive ammunition Ohol, R B Thakur, D G

Mechanical

Engineering 2018

Performance analysis of plate fin heat

exchanger of combat vehicles using CFD Hadgekar, P

Mechanical

Engineering 2018

Real-time tracker with online learning

assistance Rahul Raj R

Ananda, C M

&Sivayazi, K.

Mechanical

Engineering 2018

Simulation and analysis of

electromechanically actuated quadruped

robot

Sarkar, S Sivayazi, K Mechanical

Engineering 2018

Study and simulation of collision detection

and avoidance algorithms

Kumar Siva

Sarath G

Ananda, C M

&Kumarswam

y, A

Mechanical

Engineering 2018

3D architecture for real-time action

detection in videos using YOLO Topale, S K

Singh, U &

Sharma, A M

Mechanical

Engineering 2018

Localization and outdoor navigation of a

car-like robot Kumar, A

Adlinge, S D &

K, Rajkumar

Mechanical

Engineering 2018

Study of air intake duct of diesel alternator

onboard Indian naval ship using CFD Wilson, Anish Chandel, S

Mechanical

Engineering 2018

Analysis of failures of shell and tube heat

exchangers using sea water onboard Indian

naval ships

Kumar, U Hadgekar, P Mechanical

Engineering 2018

CFD analysis of air intake duct of diesel

alternator

Bhandirge, P

P Hadgekar, P

Mechanical

Engineering 2018

Analysis of centrifugal pump impeller

made up of composite material Singh, KK Nimje, S V

Mechanical

Engineering 2018

Job diagnostic survey of ground duty

(technical Officers) in the Indian air force M K Praveen Akhilesh, K B

Mechanical

Engineering 2018

Analytical assessment of microwave

inducted radiation hazards management Nabi, F F

Shankar, R

&Sidharth,Sum

ati

Technology

Management 2018

Solar energy technology management:

new dimension at Indian air force stations

Chaturvedi, V

K

Akhilesh, K B

&Sidharth,Sum

ati

Technology

Management 2018

IT-enables tacit knowledge management

of first-line maintenance: IAF helicopters Deokuliar, S

Akhilesh, K B

&Sidharth,Sum

at

Technology

Management 2018

Study on the utilization of technicians in

transport aircraft units of the Indian air

force

Mahajan, BP Ware, N Technology

Management 2018

Linking skill grade with annual appraisal

towards competency mapping and career

progression in IAF

Harish B

Akhilesh, K B

&Sidharth,Sum

ati

Technology

Management 2018

Managing space technology for peaceful

and defence purposes an IAF perspective Panda, B K Sidharth,Sumat

Technology

Management 2018

Lean managing in Indian navy through this Lele, Kunal Vinay, A Technology 2018


approach Management

Managing futuristic technology for acmi

system in IAF

Sundararajan,

S

Shankar, R

&Sidharth,Sum

ati

Technology

Management 2018

Numerical analysis of air intake duct of

diesel alternator onboard Indian naval ship Raj, T M Chandel, S

Mechanical

Engineering 2018

Embedded live weather monitoring

autonomous vehicle Halder, S

Sivakumar, G

& Pal, P K

Mechanical

Engineering 2018

Control design and simulation of the

hydraulic actuated quadruped robot Pushkar, Y P

Kumaraswami,

A& Murali

Krishna, P

Mechanical

Engineering 2018

Hydraulic actuated quadruped robot

motion analysis for squat turning gaits

simulation using Adams and Matlab

Kumar, V Sivayazi, K Mechanical

Engineering 2018

Email classification using artificial

intelligence

Deshmukh, S

A Pal, P K

Mechanical

Engineering 2018

Study of frequent failure and cfd analysis

of valves in ships system Basedia, P Hadgekar, P

Mechanical

Engineering 2018

Experimental investigation of Aerospace-

grade Al-Li alloy metal matrix composites Selvan, R A S Thakur, D G

Mechanical

Engineering 2018

Analytical study on high-speed cryogenic

turboexpander for helium liquefier

Pattanayak, P

K

Chandel, S

&Doohan, R

Mechanical

Engineering 2018

Design and simulation of autonomous

parachute system for unmanned aerial

vehicle

Shekhar, M C. M. Ananda

&Sivayazi, K

Mechanical

Engineering 2018

Implementation of PRM algorithm &

autonomous navigation of the mobile

robot

Supare,

Chandrakant Adlinge, S D

Mechanical

Engineering 2018

Design of sliding mode controller for an

autonomous ground vehicle Borate, S S

Sahoo, S

&Mangrulkar,

K

Mechanical

Engineering 2018

3d printing interdigitated hierarchical

architecture of mollusk shell composites

Goud,

Rajendra

Balasubramani

an, K

Metall&Mat

erials

Engineering

2018

IoT enabled ground-based indigenous

systems for locating resources in real-time

for defense application

Debbarma, S Nene, M J Computer

Engineering 2018

Development of aluminum alloy

7005/TiB2+B4C surface composite by

friction stair processing for defence

application

Pol, N A Shanmugasund

aram, T

Metall&Mat

erials

Engineering

2018

Thermo-mechanical performance of YS2

coated superalloy substrates Bangar, G Y

Balasubramani

an, K

Metall&Mat

erials

Engineering

2018

Role of solution treatment temperature on

mechanical properties of forged inconel

718

Kakade, R B Hiwarkar, V

Metall&Mat

erials

Engineering

2018

Study of repair of GFRC for Scarf and

stepped scarf geometries using adhesives

and In-situ Infusion strategy

Singh, D Patro, T U

Metall&Mat

erials

Engineering

2018


Preparation and properties of carbon foam

impregnated with activated charcoal Singh, K Patro, T U

Metall&Mat

erials

Engineering

2018

Effect of heat treatment on wear behavior

of NiCrSiB& WC-Co HVOF coating on

AISI4330V steel

Bitla, N V

Shan

Shanmugasund

aram, T

Metall&Mat

erials

Engineering

2018

Studies on glass- fiber reinforced hybrid

composites for structural applications Peshne, H Patro, T U

Metall&Mat

erials

Engineering

2018

Effect of friction stir welding parameters

on microstructure and mechanical

properties of AA 7004

Kotteeswaran,

B

Shanmugasund

aram, T

Metall&Mat

erials

Engineering

2018

Toughening cyanate esters with

polyetherimide and development of high-

temperature structural composites via resin

film infusion

Dilawar, I A Balasubramani

an, K

Metall&Mat

erials

Engineering

2018

Effect of ECAP on microstructural and

mechanical properties of aluminum 7075

alloy

Ingavale, S P Hiwarkar, V

Metall&Mat

erials

Engineering

2018

Role of TiB2 on microstructure and

mechanical properties of Ti-6AI-4V alloy

fabricated through DMLS process

Patil, A S Hiwarkar, V

Metall&Mat

erials

Engineering

2018

Effect of ultrasonic shot peening (USSP)

on forging dies-AISI H13 tool steel Patil, B S Abhyankar,A C

Metall&Mat

erials

Engineering

2018

Harnessing the role of emotional

intelligence as a predictor of

organizational commitment in India

Upadhyay, A Sen, A K Technology

Management 2018

Short time nano-crystallization of

continuous kinemet ribbons in air tuning

surface

Sikder,S Abhyankar,A C

Metall&Mat

erials

Engineering

2018

Studies of PVDF/ABS/MWCNT blend

composites Kushwaha, A Patro, T U

Metall&Mat

erials

Engineering

2018

electro spun copper phthalocyanine

polycarbonate composite for electronic

applications

Malik, A Balasubramani

an, K

Metall&Mat

erials

Engineering

2018

Development of refractory metal coating

on Ni-Cr-Mo-V steel substrate by cold

spray technique

Manokaran, T Shanmugasund

aram, T

Metall&Mat

erials

Engineering

2018

Study on corrosion behaviour of AA5083-

h112 alloy in different weld conditions Devashish, K Abhyankar,A C

Metall&Mat

erials

Engineering

2018

Managing mid-life upgrade of M2000 of

aircraft performance dimensions Kumar, P

Sidharth,Sumat

i

Technology

Management 2018

Exploration od critical success of total

quality management in defence R & D

organization Indian context

Tomar, S S Nilesh, Ware Technology

Management 2018

Addressing occupational stress-related

issues in the Indian coast guard Kumar, A Nilesh, Ware

Technology

Management 2018


Miniaturization pf transition metal-based

electrode nanoparticles and their

applications in super capacitor

Jatar, D Panda, H

Metall&Mat

erials

Engineering

2018

Systems identification and control of the

miniature unmanned ground vehicle Prashobh, P Sivayazi, K

Mechanical

Engineering 2018

failure analysis of turbine blade of HAL

engine lokhtakia, S P Abhyankar,A C

Materials

Engineering 2018

Standard instrument taxi ( sit): simulation

for arrival and departure of aircraft

Thombhare, V

D Nene, M J

Electronics

Engineering 2018

Design and analysis of signal processing

algorithm for anti-ship radar seeker Singh, V K Brazil Raj, A A

Electronics

Engineering 2018

Raw data processing & analysis of

Synthetic aperture radar by using a

different algorithm

Singh, S Ray, K P Electronics

Engineering 2018

Design and development of 100 w solid-

state power amplifier fir S-band frequency

range for radar

Roy, K R Ray, K P Electronics

Engineering 2018

Common view time transfer using IRNSS

satellites Ray, N K Naik, K

Electronics

Engineering 2018

Compressive sensing technique for

underwater source localization Koul, A Ray, K P

Electronics

Engineering 2018

Direct RF signal processor for radars:

design & implementation Kumar, S R Ray, K P

Electronics

Engineering 2018

Implementation of X-band airborne

Doppler weather radar signal processing

chain

Saho, S Ray, K P Electronics

Engineering 2018

FPGN based Doppler estimation for pulse

CW radar

Chandra,

Shekhar Ray, K P

Electronics

Engineering 2018

Investigation on the application of angular

super-resolution and adaptive beam

forming techniques on sideablelevel

controlled beam at sub array level

Dasan, H Ray, K P Electronics

Engineering 2018

Multi-bit digital receiver design for radar

signature estimation Goupta, D Ray, K P

Electronics

Engineering 2018

Designing of S-band hexagonal patch

antenna for improvement of quan and

bandwidth

Subrata, B Ray, K P Electronics

Engineering 2018

Automated bacterial and fungal colony

detection classification and counting for

environmental monitoring in laboratories

Kadam, D Dasari, S Applied

Mathematics 2018

Modeling and simulation of OCDMP PON

receiver with fuzzy intelligent control Askar, M K Dasari, S

Applied

Mathematics 2018

Modelling and simulation of structural

vibration due to sound source & its

application in landmines detection

Prajapati, R B Pralhad, R N Applied

Mathematics 2018

Fault identification and remedies for the

stability of weak AC micro grid using a

renewable interface

Kumar, D Das, S K Applied

Mathematics 2018

Modelling and simulation of the static and

dynamic stall of fixed and oscillating Bendre, v V

Somanch

imurthy, V S S

Applied

Mathematics 2018


airfoils with high fidelity boltzmann

method

Modelling and simulation of motor driving

of brushless DC motor for remote control

weapon system

Mishra, A

Krishna

Murthy,

&Kulkarni,V

Applied

Mathematics 2018

Border surveillance and intruder detection

through video analytics

Memoria,

Mamta

Pradhan,

Debasish

Applied

Mathematics 2018

Fingerprint and signature recognition

using CNN Jha, A

Pradhan,

Debasish

Applied

Mathematics 2018

internal ballistics of solid rocket motors

using a level set method for simulating

propellant grain burn back

Mali, A S Desari, S Applied

Mathematics 2018

Modelling & simulation of projectile

impact on target 7 its application in

armour technology

Oak, P S Pralhad, R N Applied

Mathematics 2018

Diagnosis of thyroid disease using

improved K- means and ANN Singh, S V Das, S K

Applied

Mathematics 2018

Modelling & simulation of angular

positioning of load for vertical launch Rao, S B Desari, S

Applied

Mathematics 2018

Hall and ion strip effects on the quadratic

convective flow of UCM fluid with a

chemical reaction between two parallel

plates

Sima, G Odelu, O Applied

Mathematics 2018

Modelling of an architecture for face

detection using conventional neural

networks in computers

Mandwe, S Pradhan,

Debasish

Applied

Mathematics 2018

Second law analysis of natural convection

radioactive MHD eryingPowell fluid

between porous parallel plates with soret

and Dufour effect

Patidar, D Odelu, O Applied

Mathematics 2018

MHD flow of couple stress fluid in the

presence of chemical reaction and cross-

diffusion in pulsating porous pipe with

heat source/ sink

Jadhav, M K Odelu, O Applied

Mathematics 2018

Adaptive clutter suppression for airborne

surveillance system Mishra, V Ray, K P

Electronics

Engineering 2018

RPL based reliable mobility support for

wireless sensor networks Dubey, A J Naik, K

Electronics

Engineering 2018

Synchronized OFDM based underwater

acoustic and terrestrial wireless

communication networks

Goswami, Y Naik, K Electronics

Engineering 2018

Smart parking systems using wireless

networks Singh, N Nene, M J

Electronics

Engineering 2018

Design and implementation of a robust and

secure physically unclonable function Lokhande, A Brazil Raj, A A

Electronics

Engineering 2018

Smart monitoring and building of an

energy meter using internet of things

Vishwakarma,

M Abhilash, M T

Electronics

Engineering 2018

Signal attenuation of millimeter-wave

propagation (LOS) in sand & dust storm Chaudhary, S Ray, K P

Electronics

Engineering 2018

Modelling simulation and implementation Yadav, J P Abhilash, M T Electronics 2018


of autopilot Engineering

Testing and validation facility for internal

navigation system ship application (INS) Sitara, B

Sitara, B &

Ray, K P

Electronics

Engineering 2018

Design of integration unit of navigation

complex for submarines Krishnan, V Ray, K P

Electronics

Engineering 2018

Study of the effect of scandium doped

TiO2 buffer layer in dye-sensitized solar

cell

Verma, R P Bhave, T M Electronics

Engineering 2018

Characterization of various propellant

compositions using an ultrasonic non-

destructive technique

Mehta, P Brazil Raj, A

A& Ghose, B

Electronics

Engineering 2018

Hybrid System for cost-effective

monitoring of weather radar station using

IOT devices and web hosting

Yadav,V Abhilash, M T Electronics

Engineering 2018

FPGA based QPSK modulation scheme

implementation Bhushan, P Nene, M J

Electronics

Engineering 2018

Reliable packet delivery & energy-

efficient scheme for AOMDV protocol

Raghavendra,

S N Naik, K

Electronics

Engineering 2018

Study of MMW signal attenuation (LOS)

due to radiation FOG(INLAND) DQAS, M V Ray, K P

Electronics

Engineering 2018

Design of S-band single feed circulatory

polarizedmicro strip patch antenna array Kumar, M K Sawant, K

Electronics

Engineering 2018

Open-source design approach for radar

controller Parihar, D S Abhilash, M T

Electronics

Engineering 2018

Design and realization of band pass fitter

for wideband radars and electronic warfare

systems

Kumar, A Ray, K P Electronics

Engineering 2018

Design and construction of linear motor

based prototype electromagnetic aircraft

launching systems

Kumar, S Ray, K P &

Kumar, A

Electronics

Engineering 2018

Improvement of image algorithm for

through-wall radar Kumar, A Ray, K P

Electronics

Engineering 2018

Micro-Doppler analysis for non-

cooperative target recognition in radar

systems

Sathe, P Ray, K P

&Dyana A

Electronics

Engineering 2018

RFI elimination pulse compression using

narrowband waveforms Mehta, A D

Electronics

Engineering 2018

Broadband linear array antennas for

frequency range 2-8 GHz Kumar, H Ray, K P

Electronics

Engineering 2018

Design of conformal Patch antenna array

at X-band for airborne application Franco, F Ray, K P

Electronics

Engineering 2018

Study of a class of hexagonal antenna with

fractal elements having notch band

characteristics

Kumar, S Sawant, K Electronics

Engineering 2018

Satellite based automatic identification

system (AIS) Keley, R Ray, K P

Electronics

Engineering 2018

Design and evaluation of C-band FM-CW

radar Gite, Toy Ray, K P

Electronics

Engineering 2018

Design and analysis of power amplifier for

wideband radar and electronic warfare Pandit, K K Ray, K P

Electronics

Engineering 2018


system

Design of polarization reconfigurable

antenna at x band for coastal surveillance

radar

Rakesh, K Ray, K P Electronics

Engineering 2018

Design and spherical dielectric antenna by

using circular waveguide feed Yenda, D Ray, K P

Electronics

Engineering 2018

Emulation of interpulse modulated signals Singh, M Ray, K P Electronics

Engineering 2018

Development pf adoptive nulling

algorithm for multichannel STAP

configuration

Rewatee Ray, K P Electronics

Engineering 2018

Testing and validation facility for inertial

navigation sys ship application (ins-sa) Tripathi, K B

Ray, K P, and

Sitara, B

Electronics

Engineering 2018

Feature space for bearing fault diagnosis Vikas Bazil Raj, A A Electronics

Engineering 2018

Design and simulation of vector tracking

loops for IRNSS receiver

Srivastava, S

K Naik, KK

Electronics

Engineering 2018

Improving data integrity and accuracy of

IRNSS signal with aes and qbas

Prabhakar, S

M Naik, KK

Electronics

Engineering 2018

GNSS (GPS) spoofing detection using

direction of arrival sensing Sawale, S G Naik, KK

Electronics

Engineering 2018

Design and development of software-

defined IRNSS receiver signal generation

and acquisition

Ahir, J S Naik, KK Electronics

Engineering 2018

Cycle slip detection of GPS and IRNSS

signals Bittu, A Y Naik, K K

Electronics

Engineering 2018

Integration of INS and GPS Peeyush Naik, K K Electronics

Engineering 2018

GNSS based ionosphere characterization

for SBAS Jain, C Naik, K K

Electronics

Engineering 2018

Design of microbolometer pixel and

radiometric calculations Sharma, P Dhirhe, D

Applied

Physics 2018

Study of scattering properties of sub-

wavelength structures from the perspective

of torpid out multipoles

Mukhopadhya

y, A Murthy, A V R

Applied

Physics 2018

Eye safety of high power fiber laser

technologies Mallick, M Datar, S

Applied

Physics 2018

Design and implementation of an optical

liquid level sensor with DAQ system Ranjit, T

Unnikrishnan,

G

Applied

Physics 2018

Realization of surface Plasmonpolarization

sensors using hyperbolic met materials Goyal, P Datar, S

Applied

Physics 2018

Development of SPR based methodology

for detection of bio-compound in static

mode

Yadav, A N Datar, S Applied

Physics 2018

Design and development of micro strip

antenna Saw, V K Datar, S

Applied

Physics 2018

Phase extraction in digital holographic

microscopy using cresnelet approach Aishw, A G

Unnikrishnan,

G

Applied

Physics 2018

Design and simulation of shack-Hartmann Kumar, P N Dhirhe, D Applied 2018


wave front sensor for active optics

correction system in a space borne

imaging system

Physics

Computational optical imaging technique

for improving the performance of an

optical imaging system

Purohit, S Dhirhe, D Applied

Physics 2018

Study on failures of laser range finder to

find the reason Kumar, N Dhirhe, D

Applied

Physics 2018

Feasibility study and development of

surface plasmon resonance-based chemical

sensor

Dar, F A Kale, S N Applied

Physics 2018

Design and development of fiber optics-

based interferometer Pisipati, R Dhirhe, D

Applied

Physics 2018

Study and design of signal processing

algorithm for fiber optic sensors Pore, G Dhirhe, D

Applied

Physics 2018

Study and analysis of different fiber optic

sensor cables and configuration for

intermission detection

Joshi, S S Dhirhe, D Applied

Physics 2018

Compression of multiple scenes with

experimental holographic recording and

reconstruction

Shekhar, R Unnikrishnan,

G

Applied

Physics 2018

Super-resolution image reconstruction in a

multi-aperture imaging camera using

sparse regularization

Tawade, S Unnikrishnan,

G

Applied

Physics 2018

Electrochemical study of nanocarbon

sphere and polyaniline (PAN) nano-

composite for super capacitor application

Sherawat,S Alegaonkar, P

S

Applied

Physics 2018

Differential phase modulation scheme for

free-space-optical communication Pandit, P K Dhirhe, D

Applied

Physics 2018

Study of scandium doped Ti02 buffer layer

in dye-sensitized solar cell Verma, R P

Bhave,

Tejshree M

Applied

Physics 2018

Deep end-to-end learning for autonomous

navigation (Path following and object

avoidance) in robotic vehicle

Sarkar, A Sirah, S Computer

Engineering 2018

IoT enabled around based indigenous

system for locating resources in real-time

for defence application

Debbarma, S Nene, M J Computer

Engineering 2018

Privacy management on un-regulated

privacy setting in social media

Mohammed S

E Mishra, A

Computer

Engineering 2018

Secure scheme for wapz-psk using

elliptical curve cryptography Magan, M A Kumar, C R S

Computer

Engineering 2018

Static android malware detection Dhariwal, P Dhavale, S V Computer

Engineering 2018

Image stag analysis using feature

extraction and ensemble classifier Lakhanpal, V Dhavale, S V

Computer

Engineering 2018

Robust image hasting scheme based on log

polar transform & histogram features Chauhan, M J Dhavale, S V

Computer

Engineering 2018

Artificial neural network for crop yield

prediction Masta, A K Kumar, C R S

Computer

Engineering 2018

Network anomaly detection using deep Sridhar, P Kumar, C R S Computer 2018


learning Engineering

Voice biometric-based secret key

generation for encryption of sensitive data Binwal, D C Dhavale, S V

Computer

Engineering 2018

IoT devises firmware exploitation and its

mitigation Neha, K Sirah, S

Computer

Engineering 2018

Server health monitoring using Big data

platform

Srivastava, A

K Kumar, C R S

Computer

Engineering 2018

Implementation of secure private cloud

cert-cloud with digital signature as a

service

Kalyankar, M

A Kumar, C R S

Computer

Engineering 2018

Secure online polling based on

homomorphic encryption: using (n, n)

secret sharing scheme

Kumar, Y Mishra, A Computer

Engineering 2018

Network forensics for identification of bot

attacks

Girija Devi, M

S Nene, M J

Computer

Engineering 2018

Peer Selection protocols in the bitcoin

network Sudhan, A Nene, M J

Computer

Engineering 2018

D-provsec: Framework for protecting

provenance data in cloud storage using

block chain

Jayateertha, D Kumar, C R S Computer

Engineering 2018

1.4 Feedback System

1.4.1 Whether structured feedback received from all the stakeholders.

1) Students 2) Teachers 3) Employers 4) Alumni 5) Parents

Yes Yes Yes Yes Yes

1.4.2 How the feedback obtained is being analyzed and utilized for the overall development of the

institution? (maximum 500 words)

Feedback on the teaching-learning process is received from students as a "Students satisfaction

survey" based on a structured questionnaire framed and approved by the Competent authority of the

university. The questionnaire can be downloaded (distribute) from (to) the web link and Students

can drop their filled in a feedback form, where the feedback form collected in the Academic

Section. The received feedback is then be analyzed by the Academic Section and it will be

forwarded to the respective departments and it is also forwarded to the Head of the institution with

necessary suggestions based on this feedback. Many inputs and think points were identified.

Strengths, weaknesses, opportunities, and threats were identified through analysis. The overcome

strategies were formed and instruction is given to implement for the next academic year.

Teachers provide information as well as formal feedback to the head of the institution on different

academic, administrative, and other affairs related to the University. Departments receive feedback

from parents through parent-teacher meetings if required and discuss different issues related to the

overall development. Based on the feedback, necessary improvement/modification on teaching-

learning evaluation and curriculum are proposed in BOS. Also, feedback from alumni and others

(DRDO) is utilized to modify the curriculum based on Board of Studies (BOS) recommendations.

CRITERION II -TEACHING-LEARNING AND EVALUATION

2.1 Student Enrolment and Profile

2.1.1 Demand Ratio during the year

Name of the

Programme

Number of seats

available

Number of applications

received Students Enrolled


M.Tech 398 2195 262

Ph.D 33 317 20

MS (By Research ) 05 02 02

M.Sc in Food Technology 25 10 07

2.2 Catering to Student Diversity

2.2.1. Student - Full-time teacher ratio (current year data)

Year

Number of

students

enrolled in

the institution

(UG)

Number of

students

enrolled in the

institution

(PG)

Number of full-time

teachers available in

the institution

teaching only UG

courses

Number of full-

time teachers

available in the

institution teaching

only PG courses

Number of

teachers teaching

both UG and PG

courses

2018 NA 262 NA 44 NA

2.3 Teaching-Learning Process

2.3.1 Percentage of teachers using ICT for effective teaching with Learning Management Systems(LMS), E-learning resources, etc. (current year data)

Number

of

teachers

on roll

Number of

teachers

using ICT

(LMS,

e-Resources)

ICT tools and resources

available

Number of

ICT enabled

classrooms

Number

of smart

classrooms

E-resources and

techniques used

44

44

Wi-Fi access, Desktop

computer connected with

broadband internet, Projector

with interactive whiteboard

functionality, Presentation

clicker, National Knowledge

Network (NKN) and NPTEL

Access, Moodle, IEEE

Swebok, Skype, Polycom,

MATLAB, Simulink

9

9

Digital library(E-

Books, E-Journals,

E-Thesis, &

dissertation),ICT,

LED, PPT‘S,

NPTEL, SWAYAM,

Video Lectures,

Digital Libraries

2.3.2 Students mentoring system available in the institution? Give details. (maximum 500 words)

When students join the university, the concerned HoD of the department gives an overall

presentation about M.Tech program, credit system, pass criteria, project allocation, Industrial visit,

collaborations, research areas, discipline, lab facility, introducing faculty,& their area of research,

etc.

All M. Tech Students in the department are mentored by a Programme Coordinator (PC) who is

appointed every year with due departmental process. The program coordinator will counsel and help

students time to time-related to their academic as well as personal difficulties (at times) to boost their

moraland make them stronger, lively, and professional. Special classes are conducted for the weaker

students in each course to improve their understanding of the high standard courses that are taught at

DIAT. This helps students to improve their concepts, expectations, and skills to cope up with the

changes in their academic career at PG level.

Number of students enrolled in the institution

Number of fulltime teachers

Mentor: Mentee Ratio


262 44 1:6

2.4 Teacher Profile and Quality

2.4.1 Number of full-time teachers appointed during the year

No. of sanctioned

positions

No. of filled

positions

Vacant

positions

Positions filled

during the

currentyear

No. of faculty with

Ph.D

70 44 26 00 40

2.4.2 Honours and recognitions received by teachers (received awards, recognition, fellowships at State, National, International level from Government, recognised bodies during the year )

Year of

award

Name of full-time teachers

receiving awards from the

state level, national level,

international level

Designation

Name of the award, recognition,

fellowship, received from

Government or recognized bodies

2018 Dr.K.P.Ray Professor IETE-Ram Lal Wadhwa Award 2018

2018 Dr.Balasubramanian K Professor 8

th National Award for Innovation in

Polymeric Materials

2019 Dr Sangeeta Kale Professor

Women Scientist Award conferred by

―Sharada Shakti‖, a Maharashtra

section of Vigyan Bharati

2019 Dr. PS Kulkarni Assistant

Professor

DRDO National Science Day Medal

by DRDO

2018 Dr. Sumati Sidharth

Assistant

Professor

Highly Commended LiteratiAward,

Emerald Publishing

2018 Dr. CRS Kumar Professor Microsoft Innovative Educator Expert

( MIEE) from Microsoft

2018 Dr. CRS Kumar Professor MIE Expert Project Showcase Award

at Edu Days 2018, Microsoft.

2.5 Evaluation Process and Reforms

2.5.1 Number of days from the date of semester-end/ year-end examination till the declaration of results during the year

Programme Name

Programme

Code Semester/ year

Last date of the last semester-end/ year-

end examination

Date of declaration of results of semester-end /

year-end examination

M. Tech

(2017-2019 batch) M. Tech

III Sem

Autumn 2018 5

th Dec 2018 21

st Jan 2019

M. Tech


I Sem

Autumn 2018 5

th Dec 2018 21

st Jan 2019

Ph.D Ph.D Autumn 2018 5th

Dec 2018 21st Jan 2019

M. Tech


IV Sem

Spring 2019 8

th May 2019 14

th May 2019

M. Tech


II Sem

Spring 2019 30

th May 2019 14

th June 2019

M Sc

(2017-2019 batch)

M Sc FT

Sem III 27

th Dec 2018 30

th Jan 2019

M Sc M Sc FT Sem I 27th

Dec 2018 30th

Jan 2019


(2018-2020 batch)

Ph.D Ph.D Spring 2019 30th

May 2019 14th

June 2019

2.5.2 Average percentage of Student complaints/grievances about evaluation against total number appeared in the examinations during the year*Do not include re-evaluation/ re-totalling

Number of complaints or grievancesabout evaluation

Total number of students

appeared in the examination

Percentage

Nil Autumn 2018-272 students NA

Nil Spring 2019-258 students NA

2.6 Student Performance and Learning Outcomes

2.6.1 Program outcomes, program specific outcomes and course outcomes for all programs offered

by the institution are stated and displayed in website of the institution (to provide the weblink)

M. Tech in Aerospace Engineering (Guided Missiles)

Programme Outcomes (PO) Program Specific Outcomes

(PSO) Course Outcome ( CO)

The students develop theoretical

knowledge, critical thinking ability,

problem-solving ability, ability to

research and use the available tools

in the areas of propulsion,

aerodynamics, flight mechanics,

guidance & control, and structures.

As airborne systems are multi-

disciplinary systems, the students

also develop the ability to do

interdisciplinary collaborative work

along with the ability to

communicate within their team and

outside and also possess project

management abilities.

The Aerospace Engineering

program aims to fulfill the

growing demand in industry

and academia for personnel

with research, development,

and management skills who

possess the ability to use

modern tools in a multi-

disciplinary and collaborative

environment of Aerospace

Technologies. With this in

view, Graduate Students of

the program are trained in

attributes prescribed for

responsible roles as Flight

Test Engineers, Airborne

System Designers,

Aerodynamicists, Aircraft,

and Aerospace Structural

Analysis Engineers, Guidance

and Control designers,

Avionics Specialists, Aircraft

and Rocket engine designers

and technologists.

Guided Missiles: Students

are provided knowledge in

the spectrum of aerospace

technologies in areas of

propulsion, aerodynamics,

flight mechanics, structures,

and guidance & control, as

applied to guided missiles.

They are further given

applied knowledge in one of

the areas mentioned above by

doing a project within the

institute or with the industry.

The course enables them to

join any research and

development organization as

a design team member in the

field of automated airborne

weapon systems.

M. Tech in Aerospace Engineering (Air Armaments)


(PSO)

Course Outcome ( CO)

















Air Armaments: The course

provides an understanding of

theoretical principles and

operational and applied

aspects of air armaments.

The endeavor is to make the

students appreciate the

strengths and limitations of

















System Designers,







and technologists.

air armaments. This enables

them to be a better evaluator

of new weapons and its

design as well as to become

an enlightened user of such

armaments. The students are

provided with the

background and

understanding to be part of

an armament design team.

M. Tech in Aerospace Engineering (UAVs)


(PSO)

Course Outcome (CO)
































System Designers,







and technologists.

UAVs: Students are provided

knowledge in the spectrum of

aerospace technologies in

areas of propulsion,

aerodynamics, flight

mechanics, structures, and

guidance & control, as applied

to aircraft design and

automation. They are further

given applied knowledge in

the areas mentioned above by

doing a project within the

institute or with the industry.

The students are enabled to

join any research and

development team for the

design and development of

aircraft or UAVs

M. Tech in Mechanical Engineering (Armament and Combat Vehicles)


(PSO)

Course Outcome (CO)

On completion of M. Tech.

Programme, the student, are

capable of

• Applying skill set developed in

• The specific outcome of the

programme is to provide

human resources equipped

with advanced applied

knowledge in the field of

• Collaboration with DRDO

Labs, Ordnance factories,

Indian Army, DPSUs,

Defence private industries,

and universities of repute in


computing, mathematics,

statistics, science, and

engineering to identify,

formulate, and solve engineering

problems related to armaments

and combat vehicles.

• Understand the physics behind

the problem in arriving at the

optimum solution in the quickest

possible time.

• Design and conduct experiments

- analyze and interpret data for

design, development,

manufacturing, and inspection of

armament and combat vehicle

components.

• Logical troubleshooting of the

problems arising with armaments

and combat vehicles.

• Associating with multi-

disciplinary teams working on

significant projects demanding

global competencies on

armaments and combat vehicles.

• Collaborate with industries and

reputed academic institutions for

advanced training, research, and

development.

• Review the literature data - gap

analysis - Defining the problem -

Modeling & Simulation -

Investigation - Discussion of

results – report writing –

concluding etc.

• Understand professional, ethical,

legal, security, and social issues

and responsibilities.

armaments & combat vehicle

technology to fulfill the needs

of DRDO, Army, and

Defence PSU‘s, thereby

making the country self-

reliance in Defence

technology.

• The students can apply the

knowledge of ordnance

design, armour design,

combat vehicle design,

terramechanics, ballistics,

gun, and fire control

systems design, etc. along

with numerical tools like

CFD & FEM to integrate a

system and resolve the

technical problems using

appropriate technology and

software.

higher education, training,

and research.

• We are providing the

necessary skills/ tools

required for logical

troubleshooting of the

problems while handling

projects of multi-

disciplinary nature in the

field of armaments and

combat vehicles.

• The course outcomes will

be instrumental in dealing

with the recent and

futuristic technologies in a

war scenario with a focus

on Armament and Combat

Vehicles.

M. Tech in Mechanical Engineering (Marine Engg)


(PSO)

Course Outcome

(CO)


Programme, the student,is capable

of

• Applying advanced skill

set developed in computing,

mathematics, statistics,


formulate, and solve complex

engineering problems.



• We are applying advanced

skill sets developed for


manufacturing, and

inspection of Marine

components.

• Know different marine

systems and components

and understand the physics

behind the working at the

component and system

• Understanding and

applications of ship

dynamics, Gas turbines,

steam turbines, diesel

engine & Nuclear Reactor

principles

• Vibration analysis of

machine elements

• Design of marine

gearboxes, coupling,

bearings, and shafts




components;




possible time;

• Possess skill set required for

logical troubleshooting of the

equipment.

• Associate with multi-disciplinary

teams working on significant

projects demanding global

competencies.

• Collaborate with DRDO labs,

DPSUs, industries, and

universities of repute in higher

education, training, and research,


analysis- Defining the problem -




concluding etc.

Understand professional, ethical,

legal, security, and social issues and

responsibilities.

level.

• Know the thermodynamic

& mechanical analysis of

components to deduce its

performance

• Apply the knowledge and

techniques learned in

designing of a marine

machine-like gears

• To be able to understand

engineering details behind

different technical standard

operating procedures

related to safety, control

and maintenance followed

in marine industries in

general

To be able to design and

device new procedures to

arrive at a solution for

design or troubleshooting

problems at the

system/component level.

• The understanding the

basic principle behind the

generation of noise and

pollutants from ships

engines

• Understanding of noise and

pollution control

mechanisms.

M. Tech in Mechanical Engineering (Mechanical System Design )


(PSO)

Course Outcome

(CO)


Programme, the student, are

capable of

• Applying skill set developed in





problems.





components;




possible time;

• Possess skillset required for

logical troubleshooting of the

equipment.






mechanical systems design

and related technologies to

fulfill the needs of DRDO,

tri-services, and Defence

PSU‘s thereby making the

country self-reliant.

• Apply advanced

engineering principles and

concepts to design

mechanical systems within

realistic constraints.

• Use modern design

engineering tools for

performance evaluation

and optimization of

mechanical components/

• To design and develop

mechanical components/

systems required for

various Defence PSUs/

DRDO/ other private

industries.

• To provide necessary

tools for troubleshooting

of issues that occurred

during actual operating

conditions of various

mechanical systems about

Defence and civilian use. • The course outcomes will be

instrumental in dealing with

the recent and futuristic

technologies in a war

scenario with a focus on the

mechanical system design of

Defence equipment.


• Associate with multi-disciplinary

teams working on significant

projects demanding global

competencies;

• Collaborate with DRDO labs,

DPSUs, industries, and

universities of repute in higher

education, training, and research,


analysis- Defining the problem -




concluding etc.

• Understand professional, ethical,

legal, security, and social issues

and responsibilities.

systems required for

industry, DPSU‘s, and

DRDO.

M. Tech in Mechanical Engineering ( Robotics ) (Interdisciplinary)


(PSO)

Course Outcome

(CO)


Programme, the student, will be

capable of

• Applying analytical skills and

modelling methodologies to

recognize, analyze, synthesize,

and implement operational

solutions developed in





problems.

• Demonstrate knowledge and

understanding of the engineering

and management principles and

apply these to one‘s work, as a

member and leader in a team, to

manage projects and in multi-

disciplinary environments.

• Understand the impact of the

professional engineering

solutions in societal and

environmental contexts, and

demonstrate the knowledge of,

and need for sustainable

development.

• Shall develop flexibility of

learning by being in pursuit of

research and development,

evolving technologies, and






Robotic systems and related

technologies to fulfill the

needs of DRDO, tri-

services, and Defence

PSU‘s, thereby making the

country self-reliance in

Robotics.

• Associate with multi-

disciplinary teams working

on significant projects

demanding global

competencies.

• Collaborate with DRDO

labs, DPSUs, industries,

and universities of repute in

higher education, training,

and research, Review the

literature data - gap analysis

• Are expected to apply

analytical skills and

modelling methodologies to

recognize, analyze,

synthesize and implement

operational solutions to

engineering problems,

product design and

• Apply the knowledge of

sensors, drives, actuators,

controls, mechanical

design, and modern

software tools to integrate a

system for performing

specified tasks.

• Understand the working

principle of different types

of industrial sensors and

actuators with designing

aspects, controlling

mechanisms, and

applications.

• Analyze the current work

conditions and can be able

to suggest different Robots

for the automation of the

industry and domestic

work

Provide solutions for tasks to

be done by robots by

utilizing current resources,

and knowledge gained.


changing societal needs, thus

keeping themselves

professionally relevant.

Understand professional, ethical,

legal, security, and social issues and

responsibilities.

development, and

manufacturing

Articulate designs, modelling,

analysis, and testing of

Mechatronics products,

systems, and controllers

using appropriate

technology and software

tools.

M. Tech in Computer Science and Engineering (Cyber Security)



• This programme is not only

designed for Tri-services(Indian

Army, Indian Navy and Indian

Airforce), Coastguards,

Scientists of DRDO, and Other

PSU engineers but also open

GATE students.

• Curriculum addressing the

critical domain of Cyber Security

for Defence Forces and also for

corporate/PSUs.

• Theoretical and Practical

Exposure in Cyber Security with

comprehensive theory and lab

sessions.

• Training on Topics in the domain

of Cyber Security Such as

Cryptography, Digital Forensics,

Ethical Hacking, Network

Security, Malware Analysis,

Reverse Engineering, etc.

Exposure to the latest developments

in the field of

• The programme builds

knowledge and skill-sets

in the domain of Cyber

Security.

• Acquiring knowledge of

various topics on

Computer and Network

Security

• To develop practical

skill-sets in

programming, ethical

hacking, network

security, Digital forensics

• It provides hands-on

project exposure to

DRDO/PSU projects and

internship opportunities

for students.

Improved placement

opportunities for

graduating students

through exposure to

industry-relevant topics.

• Role of Cyber Security in

ensuring computer and

Network Security for Data

storage, data processing,

and data transfer.

• Provides modules on core

competencies for Cyber

Security.

• Practical knowledge

through Lab modules and

Project work.

• Highly knowledgeable

graduates with practical

exposure.

• Industry and R&D ready

professionals matched to

current requirements in

Cyber Security

M.Tech in Computer Science and Engineering (Software Engineering and Intelligent Systems)


(PSO) Course Outcome (CO)

• This programme is not only

designed for Tri-services (Indian

Army, Indian Navy and Indian

Airforce), Coastguards, Scientists

of DRDO, and Other PSU

engineers but also open GATE

students.

• Curriculum addressing the critical

domain of Software Engineering

and Intelligent Systems for

Defence Forces and also for

corporate/PSUs.

• The programme builds

knowledge and skill-sets in

the domain of Software

Engineering and Intelligent

Systems


various topics on Software


Systems

• To develop practical skill-

sets in programming,

Project Management,

• Role of Software


Systems in Industry,

Defence through case

studies

• Provides modules on core

competencies for Software


Systems

• Practical knowledge

through Lab modules and

Project work.


• Theoretical and Practical

Exposure in the Software


Systems with comprehensive

theory and lab sessions.

• Training on Topics in the domain

of Software Engineering and

Intelligent Systems Such as

Project Management, Software

Quality, Software Architecture

and Design, Software Testing,

Machine Learning, AI, Pattern

Recognition, etc.

Exposure to the latest developments

in the field of Software


Systems.

Software Quality and

Testing, Software

Standards, Architecture,

Design, Machine Learning,

Applied AI, Pattern

Recognition, Soft

Computing, etc

• It provides hands-on project

exposure to DRDO/PSU

projects and internship

opportunities for students.

Improved placement

opportunities for graduating

students through exposure

to industry-relevant topics.

• Highly knowledgeable

graduates with practical

exposure.

• Industry and R&D ready

professionals matched to

current requirements in

Software Engineering and

Intelligent Systems

M. Tech in Sensors Technology



• To prepare students for research

and teaching.

• To provide highly specialized

courses adapted to the needs of

DRDO labs, tri-services, and

social life.

• To be open to all, to cater to the

many aspects of lifelong

education in the broadest sense.

• It is fostering global

competencies among students.

• We are collaborating with

DRDO labs, industries,

networking with the

neighborhood, and fostering a

closer relationship between the

worlds of work and learning.

• Inculcating a value system and

quest for excellence in students.

• We are promoting the use of

advanced technology and best

practices.

• In addition to using advanced

technology as a learning

resource, managing the activities

for the institution in a

technology-enabled way is sure

to contribute to effective

Institutional functioning.

• The Objective of the

Programme is to provide

technology-oriented and

applied knowledge in the

field of Sensor Systems and

Technology, with a focus on

the DRDO requirements.

• At the end of the

programme, the student

should be able to

undertake R&D work,

design and develop new

sensor systems, and

inspection, testing, and

evaluation of different

Equipment systems.

• Students are encouraged

to work on Research-

Oriented Seminar Topics

• They are Encouraged to

Publish their project work

in peer-reviewed Journals

as well as participate/

present in practice in

national/ international

Conferences.

• Students are provided

with state-of-the-art

laboratories and hence are

exposed to the latest

technology

• Students are taught

research ethics.

• Teamwork is promoted by

the teachers/ supervisors.

• Overall, students passing

out from the M. Tech. The

course tends to be

excellent professionals

and Researchers.

M. Tech in Laser & Electro-Optics

Programme Outcomes (PO) Program Specific Outcomes Course Outcome ( CO)


(PSO)


and teaching

• To provide highly specialized

courses adapted to the needs of

DRDO labs, tri-services, and

social life.

• To be open to all, to cater to the

many aspects of lifelong

education in the broadest sense.

• Fostering global competencies

among students



networking with the

neighborhood, and fostering a

closer relationship between the

worlds of work and learning.

• We are teaching a value system

and quest for excellence in

students.



practices.

In addition to using advanced


resource, managing the

activities for the institution in a




• The Objective of the

Programme is to provide



field of Laser & Electro-

Optics, with a focus on the

DRDO requirements.



should be able to

undertake R&D work and

inspection, testing, and

evaluation of Laser and

Electro-optics Equipment

systems.

• Students are encouraged

to work on Research-

Oriented Seminar Topics

• They are Encouraged to

Publish their project

work in peer-reviewed

Journals as well as

participate/ present in

practice in national/

international

Conferences.

• Students are provided

with state-of-the-art

laboratories and hence

are exposed to the latest

technology


research ethics.

• Teamwork is promoted

by the teachers/

supervisors.


out from the M. Tech.

The course tends to be

excellent professionals

and Researchers.

M. Tech in Optoelectronics and Communication Systems(Optical Communication and

Photonics)





networking with neighborhoods,

and fostering a closer

relationship between the worlds

of work and learning.

• Inculcating a value system and

quest for excellence in students.



practices.

• In addition to using advanced


resource, managing the activities

for the institution in a


• The objective of the




field of Laser & Electro-

Optics, with a focus on the

DRDO requirements.



should be able to undertake

R&D work and inspection,

testing, and evaluation of

Laser and Electro-optics

Equipment systems


research ethics.

• Teamwork is promoted by

the teachers/ supervisors.


out from the M. Tech. The

course tends to be

competent professionals

and Researchers.




M. Tech in Modelling and Simulation



• The department imparts higher

education and training in the

field of modeling and simulation

to meet the defense, industries,

and academic requirements of

the country.

• Various courses offered under

this programme help to develop

multiple mathematical models

cutting across the boundaries

and to understand simulation

techniques.

• After providing the appropriate

training in computation and

simulation methods and

imparting knowledge on

contemporary issues, students

are well equipped to tackle

challenges in the related field.

• This is a unique capability which

helps the students to establish

themselves as a successful

professional.

• An ability to function on multi-

disciplinary teams involving

interpersonal skills.

• An ability to identify,

formulates, and solves

engineering problems of multi-

disciplinary nature.

• The course aims at

providing knowledge of

methods and principles for

building mathematical

models for physical

systems. Properties of

models are also studied

using simulation.

• Students will understand

Define, describe and apply

basic concepts, various

techniques of modeling in

the context of a hierarchy

of knowledge about a

system and develop the

capability to use the same

to study systems through

available software.

• Also, understand the

different types of

simulation techniques and

simulate the models for

optimum control by using

relevant software

tools/methods. Use of

these tools for any

engineering and real-time

applications.

• Acquire knowledge on

utilizing these tools for a

better project in their

curriculum as well as they

will be prepared to handle

industry problems with

confidence when it

matters to use these tools

in their employment.

• Simplify a given model

using static relations, the

substitution of variables

using constants,

neglecting of small

effects, and aggregation of

states.

• Using conservation laws

and constitutive

relationships and other

physical relations

to model mechanical (in

one dimension), electrical

and flow systems, and

Combinations of these, in

DAE (Differential-

Algebraic Equations) or

any other form and (if

possible) in state-space

representation.

• Model and simulate

mechanically (in one

dimension) and electrical

systems using the

Computer tools with

available resources.

• Identify a model of a real

system by choosing

experiment setup, post-

processing of data, model

structure, and validation.

• Calculate asymptotic bias

and variance properties of

a given linear

identification problem.

• Decide if a given

simulation method is


implicit or explicit and

how many steps it consists

of, and calculation of the

local and global error and

stability area for simple

simulation methods.

M. Tech in Electronics Engineering (Radar and Communications)



This programme is specifically

designed to meet the requirements

of Tri services (Indian Army,

Indian Navy and Indian Air force),

Coastguards, Scientists of DRDO,

and Other PSU engineers along

with GATE qualified Civilian

students as well. The Programme

Outcomes are:

• Basic and advanced level

Curricula for all the students

joined in this program.

• Through Practical Exposure in

the Radar and Communication

Systems.

Training in the area of Like Radars,

Communication Systems,

Electronic Warfare Systems, Digital

Signal processing, and their

supporting courses.

The Specific Outcome of this

program are:

Training human resources in

the following system-level

Core Courses and Electives:

• Microwave Engineering

• Digital Communication

• Antennas for Wireless

Communications

• Advanced Digital Signal

Processing

• EMI/EMC

• Mathematics for

Engineers

• Radar Engineering

• Advanced Wireless

Communication

Detection and Estimation

Theory Along with other

supporting electives and

project work in their own

choice of areas.

The final Course outcomes

are:

• All the students in this

course will have a basic

and advanced level of

training.

• This course provided an

opportunity for all the

students can opt for their

choice or profession-based

training.

• Accordingly- Indian Army

officer has trained in the

army related requirements,

Indian Navy, Indian Air

force, DRDO, and PSU

officers will be trained in

their respective areas as per

their choice, and GATE

students can opt as per their

interest as per their

employability.

M. Tech in Electronics Engineering (Defence Electronic Systems)



This programme is designed

explicitly for Tri services(Indian

Army, Indian Navy and Indian Air

force), Coastguards, Scientists of

DRDO, and Other PSU engineers.

The Programme Outcomes are:

• System-level Curricula for the

middle-level human resources

of Ministry of defense.

• More Practical Exposure in the

Defence Electronic Systems.

Training in the area of Defence

Related Electronic Systems Like

Radars, Communication Systems,

Electronic Warfare Systems,

Underwater Communication, etc.

This program is dedicated to

only Tri services (Indian

Army, Indian Navy and

Indian Air force),

Coastguards, Scientists of

DRDO, and Other PSU

engineers. The Specific

Outcome of this program are:

Training the human resources

in the following system-level


• Advanced

Communication Systems


Processing

• Microwave And Radar


are:

• All the students of this

course will have revision in

their core subject

knowledge as they are in

their middle-level

profession and

commanding their

operations.



army related requirements,

• Indian Navy officers will be

training in the areas of

Underwater, Sonar and


Systems

• Advanced Electronic

Systems

• Electro-Optic Systems

• Mathematics for

Engineers

• Electronic Warfare

• Embedded systems

Sonar Signal Processing,

along with these courses, with

a mandatory, to have the

services and respective

headquarters, define their

Project.

Radar and Electronic

Warfare, etc.

Similarly, the Indian Air



their respective areas.

M. Tech in Electronics Engineering (Navigation Systems)




designed to meet the requirements of

Tri services (Indian Army, Indian

Navy and Indian Air force),


and Other PSU engineers along with

GATE qualified Civilian students as

well.

• The Programme Outcomes are:

Basic and advanced level



• Through Practical Exposure in

the Navigation System concepts

related to Global, Regional, and

augmented Navigation systems,

along with Radio, Satellite, and

Feature matching based

navigation systems.

.


program are: Training human

resources in the following

system-level Core Courses

and Electives:

• Global Navigational

Satellite Systems

• Inertial Navigation

Systems


Processing

• Multi-Sensor Fusion for

Navigation Systems

• Inertial Sensors and system

• Mathematics for Engineers

Navigation Lab

(MATLAB+LABVIEW,

C++) Along with these

courses, students will opt for

navigation-related Projects.


are:




training in the area of

Navigation Systems.


opportunity to all the

students in Navigation

System requirements for

the Ministry of defense-

related areas.



army based Navigation-

related requirements,

Similarly, the Indian Navy,

Indian Air force, DRDO, and

PSU officers will be trained

in the Navigation System

area as per their choice, and

GATE students can opt as

per their interest as per their

employability in the field of

Navigation systems.

M. Tech in Electronics Engineering (Wireless Networks and Applications)




designed to meet the requirements

of Tri services (Indian Army,

Indian Navy and Indian Air force),



program are:

• Training human resources

in the following system-

level Core Courses and


are:





and Other PSU engineers along

with GATE qualified Civilian

students as well.


• Basic and advanced level



Through Practical Exposure in the

Wireless Networks and

Applications, including IoT and

Embedded application.

Electives:

• Digital Communications

• Advanced Wireless

Communications

• Embedded Systems

• Advanced Computer

Networks

• Sensor Systems

• Mathematics for

Engineers

• EE Labs + Computations

Lab

• Cognitive Radios

Secure Wireless Sensor along

with other supporting

electives and project work in

their particular choice of

areas of Wireless Networks

and Applications.

training in the area

ofWireless Networks and

Applications.


opportunity for all the

students in Wireless

Networks and

Applications for the

Ministry of defense-

related areas.

• Accordingly- Indian

Army officer has trained

in the army based

Navigation-related

requirements,

Similarly, Indian Navy,

Indian Air force, DRDO, and

PSU officers will be trained

in Wireless Networks and

Applications area as per their

choice, and GATE students

can opt as per their interest as

per their employability in the

field of Navigation systems

M. Tech in Electronics and Communication Engineering (VLSI and Embedded Systems)



This programme is designed

explicitly for Tri services(Indian

Army, Indian Navy and Indian Air

force), Coastguards, Scientists of

DRDO, and Other PSU engineers.

This programme is divided into the

following specializations:

• Defence Electronic Systems

• Radar and Communications

• Wireless Networks and

Applications

• Navigation Systems

• Signal Processing and

Communication

• VLSI and Embedded Systems-

Concepts of VLSI and

Embedded Systems


• Varies needs of the Ministry of

Defence in the field of

Electronics and

Communication Engineering

• More Practical Exposure in the

Defence Electronic Systems.

This program is dedicated to

only Tri services(Indian

Army, Indian Navy and

Indian Air force),

Coastguards, Scientists of

DRDO, and Other PSU

engineers. The Specific

Outcome of this program are:

Training the human resources

in the following system-level


• Advanced

Communication Systems


Processing

• Microwave And Radar

Systems

• Advanced Electronic

Systems

• Electro-Optic Systems

• Mathematics for

Engineers

• Electronic Warfare

• Embedded systems


are:


course will have revision

in their core subject

knowledge as they are in

their middle-level

profession and

commanding their

operations.

• Accordingly- Indian

Army officer has trained

in the army related

requirements,

• Indian Navy officers will

be training in the areas of

Underwater, Sonar and

Radar and Electronic

Warfare, etc.

Similarly, the Indian Air



their respective areas.


Training in the area ofDefence

Related Electronic Systems Like

Radars, Communication Systems,

Electronic Warfare Systems,

Navigation System, Wireless

Network and Applications, and

VLSI and Embedded Systems, etc.

• Sonar Signal Processing

• Cognitive Radios

• Secure Wireless Sensor

• Navigation Systems

• VLSI and Embedded

Systems

Along with these courses,

with a mandatory to have the

services and respective

headquarters, define their

Project.

M. Tech in Materials Engineering


PSO Course Outcome ( CO)

Materials Engineering postgraduate

programs are to produce

postgraduates who:

• Apply their Metallurgical and

Materials Engineering education

to address the full range of

technical and societal problems

with creativity, imagination,

confidence and responsibility.

• Actively seek out positions of

leadership within their profession

and their community.

• Serve as ambassadors for

engineering by exhibiting the

highest ethical and professional

standards, and by communicating

the importance and excitement of

this dynamic field.

• Retain the intellectual curiosity

that motivates lifelong learning

and allows for a flexible

response to the rapidly evolving

challenges.

• Uphold professionalism in the

science and technology industry.

• Remain at the forefront of the

metallurgical and Materials

Engineering through continuous

professional development.

• Create significant impact within

their organization and society at

national and international levels.

Materials Engineering has

adopted the following

outcomes

• An ability to apply

knowledge of

mathematics, science, and

engineering.

• An ability to design and

conduct experiments, as

well as to analyze and

interpret data.

• An ability to design a

system, component, or

process to meet desired

needs within realistic

constraints such as

economic, environmental,

social, political, ethical,

health and safety,

manufacturability, and

sustainability.

• An ability to function on

multi-disciplinary teams.


formulate, and solve

engineering problems.

• An understanding of

professional and ethical

responsibility.

• An ability to communicate

effectively.

• The broad education

necessary to understand

the impact of engineering

solutions in a global,


• Understand the

terminology associated

with engineering

thermodynamics and have

knowledge of

contemporary issues

related to metallurgical

thermodynamics.

• Knowledge of phase

equilibrium in two-

component and multi-

component systems

Estimate thermodynamic

properties of an alloy in

solid or liquid state of ideal

and real mixture

• Predict the phase

transformations in an alloy

system with an

understanding of phase

diagrams.

• Prepare the specimens for

metallographic

examination with best

practice, can operate the

optical microscope and

understand, interpret,

analyze the microstructure

of materials

• Classify the different

mechanical testing

methods with their

inherent merits and

limitations

• Apply various test methods

for characterizing physical

properties of materials


and societal context.

• Recognition of the need

for, and an ability to

engage in life-long

learning.

• Knowledge of

contemporary issues.

• An ability to use the

techniques, skills, and

modern engineering tools

necessary for engineering

practice.

• An ability to independently

carry out research /

investigation and

development work to solve

practical problems

• An ability to write and

present a substantial

technical report / document

• Students should be able to

demonstrate a degree of

mastery over the area as

per the specialization of

the program. The mastery

should be a level higher

than the requirements in

the appropriate bachelor

program.

• An ability to attain,

identify and apply

knowledge of

mathematics, soft

computing & soft skill and

management for various

academic and industrial

needs.

Students should be able to use

techniques and modern

engineering tools for

engineering practices in their

immediate employment

and/or entrepreneurial

activities

• Recommend materials

testing techniques based

upon desired results,

perform basic statistical

analysis on data, and

summarily present test

results in a concise written

format.

• Classify different types of

polymers and composites

and their structure –

property relationships.

• Understanding the

properties of different

types of polymers and

composites

• Designing and processing

new types of polymers and

composites.

• Understands the working

principles of different

advanced processes

• Synthesize nanostructured

materials by advanced

processing methods.

• Perform experiments with

best practices and

understands the advantages

and limitations of different

processes

• Interpret and analyze the

data and present the results

in a concise written format

• Recommend a suitable

process for modifying the

material properties.

• Interpret theories and give

recommendations where

appropriate

• Acquire knowledge on the

chosen topic and apply the

knowledge, experience,

and skills learned.

• Produce a thesis of

publishable quality

• Effectively present and

defend research orally

• Serve in any of the

academic, Industrial and

Research Organizations

M.TechinMaterial Science and Chemical Technology (Materials Science and Technology)



PSO Course Outcome ( CO)

• Apply their Metallurgical and

Materials Engineering education

to address the full range of

technical and societal problems

with creativity, imagination,

confidence and responsibility.

• Actively seek out positions of

leadership within their

profession and their community.

• Serve as ambassadors for

engineering by exhibiting the

highest ethical and professional

standards, and by

communicating the importance

and excitement of this dynamic

field.

• Retain the intellectual curiosity

that motivates lifelong learning

and allows for a flexible

response to the rapidly evolving

challenges.

• Uphold professionalism in the

science and technology

industry.

• Remain at the forefront of the

metallurgical and Materials

Engineering through continuous

professional development.

• Create significant impact within

their organization and society at

national and international levels.

• Development of new materials.

• Improvement of existing

materials.

• Development of new materials

processing

• Development of new analytical

tools.

Materials Science and

Technology has adopted the

following outcome:

• Are valued in their careers

not only for their

understanding of materials.

• Their analytical and

creative abilities fostered by

a broad engineering and

liberal education.

• Their ability to work

effectively in

multidisciplinary teams to

solve complex problems.

• Their ability to deal with

business and non-technical

aspects of engineering.

• Have embraced


attitudes in their work.

• Are effective

communicators.

• Are aware of the needs and

challenges of a diverse

workplace.

• Have become engaged in

their broader professional

and social communities.

• Continue to be engaged in

life-long learning.


knowledge of

mathematics, science and

engineering to materials

issues

• An ability to design and

conduct experiments and

critically analyze and

interpret data

• An ability to design a

process and/or material

system to achieve specific

requirements within

realistic constraints such

as


social, political, ethical,

health and safety,

manufacturability, and

sustainability

• An ability to work

effectively in

multidisciplinary teams,

be conversant in

languages of other fields,

and provide leadership to

such teams



engineering problems

• An understanding of


responsibility

• An ability to

communicate effectively

• The broad education

necessary to understand

the impact of engineering

solutions in a global,


and societal context

• A recognition of the need

for, and an ability to

engage in, lifelong

learning

• A knowledge of

contemporary issues in

engineering and society

• An ability to use modern


techniques, skills, and

engineering tools

appropriate to materials

research and engineering

• An integrated

understanding of

structure, properties,

processing and

performance of materials

systems.

• Acquire knowledge on

the chosen topic and

apply the knowledge,

experience, and skills

learned.


publishable quality.


defend research orally.

Serve in any of the

academic, Industrial and

Research Organizations

M.TechinCorrosion Technology



The main objective of the

programme is to develop

fundamental and in-depth

knowledge in theory for

degradation and corrosion of

materials in various environments

and to present existing protection

strategies for the prevention of

corrosion in different contexts.

• The programme concerns the

fundamental theory of the

thermodynamics and kinetics of

the corrosion process of metals

and alloys. It also polymer

materials both in the atmosphere

and water solutions. Focus is put

on electrochemical aspects and

the influences of the properties

of the metals and their oxides on

the corrosion behavior, which is

exemplified by different

corrosion types. Existing

corrosion protection strategies,

including surface treatments and

coatings, are described, and the

Students M Tech Corrosion

Technology will have

demonstrated:



complex engineering

problems by applying

principles of engineering,

science, and mathematics


engineering design to

produce solutions that

meet specified needs with

consideration of public

health, safety, and welfare,

as well as global, cultural,

social, environmental, and

economic factors.

• An ability to communicate

effectively with a range of

audiences

• An ability to recognize

ethical and professional

responsibilities in

• Understand the

terminology associated

with engineering

thermodynamics and know

contemporary issues

related to metallurgical

thermodynamics.

• Knowledge of phase

equilibria in two-

component and multi-

component systems

Estimate thermodynamic

properties of an alloy in

the stable or liquid state of

ideal and a real mixture

• Predict the phase

transformations in an alloy

system with an

understanding of phase

diagrams.

• Prepare the specimens for

metallographic

examination with best

practice, can operate the

optical microscope and

understand, interpret,


choice of material is discussed

from a corrosion point of view.

• In addition to lectures and

exercises, the course

includes invited lectures from

the Tri-services, DRDO‘s,

DPSU‘s, Indian industry

addressing aspects related to

corrosion protection and a group

project in which a specific

corrosion relevant case is

analyzed and discussed both in

an oral and a written report.

engineering situations and

make informed judgments,

which must consider the

impact of engineering

solutions in global,


and societal contexts.

• An ability to function

effectively on a team

whose members together

provide leadership, create

a collaborative and

inclusive environment,

establish goals, plan tasks,

and meet objectives.

• An ability to develop and

conduct appropriate

experimentationanalyzes

and interpretsdata, and use

engineering judgment to

conclude.

An ability to acquire and

apply new knowledge as

needed, using appropriate

learning strategies.

analyze the microstructure

of materials.

• Classify the different

mechanical testing

methods with their

inherent merits and

limitations

• Apply various test methods

for characterizing the

physical properties of

materials.

• The course contains

background for

understanding different

corrosion processes,

protection methods, and

materials selection with

practical examples.

• Based on the physical-

chemical theory, the

student shall be able to

evaluate if corrosion can

occur under specific

operating conditions in

given equipment or

construction.

• The student shall be able to

propose the right materials,

design, and operation

requirements to reduce the

likelihood of corrosion in

new equipment and

constructions.

• The student shall also be

able to propose necessary

laboratory and field tests

and take part in research

programs to solve specific

corrosion problems.

• Besides, the student shall

be able to perform

troubleshooting and select

corrosion monitoring

methods.

• Interpret theories and give

recommendations where

appropriate

• Acquire knowledge on the

chosen topic and apply the

knowledge, experience,

and skills learned.



publishable quality


defend research orally

Serve in any of the academic,

Industrial, and Research

Organizations.

M Tech in Technology Management



• The objective of the Technology

Management is to give the post

graduate degree in management.

• Technology management

programme provides overall

knowledge about various areas

of management discipline.

• It provides managerial

implication as well as academic

implications of the management

terminologies.

• To imbibe the Technology

capabilities amongst the Tri-

Service Officers, DRDO

Scientists & DPSU engineers

and civilian students

• To emphasize the need for

adequate knowledge and

competence in Technology to

overcome the time & cost

overruns of various Defence

projects & programs.

• This programme enhances the

overall capability in academic

and research with application

based study.

To enrich the book of knowledge

in management perspective for

sustainability in the competitive

environment

• Practical exposure to

concept development

methodologies will

support in establishing

industry-institute interface. • This programme teaches to

boost up the decision ability

of students. It helps to reach

a satisfactory solution for

different critical scenario in

effective and efficient way.

• It more concentrate on

Technology diffusion,

Technology acquisition, and

technology transfer for

industry as well as tri-service

perspective.


changing role of Managerial

leadership leads to managing

high risk in handling

technology and building high

performance teams.

• To imbibe the managerial

qualities to take best decision

at corporate, tactical and

functional level.

• Programme more focused to

transfer the technology from

lab to land.

It provides real-life case studies

from industry, DRDO,

Armed Forces and DPSUs.

• Role of technology in

creating wealth,

integrating different

technologies, and its

application.

• Gives highlights on core

competencies for

technology development.

To provide guidelines for

open innovation in

technology management

driving the economy for

R&D activities through

strategic aspects.

• It provides the strategies

to mitigate cost and time

overrun. Role of

management of

manufacturing and

integration for working

towards industry 4.0.

• Acquiring, analyzing, and

implementing knowledge

management in learning

organizations. System

thinking and data

analytics helps to forecast

the optimal decision in

business.

• Competing for the future

through human resource

management and

understand the critical-to-

quality concepts to

increase overall

productivity. To gain the

maximum market share

and market growth

through robust supply

chain network

M.Tech. Material Science and Chemical Technology specialization in Chemical Science and


Technology



• This unique programme offers a

blend of advanced chemical

sciences and technology and

develops critical thinking

• Identify, formulate and analyze

chemical technology problems


in interdisciplinary areas and to

join academia/industry

• Learn about ethical principles

and commit to professional

ethics and responsibilities

• This unique programme

offers a blend of

advanced chemical

sciences and technology

and develops critical

thinking

• Identify, formulate and

analyze chemical

technology problems

• To prepare students for

research in

interdisciplinary areas and

to join academia/industry

• Learn about ethical

principles and commit to

professional ethics and

responsibilities

• This unique programme

offers a blend of

advanced chemical

sciences and technology

and develops critical

thinking

• Identify, formulate and

analyze chemical

technology problems

• To prepare students for

research in

interdisciplinary areas

and to join

academia/industry

• Learn about ethical

principles and commit to

professional ethics and

responsibilities

M.Tech. Material Science and Chemical Technology specialization in Energetic Materials and

Polymers



• Apply the knowledge of High

Energy Materials and polymers

to the solutions of complex

Defence technological problems

• To have knowledge and skills to

carry out carry out research /

investigation in interdisciplinary

areas and work independently

• The students should be

able to understand the

concepts of High Energy

Materials, Polymers their

synthesis, property studies

and their applications in

the field of Defence and

allied areas.

• To develop the capability

to analyze, comprehend,

design of energetic

materials and polymeric

composites and provide

solutions to new problems

in this field

• To learn the basics of

various analytical

techniques and their

applications in

characterization of

materials

• Learning of various types

of polymers and their

applications in

composites, devices

• To learn about the

energetic of chemical

reaction and study indepth

of combustion process

• To teach the design of

series of chemical steps

and their integration for

large scale manufacturing

• To understand the

fundamentals of chemistry

and their applications in

various areas

• To synthesize energetic

materials and study their

properties

• To study various types of


explosives, synthesis and

property evaluation

• Types of Propellants,

manufacture and testing

• To study the concept of

nuclear, chemical and

biological warfare and

protections to personnel

and equipments

M.Sc in Food Technology



• This unique programme offers a

blend of advanced Food Science

and Technology and develops

critical thinking.

• Identify, formulate, and analyze

Food Technology problems.


in interdisciplinary areas and to

join academia/industry.

Learn about ethical principles and

commit to professional ethics and

responsibilities

• Should have the capability

to analyze, comprehend,

design & develop solutions

to Food Technology

challenges

• Students will demonstrate

an appropriate level of

expertise in Food

Technology and the

fundamentals of Food

Science and Food

Technology.

Students will have high-level

proficiency in research work

• Students are exposed to

learn the basics and

various analytical

techniques and their

applications in Food

analysis.

• Food Chemistry, Food

Microbiology course

provides knowledge to

analyze them in terms of

energy and food quality.

• Learning of various types

of Engineering principles

and applications in Food

Processing and

preservation.

Advanced Food technology

provides new thinking to

students for future solutions

in the field of Food

Technology.

PG Diploma in Fire Engineering and Integrated Safety



• This programme is designed to

understand the fundamentals of

fire engineering and other

related safety aspects.

• This programme will provide

students to tackle the problems

associated with fire, especially

in energetic materials and

electrical fields.

• This programme is

designed to understand the

fundamentals of fire

engineering and other


This programme will provide

students to tackle the

problems associated with

fire, especially in energetic

materials and electrical

fields.

• This programme is

designed to understand the

fundamentals of fire

engineering and other


• This programme will

provide students to tackle

the problems associated

with fire, especially in

energetic materials and

electrical fields.

2.6.2 Pass percentage of students

Programme Programme Name No of No of students Pass


code students

appeared in

final year

exam

passed in the

final year

Semester

/examinations

percentage

M. Tech

2017-2019

batch

Aerospace Engineering (Guided

Missiles)

21 20 95

Aerospace Engineering(Air Armament) 08 03 38

Aerospace Engineering (UAVs) 10 09 90

Mechanical Engineering (Marine) 15 15 100

Mechanical Engineering (Armament

And Combat Vehicles)

07 07 100

Mechanical Engineering (Robotics) 21 19 90

Mechanical Engineering (Design) 16 13 81

Computer Science And Engineering

(Cyber Security)

17 17 100

Computer Science & Engineering

(Software Engg. & Intelligent Systems)

06 05 83

Modeling And Simulation 10 08 80

Sensor Technology / Laser And Electro-

Optic Communication (Sensor

Technology)

08 08 100

Sensor Technology / Laser And Electro-

Optic Communication

(Laser And Electro-Optic

Communication)

08 08 100

Optic Communication and

communication system ( Optical

Commutation and Photonics)

03 2 66

Technology Management 15 15 100

Electronics And Communication Engg

(Signal Processing And

Communications)

10 10 100

Electronics And Communication

Engineering(Radar And

Communication)

13 13 100


Engineering (Defence Electronics

Systems)

10 10 100


Engineering (Navigation Systems)

3 3 100


( VLSI and Embedded Systems)

14 14 100

Materials Science And Chemical

Technology (Chemical Science And

Technology)

5 5 100

Materials Science And Chemical Tech

(Energetic Materials And Polymers)

3 3 100


(Materials Science And Technology)

20 20 100


Materials Engineering 8 8 100

Corrosion Technology 7 7 100

Total 258 242 93.79

Programme

code

Programme Name No of

students

appeared in

final year

exam

No of students

passed in the

final year

Semester

/examinations

Pass

percentage

M. Tech

2018-2020

batch

Aerospace Engineering

(Guided Missiles)

23 22 95.65

Aerospace Engineering

(Air Armament)

8 6 75

Aerospace Engineering(UAVs) 13 13 100

Mechanical Engineering (Marine) 13 12 92

Mechanical Engineering (Armament

And Combat Vehicles)

9 9 100

Mechanical Engineering (Robotics) 15 15 100

Mechanical Engineering (Design) 18 18 100

Computer Science And Engineering

(Cyber Security)

12 10 83

Computer Science And

Engineering(Software Engineering &

Intelligent Systems)

7 5 71

Modeling And Simulation 19 19 100

Sensor Technology 9 9 100

Laser And Electro-Optic

Communication

1 1 100

Optic Communication and

communication system ( OpticalCommu

and Photonics)

3 3 100

Technology Management 13 11 84


(Signal Processing & Communications)

8 8 100


Engineering(Radar & Communication)

14 13 92.8


Engineering(Defence Electronics

Systems)

11 11 100


Engineering(Navigation Systems)

3 3 100


(Wireless Network And Applications)

2 1 50


( VLSI and Embedded Systems)

11 10 100

Materials Science And Chemical

Technology(Chemical Science And

Technology)

1 1 100


(Energetic Materials & Polymers)

2 2 100


2.7 Student Satisfaction Survey

2.7.1 Student Satisfaction Survey (SSS) on overall institutional performance (Institution may design the questionnaire) (results and details be provided as weblink) Students are required to complete this form. Their responses will be used to assist the staff member improve the quality of the module and teaching. Their response will be anonymous. Each of the attributes are evaluated on the 10 point scale and tick ( ) mark below: Student‘s feedback Questionnaire:

• Clarity of course aims and objectives; • Lecturer‘s ability to explain clearly; • Ability to present the material in an interesting manner; • Quality of material presented; • Lecturer‘s attitude towards students; • Was lecturer responsive and willing to answer questions?; • Effectiveness of assignments, tutorials, tests etc .; • Pace of presentation:

• 1-3=too slow, 4-6=just right, 6-8= fast, 8-10=too fast; • Encourage student‘s participation through group work, etc; • To what extent do you feel that the learning objectives have been achieved? 1=not at

all, 10=totally; • Overall effectiveness of teaching

CRITERION III – RESEARCH, INNOVATIONS AND EXTENSION 3.1 Promotion of Research and Facilities

3.1.1 Teachers awarded National/International fellowship for advanced studies/ research during the year

Name of the teacher awarded national/

international fellowship /financial

support

Name of the award/fellowship

Date of Award Awarding Agency

National Dr Priyesh More DST Inspire Faculty award

2013-2018 DST, Govt of India

National Dr AVR Murthy DST Inspire Faculty award

2015-2020 DST, Govt of India

3.1.2 Number of JRFs, SRFs, Post Doctoral Fellows, Research Associates and other fellows in the


(Materials Science And Technology)

11 10 90.90

Materials Engineering 15 13 86

Corrosion Technology 3 3 100

Total 244 228 85.87

M.Sc.

2017-2019

batch

M.Sc. Food Technology 8 8 100

M.Sc.

2018-2020

batch

M.Sc. Food Technology 7 7 100

M. Sc. By

research

M.S. By Research 2 2 100

Ph.D.

Autumn 2018

Ph.D. Autumn 2018 11 10 100

272 255 93.75


Institution enrolled during the year Name of Research fellowship Duration of fellowship Funding agency

JRF – 1 no. Development of SOx / NOx-

derivatives gas sensors using nano-materials-functionalized ring

resonators

30-08-2018 to 29-08-2021 DAE-BRNS

JRF – 2 nos. Design of Low-cost and High resolution X-band Frequency Modulated Continuous Wave

(FMCW) Radar

30-05-2018 to 30.12.2019 17.02. 2020 to 16.11.2020

DIAT

JRF – 1 no. Analysis and Design of 3D Printed Automated Leaf Spring (2 years)

18.04.2018 to 17.04.2020 DIAT

RA – 1 no. Analysis and Design of 3D Printed

Automated Leaf Spring 16.05.2018 to 15.05.2019 CSIR

JRF – 3 nos. 03.09.2018 to 01.05.2019

18.06.2019 to 27.12.2019 17.02.2020 to 16.02.2022

DST - SERB

3.2 RESOURCE MOBILIZATION FOR RESEARCH (Major and Minor projects) 3.2.1 Research funds sanctioned and received from various agencies, industry and other organizations

Sr

No

Nature of the Project

(Major Projects)

Duration Name of the

Funding

Agency

Total grant

Sanctioned

( `)

Amount

received

during the

Year ( `) From To

1

Spatial Distribution of

uranium and associated water

quality parameters in three

districts of Maharashtra

(Yavatmal, Hingoli&

Nanded)

12. 2016 12. 2018 BRNS 26,94,300 180000

2

To Study on hydrogen

embrittlement behavior of

two high strength naval steel"

(one year,)

9.2017

30.11.19

NMRL 979000 293940

3 Design of Wideband HF

Antennas (18 Months) 8.19 2.21 CARS 967600 820000

4

Computational Analysis of

Two Dimensional Blood

Flows Through Asymmetric

Catheterized Stenotic

Tapered Artery

.5.2017 .3.2020 CSIR 2000000 41269

5

Development of SOxNOx-

derivatives gas sensors using

nano materials -

functionalized ring resonators

28.05.2018 27.05.2021 DAE-BRNS 2794249

1612728

6 Spatial Distribution of

uranium and associated water 12. 2016 12. 2018

DAE –

BRNS 1889300 180000


quality parameters in three

districts of Maharashtra

(Solapur, Osmanabad &

Latur)

7

Development of Copper

Indium Suphide (Selenide),

CIS materials and their thin

films and evaluation of their

photovoltaic properties

06.11.18 05.11.20 CARS 980000 550000

8

Theoretical and Experimental

Investigations of induced

magnetism in GNR upon

conjugation

10.08.2016 09.08.2019 DST-GNRS 5128400 1300000

9

Mapping Lateral

Organization and Nano-

Mechanical Properties of

Proteins incorporated -

Biomimetic Membranes and

Cell Membranes

15.01.2016 14.01.2021 DST-Inspire 3500000 1636232

10

Semiconductor Quantum

Dots/Conducting Polymers

Hetero-junction Based

Photovoltaic Devices for

Higher Efficiency

03.12.2013 31.12.2018 DST-

Inspire 350000 1400404

11

Formation of surface

composite by Additive

Friction Stir Processing of Ti

alloy Ti-6AI-4V for Defence

applications

31.01.2017 30.01.2020 SERB-FSER 2522000 730000

12

Noble plasmonic AuPd

anchored ZnO/SnO2

nanoarray heterostructures for

an efficient light emitting

devices and sun light

photocatalytic decomposition

of high energetic materials

05.05.2017 04.05.2019 SERB-

NPDF 1920000 910000

13

Modelling & performance of

a Software defined photonics

Radars

.13.12.18 12.12.21 SERB-

TARE (GH) 18300000 335000

14

WLAN integrated GNSS

System For Indoor

Navigation

28.02.2017 27.02.2020 SERB-

WIGSIN 2107000 300000

15

Optimisation of skin abd rib

(spar) stiffness for an

optimum performance of co-

cured Spar Wingskin Joints

(SWJ) in pull off mode

29.01.2016 31.01.2018 ARDB 13,10,00

0 400000

16

Numerical and experimental

study of an AL/Li alloy based

MMCs for skin and stringers

01.01.2016 01.01.2019 AR&DB 1781000 500000


3.3 Innovation Ecosystem

3.3.1 Workshops/Seminars Conducted on Intellectual Property Rights (IPR) and Industry-Academia Innovative practices during the year

Title of Workshop/Seminar Name of the Dept. Date(s)

Reach for Gold: IP and Sports IP Cell 26th

Apr. 2019

IPR Culture & DRDO IP Cell 29th

Jan. 2019

Protecting and Managing Intellectual Property Rights

in DRDO IP Cell 29

th Jan. 2019

Drafting of Patent Documents IP Cell 29th

Jan. 2019

Dr. G.V. Krishna Kumar, Sc ‗F‘, NSTL, DRDO,

Vishakhapatnam Applied Mathematics 21

st Jan.2018

National workshop on ―Small and wide angle X-ray

scattering technique. Materials Engineering 12-13 Dec. 2018

International IP Day Celebration, theme was

―Powering Change: Women in Innovation and

Creativity‖ by Dr R. Hirwani, Tech. Advisor & Head

and Mr. P. Venkataraman, Scientist, URDIP-CSIR,

Pune & Mr. Anand Mahulkar, Patent Attorney

IP Cell 26th

April 2018

4th

National Conference on Advances in Mechanical

Engineering Techniques (AMET 2018) jointly by Mechanical Engineering

29th

Mar -30th

Mar

2018

of an aircraft fuselage

structure

17

Analysis and Design of 3D

Printed Automated Leaf

Spring (2 years)

.4. 2018 .3.2020 DIAT 983600 369486

18

Development of glassy

carbon foam with controlled

pore size and improved

mechanical and electrical

properties using nanofillers

for acoustic and EMI

shielding materials and high

temperature insulation

01.02.19 31.01.21 DIAT 875588 34384

19

Design of Low-cost and High

resolution X-band Frequency

Modulated Continuous Wave

(FMCW) Radar

12.03.18 11.03.20 DIAT 1000000 385287

20

Development of Novel Burn

Rate Modifiers for Composite

Propellants

02.04.18 01.04.20 DIAT 990000 110000

21

High Strength and ductile

Aluminum alloys for Defence

Applications

.11 2016 31.05.19 DIAT 1000000 412179

22

Numerical Investigation of

flow and heat transfer of

chemically reacting MHD

Newtonian Nanofluids

through porous boundaries

.12.17 01.10.19 DIAT 850000 436800

+ Total 5,49,22,037 1,29,37,709


DIAT & MIT, Pune

User Awareness Programme on J-Gate Database in

collaboration with Informatics Pvt Ltd, Bangalore

Information Centre &

Library 6

th Dec 2018

Author Workshop on Scholarly Writing and

Publishingin association with Springer-Nature

publisher on

Information Centre &

Library 20

th Nov 2018

3.3.2 Awards for Innovation won by Institution/Teachers/Research scholars/Students during the year

Title of the

innovation

Name of the

Awardee Awarding Agency

Date of Award

Category

National Award

forInnovation in

Innovation in

Petrochemicals &

Downstream Plastic

Processing Industry

Dr Balasubramanian

K

Ministry of Chemical

and Fertilizer 2018

Innovation

Category

IETE Ram Lal Wadhwa

Award Prof K P Ray

Institute Electronics &

Telecommunication

Engineers, India

2018

At National level

outstanding

seminal

contributions in

field of

microstrip/planar

antennas,

Microwaves,

Radar & Industrial

Systems.

Smart India Hackathon

2019

MrMainak and Team

DIAT

TATA Motors

(organized by AICTE-

MHRD)

2019 IT

Technical Leadership

Award

2019

DIAT IBN News, Mumbai 2019 Education

Best Paper Award A. D. Chaudhari, &

K. P. Ray

IEEE International

Conf. on Microwave

Integrated Circuits,

Photonics & Wireless

Networks, NIT, Trichi

2019

Design and

development of

AIS antennas

Best Paper Award Ajit Singh

IEEE International

Conference on Range

Technology (ICORT),

ITR DRDO, Chandipur

2019 Communication

Best Paper Award B. Sathees Naik

5th

International Conf.

On Computing,

Communication, Control

and Automation

2019 Communication

Best Paper Award Harish Kumavat

5th

International Conf.

On Comp, Control and

Automation

2019 Signal Processing

DIAT Tech Fest 2019 Vasant Kumar,

Chinchu Joseph & L&T Defence 2019

Electronics

Domain


Umesh Kumar

DIAT Tech Fest 2019 Shruti Kabra and

Manish Borse MahendraDefence 2019

Defence

Technology

DIAT Tech Fest 2019 Anshul Puntambekar MahendraDefence 2019 Defence

Technology

DIAT Tech Fest 2019 Prashansa Rastogi Bharat Forge Award 2019 Mechanical /

Aerospace

DIAT Tech Fest 2019 Neha Bisht DIAT 2019 Futuristic

Technology

DIAT Tech Fest 2019 SolomalBehre&

Shyamal Chinke DIAT 2019

Defence

Application

3.3.3 No. of Incubation centre created, start-ups incubated on campus during the year

Incubation Centre Name Sponsored by

1 DIAT Incubation Center DIAT

Name of the Start-up Nature of Start-up Date of commencement

Nil

3.4 Research Publications and Awards

3.4.1 Ph. Ds awarded during the year

Name of the Department No. of Ph.Ds Awarded

Aerospace Engg. 04

Computer Science &Engg. 01

Mechanical Engg. 03

Applied Chemistry 08

Applied Physics 06

Electronics Engg. 02

Metallurgical and Materials Engineering 03

Total 24

3.4.2 Research Publications in the Journals notified on UGC website during the year

Department No. of Publication Average Impact

Factor, if any

International Mechanical Engg. 09 1.0

National Technology Management 05 --

International Technology Management 01 1.5

International Applied Physics 29 2.5

National Computer Science &Engg. 01 --

International Computer Science &Engg. 21 1.82

International Applied Chemistry 28 2.5

International Aerospace Engg 07 2.15

International Applied Mathematics 24 1.5

National

International Metallurgical & Materials Engg 65 4

Total 192

3.4.3 Books and Chapters in edited Volumes / Books published, and papers in National/International

Conference Proceedings per Teacher during the year

Department No. of publication

Metallurgical & Materials Engineering 6 - Conference proceedings


4 - Book chapter

Technology Management 01

Applied Physics 02

Computer Science &Engg. 01- Book, 06 - Book Chapters

14 - International Conf.

Applied Chemistry 01

Aerospace Engg 10

3.4.4 Patents published/awarded during the year

Patent Details Patent status

Published / Filed Patent Number

Date of

Award

A Process for Preparing Hypergolic

Zwitterions from UDMH and Allyl Imidazole

(Applied Chemistry)

Filed Patent No.

201811023218 2018

A method of trust evaluation of a destination

node by a source node

by Sh. S Sundeep Desai, Dr. Manisha Nene

Filed 201821006776

(Provisional No) 2018

Amine Borane/ Caynoborane Zwitterions as

hypergolic fuels (A process for preparing

Hypergolic Zwitterions from UDMH and

Allyl Imidazole) by inventors Dr. P S

Kulkarni, Dr Shruti Aditya Karnik, Mr. Vikas

Bhosale

Filed 201811023218


Strips of Mercury Ion Detections by inventors

Dr. P K Khanna, Dr.Priyesh Vilas More Filed

201811029141


Process for preparing a high density fuel by

inventors Dr. A C Abhyankar et al Patent

filled by DMSRDE

Filed 201811022569


Skewed Grid Fin For Aerospace Applications

by inventors Dr. Ajay Misra, Dr. Mahesh MS,

Manish Tripathi

Filed 201811049281


3.4.5 Bibliometrics of the publications during the last Academic year based on average citation index in Scopus/ Web of Science or PubMed/ Indian Citation Index

Title of the paper Name of

the author

Title of the

journal

Year of

publication

Citation

Index

Institutional

affiliations

Mentioned in the

publication

Number

of

citations

excluding self

citations

Enhancement of full

coverage film cooling

performance with opposite

injection holes

Prakash

Mishra,

M., Chandel,

S., Sahani,

A.K., Negi,

B.

Materials

Today:

Proceedings

2018 03 DIAT 03

Enhancement of Full

Coverage Film Cooling

Effectiveness with Mixed

Prakash

Mishra,

M., Sahani,

International

Journal of

Turbo and

2018 02 DIAT 02

https://www.scopus.com/record/display.uri?eid=2-s2.0-85054872619&origin=resultslist&sort=plf-f&src=s&sid=0b3b6390648ef7a4a67190d8c07cfed3&sot=a&sdt=a&sl=55&s=AU-ID%28%22Chandel%2c+Sunil%22+55881248300%29+AND+PUBYEAR+IS+2018&relpos=4&citeCnt=3&searchTerm=




https://www.scopus.com/authid/detail.uri?origin=resultslist&authorId=57203680479&zone=












https://www.scopus.com/sourceid/21100370037?origin=resultslist
















Injection Holes A.K., Chand

el,

S., Mishra,

R.K.

Jet Engines

An experimental and

numerical approach -

characterization of power

cartridge for water-jet

application

Parate,

B.A.,

Chandel,S.,

Shekhar, H.

Defence

Technology 2018 06 DIAT 0

Effect of particle size and

volume fraction on the

strengthening mechanisms of

boron carbide reinforced

aluminum metal matrix

composites.

Ritesh and

Thakur, DG

Part C:

Journal of

Mechanical

Engineering

Science

2018 0 DIAT 0

Influence of reinforcement

content on the

microstructure, tensile

strength and fracture

behavior of boron carbide

reinforced aluminum metal

matrix composites

Ritesh and

Thakur, DG

Material

Science and

Engineering

Technology

2018 0 DIAT 0

Tribological properties of

electroless Nanocomposte

deposits with influence of

Aliuuat 336 on 6061

Aluminium alloy

Imran and

Thakur, DG

Trans Indian

Inst. Metals 2018 0 DIAT 0

Fabrication,

Physicochemical

Characterizations and

Electrical Conductivity

Studies of Modified Carbon

Nanofiber-Reinforced Epoxy

Composites: Effect of 1-

Butyl-3-Methylimidazolium

Tetrafluoroborate Ionic

Liquid‘,

M. Tirumali,

Balasubrama

nian K,

Kumaraswa

my, Nithin

K,

Subramani

&Suresha B

Polymer-

Plastics

Technology

&

Engineering

2018 3 DIAT 3

Influence of welding

consumables on tensile and

impact properties of multi-

pass SMAW Armox 500T

steel joints vis-a-vis base

metal.

Ambuj

Saxena,

Kumaraswa

my,

G.Madhusud

han Reddy,

Vemuri

Madhu

Defence


Micro structural

characterization and high

strain-rate plastic flow

behavior of SMAW

Armox500T steel joints from

spherical indentation

Ambuj

Saxena,

A.Kumaras

wamy,G.Ma

dhusudhan

Reddy,

Journal of

Materials

Engineering

&Performan

ce

2018 2 DIAT 2




















experiments Vemuri

Madhu,

Study of tribological

characteristics of multi-pass

SMAW Armox 500T steel

joints

Ambuj

Saxena,

Kumaraswa

my,

G.Madhusud

han Reddy,

Vemuri

Madhu

, Journal of

Materials

Engineering

&

Performance

2018 1 DIAT 1

Investigation of S-D effect

on plastic flow behavior of

Armox500T steel

Ambuj

Saxena,

A.Kumaras

wamy,

Vemuri

Madhu

Journal of

the Brazilian

Society of

Mech.

Sciences

&Engg.

2018 1 DIAT 1

Numerical analysis of effect

of temperature on ball

indentation behaviour of

Armox500T and IN718

Ambuj

Saxena,

A.Kumaras

wamy

Transactions

of the Indian

Institute of

Metals

2018 0 DIAT 0

Impact of temperature and

concentration dispersion on

the physiology of blood

nanofluid: links to

atherosclerosis.

KM Surabhi,

JVR

Reddy& D.

Srikanth.

Sadhana 2018 0 DIAT 0

Numerical Computation of

the Blood Flow

Characteristics Through the

Tapered Stenotic

Catheterised Artery with

Flexible Wall.

KM Surabhi,

DA Kamble

and D.

Srikanth.

Numerical

heat transfer

and fluid

flow

2018 0 DIAT 0

Magneto- hydrodynamic

mixed convective flow of an

upper convected Maxwell

fluid through variably

permeable dilating channel

with Soret effect.

K Pravin K,

OdeluOjjela

& Samir

Kumar Das,

Pramana –

J. of Physics

2019 0 DIAT 0

Entropy generation analysis

of natural convective

radiative second grade

nanofluid flow between

parallel plates in a porous

medium.

Ramesh &

O. Ojjela

Applied

Mathematics

&

Mechanics

2019 0 DIAT 0

Effects of double

stratification on MHD

chemically reacting second

grade fluid through porous

medium between two

parallel plates.

Naresh

Kumar,

OdeluOjjela

& VSRK,

Sastry

Heat

Transfer —

Asian Res.

2019 0 DIAT 0

Second law analysis for

chemically reacting natural

K Ramesh

&OdeluOjjel

Heat Transfer

- Asian Res. 2019 1 DIAT 1

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)


convective second-grade

fluid flow between porous

parallel plates with Hall and

Ion slip.

a

A heuristic approach

towards variability of HC-

128.

Arvind

Kumar, S.

K. Pal

&OdeluOjjel

a

J. of

Discrete

Mathematica

l Sci. &

Crypt

ography

2019 0 DIAT 0

Optimization of Combustible

Cartridge Case Thickness for

Large Caliber Gun System.

N. V.

Sudarsan,

Smita D

Naik, Samir

Kumar Das,

OdeluOjjela

IJRAR

Journal 2019 0 DIAT 0

Double Dispersion Effects

on MHD Squeezing Flow of

UCM Fluid through a Porous

Medium,

N. Naresh

Kumar,

Pravin

Kashyap,

Kambhatla&

OdeluOjjela

Defect and

Diffusion

Forum

2019 0 DIAT 0

Second law analysis in

radiative mixed convective

squeezing flow of Casson

fluid between parallel disks

with Soret and Dufour

effects,

Kesetti

Ramesh,

OdeluOjjela

&N.Nareshk

umar

Heat

Transfer —

Asian Res.

2019

2 DIAT 1

KMHD slip flow of

chemically reacting UCM

fluid through a dilating

channel with heat

source/sink.

K Pravin

Kashyap,

OdeluOjjela,

& Samir

Kumar Das

Nonlinear

Engineering 2019 0 DIAT 0

Combined effects of variable

thermal conductivity and

induced magnetic field on

convective Jeffrey fluid flow

with nth order chemical

reaction.

Adigoppula

Raju&Odelu

Ojjela*,

Heat

Transfer —

Asian Res.

2019 0 DIAT 0

Influence of induced

magnetic field and radiation

on free convective Jeffrey

fluid flow between two

parallel porous plates with

soret and dufour effects.

OdeluOjjela,

A Raju & N

Naresh

Kumar,

Journal of

Mechanics 2019 0 DIAT 0

Bejan'sHeatline and

Massline Visualization of

Multi-force Effect on

Convection in a Porous

Enclosure

Vinay

Kumar,

S.Krishna

Murthy, B.

V. Rathish

Kumar,

International

Journal of

Mechanical

Sciences,

2018

0 DIAT 0

https://onlinelibrary.wiley.com/doi/10.1002/htj.21442







On the influence of magnetic

field on Darcy mixed

convection from a horizontal

plate in a nano fluidsaturated

porous medium,

Rathish

Kumar, Priti

Kumari,

Mohit

Nigam,

Vinay

Kumar, S.

Krishna

Murthy,

Shweta R,

Meena

P,Abdul

World

Journal of

Modelling

and

Simulation,

2018 0 DIAT 0

MHD forces on double

diffusive free convection

process along a vertical

wavy surface embedded in a

doubly stratified fluid

saturated Darcy porous

medium under the influence

of Soret and Dufour Effect

S.V.S.S.N.V

.G. Krishna

Murthy,

Vinay

Kumar,

European

Journal of

Computation

al

Mechanics

2018 0 DIAT 0

Numerical Modeling and

Simulation of Natural

Convection Boundary Layer

Flow along a VerticalWavy

Surface in a Doubly

Stratified Non-Darcy Porous

Medium with Soret and

Dufour effects

S.V.S.S.N.V

.G. Krishna

Murthy,

B.V. Rathish

Kumar,

Vinay

Kumar,

Heat

Transfer

Research

2018 0 DIAT 0

Stratification Effect on Free

Convective Darcy-

Forchheimer Boundary

layerFlow under multiple

interacting forces

Vinay

Kumar,

S.V.S.S.N.V

.G. Krishna

Murthy,

Frederic

Magoules&

B.V. Rathish

Kumar

Computation

al Thermal

Sciences

2018 0 DIAT 0

Influence of MHD forces on

Bejansheatlines and

masslines in a doubly

stratified fluid

saturatedDarcy porous

enclosure in the presence of

Soret and Dufour effects A

numerical study

Vinay

Kumar,

S.V.S.S.N.V

.G. Krishna

Murthy, &

B.V. Rathish

Kumar,

International

Journal of

Heat and

Mass

Transfer.

2018 6 DIAT 4

Detection and Restoration of

Multi-Directional Motion

Kapuriya B

R, Debasish

Pradhan,

Reena

Sharma,

Signal,

Image and

Video

Processing

2019 6 DIAT 4


Recent Advances in

Additive Manufacturing of

Bio-inspired Materials

Swaroop

Gharde,

Aarsha S,

JM Korde,

Shubham

Saini, N,

Deoray,

Rajendra

Goud, S

Nimje, K

Balasubrama

nian

Biomanufact

uring 2019 0 DIAT 0

Progress in the

Advancement of Porous

Biopolymer Scaffold: Tissue

Engineering Application

RushikeshA

mbekar,

Balasubrama

nian K

Industrial &

Engineering

Chemistry

Research

(ACS)

2019 6 DIAT 2

Toward sustainable

performance of reservoir

sedimentation in aquatic

environment of Katery lake,

Tamil Nadu, India

M

Selvabalan,

M Game,

CRS Kumar,

Balasubrama

nian K

International

Journal of

Environment

al Science

and

Technology

2019 0 DIAT 0

Development of highly

porous, Electrostatic force

assisted nanofiber

fabrication for biological

applications

Anukrishna

ErattPurusho

thaman,

Kirti

Thakur,

Balasubrama

nian K

International

Journal of

Polymeric

Materials

and

Polymeric

Biomaterials

2019 1 DIAT 0

Zirconium Doped Hybrid

Composite Systems for

Ultra-High Temperature

Oxidation Applications: A

Review

Giridhar

Gudivada,

Balasubrama

nian K

Industrial &

Engineering

Chemistry

Research

(ACS)

2019 1 DIAT 0

Evaluation of Strontium

Ferrite (SrFe12O19) in

Ammonium Perchlorate-

based Composite Propellant

Formulations

Sunil Jain,

Dhirendra R.

Kshirsagar,

Vrushali H.

Khire,

Balasubrama

nian K

Central

European

Journal of

Energetic

Materials

2019 0 DIAT 0

Terpolymer (ABS) cermet

(Ni-NiFe2O4) hybrid

nanocomposite engineered

3D-carbon fabric mat as a X-

band electromagnetic

interference shielding

material

RaviPrakash

Magisetty,

Anuj

Shukla,

Balasubrama

nian K

Materials

Letters

(Elsevier)

2019 4 DIAT 2

Graphene and Graphene

Oxide-Based Composites for

Kirti

Thakur,

Journal of

Chemical & 2019 5 DIAT 5


Removal of Organic

Pollutants: A Review

Balasubrama

nian K

Engineering

Data (ACS)

A polydopamine-based

platform for anti-cancer drug

delivery

Rushikesh S

Ambekar,

Balasubrama

nian K

Biomaterials

science

(Royal

Society of

Chemistry)

2019 7 DIAT 4

Breakthrough in the printing

tactics for stimuli-responsive

materials: 4D printing

Prasansha

Rastogi,

Balasubrama

nian K

Chemical

Engineering

Journal

(Elsevier)

2019 9 DIAT 5

Nanotechnology for Oil-

Water Separation

Gore, PM

Purushotha

man,A,

Naebe,

Wang, X

Balasubrama

nian

Advanced

Research in

Nanoscience

s for Water

Technology

2019 0 DIAT 0

Mechanothermal& chemical

recycling methodologies for

the Fibre Reinforced Plastic

Swaroop

Gharde,

Balasubrama

nian K

Environment

al

Technology

&Innovation

2019 4 DIAT 3

Barium Titanate: A Novel

Perovskite Oxide Burning

Rate Modifier for

HTPB/AP/Al Based

Composite Propellant

Formulations

Sunil Jain,

Khire,

VH,Balasub

ramanian K

Propellants,

Explosives,

Pyrotechnics

2019 0 DIAT 0

Thermomechanical

characteristics of h-BN-and

POSS-based bisphenol A

polycarbonate

nanocomposites

Ramdayal

Yadav,

MinooNaebe

, Wang, X

Balasubrama

nian K

Polymer-

Plastics

Technology

&

Engineering

2019 0 DIAT 0

Fused deposition processing

polycaprolactone of

composites for biomedical

applications

Arya Prasad,

Balasubrama

nian K

Polymer-

Plastics

Technology

&

Engineering

2019 5 DIAT 1

Polymer matrix composites

as broadband radar

absorbing structures for

stealth aircrafts

CG

Jayalakshmi,

A Inamdar,

A Anand,

Balasubrama

nian K

Journal of

Applied

Polymer

Science

2019 6 DIAT 4

Effect of Ammonium

Perchlorate Particle Size on

Flow, Ballistic, and

Mechanical Properties of

Composite Propellant

Jauhari

Ashish,

Gharde S, K,

Balasubrama

nian

Nanomateria

ls in Rocket

Propulsion

Systems

2019 0 DIAT 0


Overview of Failure Modes

of Pseudo Compositionally

Graded Thermal Barrier

Coatings and Remedies for

Augmenting the Service Life

of the Coated Components

Ganesh Y

Bangar,

Deepak

Ghule, RKP

Singh,

Balasubrama

nian K

Materials

Focus

(American

Scientific

Publishers)

2018 0 DIAT 0

Functionalized Aramid

Fibers & Composites for

Protective Applications: A

Review

Prakash M

Gore,

Balasubrama

nian K

ACS

Industrial &

Engineering

Chemistry

Research

(ACS)

2018 4 DIAT 1

NiFe2O4/Poly(1,6-

heptadiyne) Nanocomposite

Energy-Storage Device for

Electrical and Electronic

Applications

RP

Magisetty, P

Kumar, V

Kumar,A

Shukla,

Balasubrama

nian K,

Shunmugam

ACS Omega 2018 4 DIAT 0

Electronic properties of

Poly(1,6-heptadiynes)

electrospun fibrous non-

woven mat

RP

Magisetty, P

Kumar, P

M.Gore, M

Ganivada, A

Shukla,

Balasubrama

nian ,R

Shunmugam

Materials

Chemistry &

Physics

2018 4 DIAT 0

Magnetodielectric

Microwave Radiation

Absorbent Materials and

their Polymer Composites

Magisetty,

PR, Anuj

Shukla,

Balasubrama

nian K

Journal of

Electronic

Materials

2018 9 DIAT 4

Burning rate and other

characteristics of strontium

titanate (SrTiO3)

Supplemented AP/HTPB/AI

composite propellants

S Jain, G

Gupta, D R.

Kshirsagar,

V H. Khire,

Balasubrama

nian K

Defence


Biomimetic Design of

Artificial Materials Inspired

by Iridescent Nacre

Structure and Its Growth

Mechanism

Navneet

Mishra,

Balasubrama

nian K

Polymer-

Plastics

Technology

&

Engineering

2018 7 DIAT 0

Praseodymium-decorated

graphene oxide as a

corrosion inhibitor in acidic

media for the magnesium

AZ31 alloy

N.

Palaniappan,

Ivan. S.

Cole, F.

Caballero-

RSC

Advances

(RSC)

2018 0 DIAT 0

https://www.tandfonline.com/doi/abs/10.1080/03602559.2017.1326139






Briones,

Balasubrama

nian K, C.

Lale

Flexible polymeric

Substrates for Electronic

Applications

Ankit Malik,

Balasubrama

nian

Kandasubra

manian

Polymer

Reviews

(Taylor &

Francis)

2018 8 DIAT 2

The Importance of

Electroless Metallic Build-

Up on Surface Modified

Substrates for

Multifunctional Engineering

Applications: A Recent

Progress Update

Swaroop

Gharde,

Balasubrama

nian

Kandasubra

manian

Transactions

of the Indian

Institute of

Metals

(Springer)

2018 1 DIAT 0

Dieletric, Hydrophobic

Investigation of ABS/NiFe 2

0 4 Nanocomposites

Fabricated by Atomized

Spray Assisted and Solution

Casted Techniques for

Miniaturized Electronic

Applications

RaviPrakash

Magisetty,

Anuj

Shukla,

Balasubrama

nian

Kandasubra

manian

Journal of

Electronic

Materials

(Springer)

2018 6 DIAT 0

Biomimicking of Hierarchal

Molluscan Shell Structure

Via Layer by Layer 3D

Printing

Yadav, R,

Rajendra

Goud,

Abhishek

Dutta,

Xungai

Wang, M

Naebe,

Balasubrama

nian

Industrial &

Engineering

Chemistry

Research

(ACS)

2018 6 DIAT 1

Thermally triggered

transition of fluid atomized

micro-and nanotextured

multiscale rough surfaces

GY Bangar,

Deepak

Ghule, RKP

Singh,

Balasubrama

nian K

Colloids and

Surfaces A:

Physicoche

mical

&Engg

Aspects

2018

2 DIAT 2

Dielectric Polymeric

Compositions for improved

Electrical Properties of Flexible

Electronics

Jitendra

Tahelyani,

MrunaliniKh

anale,

Balasubrama

nian

Kandasubra

manian

Handbook

of

Nanomateria

Is for

Industrial

Application,

Elsevier

Publisher

2018 2 DIAT 0

Graphene and Graphene Oxide

for Fuel Cell Technology

RamdayalYa

dal, Akshay

Subhash,

Engineering

Chemistry

(ACS)

2018 7 DIAT 5

https://www.sciencedirect.com/science/article/pii/S0927775718302218





Nikhil

Chemmench

ery,

Balasubrama

nian

Kandasubra

manian

Polymer Fuel Cell Based on

Polybenzimidazole Membrane:

A Review

Ajmal

Kalathil,

Ajith

Raghavan,

Balasubrama

nian

Kandasubra

manian

Polymer-

Plastics

Technology

and

Engineering

(Taylor &

Francis)

2018 2 DIAT 2

Development and

Characterization of A

Contoured Passive Thermal

Protection System

Alex Daniel,

Ivaturi

Srikanth,

Anil kumar,

Balasubrama

nian K

International

Journal Of

Applied

Ceramic

Technology

2018 1 DIAT 0

Review on Three-

Dimensionally Emulated

Fiber-Embedded Lactic Acid

Polymer Composites:

Opportunities in Engineering

Sector

NikitDeoray

,

Balasubrama

nian K

Polymer-

Plastics

Technology

&

Engineering

2018 12 DIAT 1

Engineered Smart Textiles

and Janus Microparticles for

Diverse Functional Industrial

Applications

Shubham

Saini,

Balasubrama

nian K

Polymer-

Plastics

Technology

&

Engineering

2018 3 DIAT 0

Quantitative Evolution of

Wetting Phenomena for

Super Hydrophobic Surfaces

Sandhya P,

Gosavi S,

Yadav R,

Bala K

Materials

Focus (ASP) 2018 0 DIAT 0

Biocompatible alkyl

cyanoacrylate and their

derivatives as bioadhesives

Jay M

Korde, K

Balasubrama

nian

Biomaterials

Science

(RSC)

2018 6 DIAT 2

Investigation of dielectric

properties of free standing

electrospun nonwoven mat

J Tahalyani,

S Datar, K

Balasubrama

nian

Journal of

Applied

Polymer

Science

2018 0 DIAT 0

Hierarchical Electrospun

Super-Hydrophobic

Nanocomposites of

Fluoroelastomer

Shilpa

Simon,,

Balasubrama

nian K

Materials

Focus (ASP)

2018 0 DIAT 0

Facile Immobilization of

Camphor Soot on

Electrospun Hydrophobic

Shilpa

Simon,

Balasubrama

Materials

Focus (ASP) 2018 0 DIAT 0







javascript:void(0)

javascript:void(0)

javascript:void(0)

https://onlinelibrary.wiley.com/doi/abs/10.1002/app.46121




Membrane for Oil-Water

Separation

nian K

Steering of microwave

absorption in M x Co (1-x)

Fe 2 O 4 (M: Ni 2+, Mn 2+,

Zn 2+) based ferrite-Carbon

black/PVA composites by

engineering the magnetic

microstructures

G Dutt, C

Kotabage, A

Abhyankar

American

Physical

Society

2019 0 DIAT 0

Mechanistic Insight into the

Nature of Dopants in

Graphene Derivatives

Influencing EMI Shielding

Properties in Hybrid

Polymer Nanocomposites

Kumari

Sushmita,

Aishwarya

V M,

Shubham S,

A C

Abhyankar,

Giridhar

Madras,

Bose, S

Journal of

Physical

chemistry

2019 3 DIAT 3

Can Fermi energy be

determined by heating

and/or cooling a copper

wire?

AC

Abhyankar,

C Kotabage

arXiv:

Physics

Education

2018 0 DIAT 0

Enhanced Photocatalytic

Activity of Magnetic

BaFe12O19 Nanoplatelets

than TiO2 with Emphasis on

Reaction Kinetics,

Mechanism, and Reusability

Raut, SS,

SKr Adpa,

Jambhale,

A,

Abhyankar,

AC,

Kulkarni,PS

Industrial &

Engineering

Chemistry

Research

2018 0 DIAT 0

New insights towards

strikingly improved room

temperature ethanol sensing

properties of p-type Ce-

doped SnO 2 sensors

Manjeet

Kumar,

Vishwa

Bhatt, AC

Abhyankar,

Joondong

Kim,

Akshay

Kumar,

Sagar H

Patil, Ju-

Hyung Yun

Nature

Scientific

reports

2018 7 DIAT 5

Modulation of structural

properties of Sn doped ZnO

for UV photoconductors

Manjeet

Kumar,

Vishwa

Bhatt, AC

Abhyankar,

JoondongKi

m, Akshay

Kumar, Ju-

Hyung Yun

Sensor and

actuators 2018 14 DIAT 12

https://pubs.acs.org/doi/abs/10.1021/acs.jpcc.8b10999






https://arxiv.org/abs/1811.05559




https://pubs.acs.org/doi/abs/10.1021/acs.iecr.8b02859






https://www.nature.com/articles/s41598-018-26504-3









Structure–property

correlations of foul release

coatings based on low hard

segment content poly

(dimethylsiloxane–urethane–

urea)

S. K. Rath,

J. G.

Chavan, T.

K.

Ghorpade,

T. U. Patro,

M. Patri

Journal of

Coatings

Technology

and

Research

2018 3 DIAT 2

Laponite-graphene oxide

hybrid particulate filler

enhances mechanical

properties of cross-linked

epoxy

DK

Chouhan, A

Kumar, SK

Rath, S

Kumar, PS

Alegaonkar,

G

Harikrishnan

, TU Patro

Journal of

Polymer

Research

2018 2 DIAT 2

Microwave absorption

properties of reduced

graphene oxide strontium

hexaferrite /poly (methyl

methacrylate) composites

S Acharya, J

Ray, TU

Patro, P

Alegaonkar,

S Datar

Nanotechnol

ogy -

Institute of

Physics

(IOP)

2018 26 DIAT 23

Antibacterial, Sustained drug

release and biocompatibility

studies of electrospun poly

(ε-caprolactone)

/chloramphenicol

blendnanofiber scaffolds

G K Arbade,

S Jathar, V

Tripathi, T

U Patro

Biomedical

Physics &

Engineering

Express -

Institute of

Physics

(IOP)

2018 1 DIAT 0

Anomalous toluene transport

in model segmented

polyurethaneurea/clay

S K Rath, J

Bahandur, H

S Panda, T

U Patro, S

Praveen, M

Patri, D V

Khakhar

Royal

Society of

Chemistry

(RSC)

Publisher

2018 2 DIAT 1

Efficient electromagnetic

interference shielding and

radar absorbing properties of

ultrathin and flexible

polymer-carbon nanotube

composite films

G. S.

Kumar, T U.

Patro

Materials

Research

Express -

Institute of

Physics

(IOP)

2018 7 DIAT 7

Emblica officinalis loaded

poly (ε-caprolactone)

electrospun nanofiber

scaffold as potential

antibacterial and anticancer

deployable patch

G. K.

Arbade, V.,

A. Menon,

S. Bose, T.

U. Patro

New Journal

of

Chemistry,(

RSC)

2019 0 DIAT 0

Polymer based nanofiber

scaffolds for tissue

engineering‖ in the Book

entitled ―Materials Horizon:

G K Arbade,

T U Patro

Springer

Nature

2019 0 DIAT 0

https://link.springer.com/article/10.1007/s11998-017-9982-x






javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

https://iopscience.iop.org/article/10.1088/2053-1591/aade39/meta






https://pubs.rsc.org/en/content/articlehtml/2019/nj/c9nj01137d







from Nature to

Nanomaterials

Microstructural Behavior of

Ti6Al4V during Room

Temperature Deformation

G Kulkarni,

Vijay

Hiwarkar,

Jitendra

Patil and

Rajkumar

Singh

J

NanosciNan

otechnol Res

2018

2 DIAT 1

Microstructure

Characterization and

Evaluation of Mechanical

Properties for Friction

Welded EN-24 Alloy Steel

Vijay

Gaikwad,

Vijay

Hiwarkar,

Vinayak

Pawar, &

Rajkumar

Singh

Curran

associates 2018 0 DIAT 0

Effect of TiB2 addition on

the microstructure and wear

resistance of Ti-6Al-4V

alloy fabricated through

direct metal laser sintering

(DMLS)

Aniruddha S

Patil, Vijay

D Hiwarkar,

Pankaj K

Verma,

Rajesh K

Khatirkar

Journal of

alloys and

compounds

2019 4 DIAT 4

Texture weakening in pure

magnesium during grain

growth

D Panda,

RK Sabat, S

Suwas, VD

Hiwarkar,

SK Sahoo

Phil Mag 2019 0 DIAT 0

High-energy ball milling of

lead-free piezoceramic:

influence of milling medium

on properties

B Rawal, P

Dixit, B

Praveenkum

ar, HS

Panda

Journal of

the

Australian

Ceramic

Society

2018 0 DIAT 0

Localize current burst in

modified carbon

nanotube/polyaniline

composite fibers mat

electrode miniaturized

resistance and improved rate

capability for solid-state

supercapacitor

N Kumar,

PK Sahoo,

HS Panda

Journal of

Materials

Science:

Materials in

Electronics

2018 0 DIAT 0

Dielectric properties of Ba,

Cr co-doped

BiFeO3 multiferroic

nanoparticles

A Puhan, B

Bhushan, V

Kumar, HS

Panda, D

Rout

AIP

Conference

Proceedings

2018 0 DIAT 0

Freeze-Casting of

multifunctional cellular 3D-

graphene/Ag

nanocomposites:

PK Sahoo,

N Kumar, S

Thiyagaraja

n, D Thakur,

ACS

Sustainable

Chemistry &

Engineering

2018 9 DIAT 9










javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)


synergistically affect

supercapacitor, catalytic, and

antibacterial properties

HS Panda

Morphology-controlled

ultrafine -based PVDF–HFP

nanocomposite: synergistic

effect on dielectric and

electro-mechanical

properties

V Khiratkar,

R Aepuru,

HS Panda

Bulletin of

Materials

Science

2018 0 DIAT 0

Exploring the Carrier

Dynamics in Zinc Oxide–

Metal Halide-Based

Perovskite Nanostructures:

Toward Reduced Dielectric

Loss and Improved

Photocurrent

R Aepuru, S

Mondal, N

Ghorai, V

Kumar, HS

Panda, HN

Ghosh

The Journal

of Physical

Chemistry

(ACS)

2018 2 DIAT 2

Tailoring the structural,

optical and magnetic

properties of BiFeO3

multiferroic nanoparticles by

Ba, Cr co-doping

A Puhan, B

Bhushan, V

Kumar, HS

Panda, A

Priyam, D

Das, D Rout

Materials

Science and

Engineering:

B (Elsevier)

2019 1 DIAT 0

Idiosyncratic behaviour of

(Na0.495K0.455Li0.05)(Nb0.95Ta0

.05)O3–La2O3 ceramics:

Synergistically improved

thermal stability, ageing, and

fatigue properties

B Rawal,

NN

Wathore, B

Praveenkum

ar, HS

Panda

Journal of

Advanced

Ceramics

2019 0 DIAT 0

Fabrication of

AA7005/TiB2-B4C surface

composite by friction stir

processing: Evaluation of

ballistic behaviour

Nitinkumar

Pol, Gaurav

Verma , R.P.

Pandey, T.

Shanmugasu

ndaram

Defence


High temperature wear in

CoCrFeNiCux high entropy

alloys: The role

of Cu

A. Verma,

P. Tarate,

A.C.

Abhyankar,

M.R.Mohap

e, D.S.

Gowtam,

V.P.

Deshmukh,

Shanmugasu

ndaram

ScriptaMater

ialia 2018 9 DIAT 9

Antenna Array Using Non-

Identical Truncated Circular

Elements for FSLL

Reduction

B. Singh, N.

Sarwade and

K. P. Ray

Progress In

Electromagn

etics

Research M

(PIERS-M)

2018 0 DIAT 0

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)


Broadband Gap-Coupled

Half-Hexagonal Microstrip

Antennas fed by Microstrip-

Line Resonator

S. M.

Rathod, R.

N.Awale, K.

P. Ray and

A. D.

Chaudhari,

International

Journal of

RF and

Microwave

Computer

Aided

Engineering

2018 2 DIAT 1

Broadband Variations of

Isosceles Triangular

Microstrip Antennas:

Analysing the Broadband

Response

A. A.

Deshmukh,

S.Nagarbow

di and K. P.

Ray,

IEEE

Antennas &

Propagation

Magazine

2018 1 DIAT 1

Shorted Circular Microstrip

Antennas for 50Microstrip

Line Feedwith Very Low

Cross Polarization

S. M.

Rathod,

R.N.Awale

and K. P.

Ray

Progress In

Electromagn

etics

Research

Letters

2018 7 DIAT 5

A 50Ω Microstrip Line-fed

Shorted Equilateral

Triangular Microstrip

Antenna

B. Singh, N.

Sarwade and

K. P. Ray

Microwave

& Optical

Tech.

Letters

2018 0 DIAT 0

A Zero Index Based Meta-

lens Loaded Wideband

Directive Antenna

Combined with Reactive

Impedance Surface

B.

Majumder,

K.

Krishnamoo

rthy and K.

P. Ray,

IEEE

Access 2018 6 DIAT 6

Novel Coaxial Cable

Implementation of

Miniaturized Wilkinson

Power Divider and

Quadrature Hybrid Coupler

for VHF Applications

Makarand

Kulkarni, A

Cheeran, K.

P. Ray,

S Kakatkar

Telecommu

nications &

Radio

Engineering

2018 0 DIAT 0

Design and Analysis of

Coplanar Waveguide Band

Stop Filter Using

Asymmetric Defected

Ground Structure For Fine

Alteration of Stop band

M. G.

Kulkarni, A.

N. Cheeran,

K. P. Ray

and S. S.

Kakatkar

International

Journal of

Electronics

& Applied

Research

2018 0 DIAT 0

Evolutionary Trends in

Transmit/Receive Module

for Active Phased Array

Radars

S. Rathod,

K.

Sreenivasulu

, K.S.

Beenamole

and K. P.

Ray

Defence

Science

Journal

2018 7 DIAT 6

Band Pass Filter for

Wideband Radar and EW

Applications

S. Rathod,

A. Kumar,

K.

S.Beenamol

e and K. P.

International

Journal of

Engineering

&

Technology

2018 0 DIAT 0

https://scholar.google.co.in/scholar?oi=bibs&cluster=15775803215732299657&btnI=1&hl=en











Ray

NOMURA: A Spectrally

Efficient Non-Orthogonal

5G Multiple Access Scheme

for Cognitive Radio‖

A

Singh, KK

Naik, CRS

Kumar

IETE

Technical

Review

2018 1 DIAT 1

Blind Time-Domain

Equalizer for Doubly-

Selective Channel with

Reduced Time Averaging

and Computational

Complexity

VanitaPawar

&K.Krishna

Naik

AEU-

International

Journal of

Electronics

and

Communicat

ions

2018 0 DIAT 0

Multistep Linear Predictor

for Slow Fading Channel

VanitaPawar

and Krishna

Naik

Journal of

Telecommu

nication,

Electronic

and Comp.

Engg.

2018 0 DIAT 0

OFDM-Based TVWS-IEEE

Standards: A Survey of PHY

and Cognitive Radio

Features

Ajith Singh

&K.Krishan

Naik

Journal on

Wireless

Personal

Communicat

ions

2018 1 DIAT 1

Wireless Network Security

based on the Image Address

Masking (IAM) Mechanism

Salwe,SS,

K. Krishna

Naik

Wireless

Personal

Communicat

ions Journal

2018 0 DIAT 0

Heterogeneous Wireless

Networks for IoT

Applications

Salwe,SS,

K. Krishna

Naik

IETE

Technical

Review

2018 3 DIAT 3

8×10 Gbps WDM on FSO

using the optical amplifiers in

the scheme of amplify-

forward and amplify received

ArockiaBazil

Raj

Makara

Journal of

Technology,

Indonesia

2018 0 DIAT 0

Frequency Reconfigurable

Pixel Antenna with PIN

diodes

George,

R., Kumar,

C.R.S., Gan

gal,

S., Joshi, M.

Progress in

Electromagn

etic

Research

Letters

2019 1 DIAT 1

Ambient noise estimation in

territorial waters using AIS

data

Roul,

S., Kumar,

C.R.S., Das,

A.

Applied

Acoustics 2019 1 DIAT 1

Performance Evaluation of

Adaptive Signal Processing

Techniques in Reservoir

Bathymetry

Selva Balan,

CRS Kumar

International

Journal of

Computer

Applicatons

2018 1 DIAT 1

Program execution analysis

in Windows: A study of data

sources, their format and

Bhupendra

Singh,

Upasna

Computers

& Security 2018 6 DIAT 6

https://scholar.google.co.in/citations?user=EfONlbsAAAAJ&hl=en&oi=sra

https://scholar.google.co.in/citations?user=EfONlbsAAAAJ&hl=en&oi=sra

https://scholar.google.co.in/citations?user=wo-HV3oAAAAJ&hl=en&oi=sra



https://scholar.google.co.in/citations?user=olL70qwAAAAJ&hl=en&oi=sra



javascript:void(0)

javascript:void(0)

https://www.scopus.com/authid/detail.uri?origin=AuthorProfile&authorId=57209159531&zone=










https://www.scopus.com/record/display.uri?eid=2-s2.0-85059961918&origin=resultslist&sort=plf-f&src=s&sid=7bc9de7fca3dbbd968a857026263f7d9&sot=autdocs&sdt=autdocs&sl=18&s=AU-ID%2857190246096%29&relpos=1&citeCnt=1&searchTerm=











https://www.sciencedirect.com/science/journal/01674048



comparison of forensic

capability

Singh

Efficiently searching target

data traces in storage devices

with region based random

sector sampling approach

Nitesh

Bharadwaj,

Upasna

Singh

Digital

Investigation

,

2018 5 DIAT 5

Significant Data Region

Identification and Analysis

for Large Storage Drive

Forensics Using K-Means

Algorithm,

Nitesh

Bharadwaj,

Upasna

Singh

Security and

Privacy

Journal

2018 0 DIAT 0

Ranking Terrorist

Organizations Network in

India Using Combined SNA-

AHP Approach,

Pankaj

Chaudhary,

Upasna

Singh

International

Journal of

Recent

Technology

&

Engineering

2018 1 DIAT 1

Survey on User Group

Revocation and Integrity

Auditing of Shared Data in

Cloud Environment,

Rohit Rai,

Upasna

Singh

International

Journal of

Comp.

Sciences

&Engg.

2018 0 DIAT 0

An Intelligent Approach for

Examining and Detecting

Target Data Fragments in

Suspected Large Storage

Drives,

Nitesh

Bharadwaj,

Upasna

Singh

Security and

Privacy

Journal

2019 0 DIAT 0

Information processing and

security analysis of shared

system resource based

architectures,

Kushal A.

Arun Mishra

International

J. of

Cooperative

Information

Systems

2018 2 DIAT 1

―Frequency lock-in during

vortex induced vibration of a

rotating blade‖.

LokannaHos

koti,

AjayMisra,

Mahesh

MSucheendr

an

Journal of

Fluids and

Structures

2018

4 DIAT 3

Effect of Planar Member

Cross-

section on Cascade Fin

Aerodynamics

Tripathi, M.,

Misra, A.

and M. S.,

Mahesh.

Journal of

Spacecraft

and Rockets,

AIAA.

2018

0 DIAT 0

―Effect of Gurney Flaps on

the Aerodynamic

characteristics of NACA

0010 cascades‖

T.

Nilavarasan,

Ganapati N

Joshi and

Sunil

Chandel.

International

Journal of

Turbo and

Jet Engines.

2019

0 DIAT 0

―Transient analysis and

control of delaminated

composite plates in

Ganesh

Shankar,

Prashanta K

Mechanics

of Advanced

Materials

2018

0

DIAT

&

IIT Dhanbad

0

https://www.researchgate.net/profile/Ganesh_Shankar4

https://www.researchgate.net/profile/Ganesh_Shankar4

https://www.researchgate.net/profile/Prashanta_K_Mahato

https://www.researchgate.net/journal/1537-6494_Mechanics_of_Advanced_Materials_and_Structures




hygrothermal environment

using active fiber composite

actuator‖

Mahato, S.

Keshava

Kumar

and

Structures

―MITC9 Shell elements

based on RMVT and CUF

for the analysis of laminated

composite plates and shells‖.

M. Cinefra,

S. Keshava

Kumar,

Erasmo

Carrera

Composite

Structures

2019

2

DIAT

&

Politecnico di

Torino

2

―Review of Laminated

Composite Plate Theories,

with Emphasis on

Variational Asymptotic

Method‖.

S. Keshava

Kumar

AIAA

Journal

2018

0 DIAT 0

―Lock-In Phenomenon of a

Pitching and Plunging

Airfoil‖

LokannaHos

koti, Ajay

Misra,

Mahesh M.

S.,

AIAA

Journal 2019 0

DIAT & IIT

Hyderabad 0

Systematic magnetic fluid

hyperthermia studies of

carboxyl functionalized

hydrophilic

superparamagnetic iron

oxide nanoparticles based

ferrofluids.

K,

Ganeshlenin

;

Sudame, A;

Bhati,

Piyush;

Chakrabarty

, Anindita;

Kale, S. N.;

Maity,

Dipak

Journal of

Colloid and

Interface

Science

2018 4 DIAT 3

Microwave assisted

synthesis of Co3O4 and NiO

nanoplates and structural,

optical, magnetic

characterizations

U.T. Nakate,

P. patil, S.

Choudhary,

S.N. Kale

Nano-

Structures

and Nano-

Objects

2018 0 DIAT 0

Fe3O4-decorated graphene

assembled porous carbon

nanocomposite for ammonia

sensing: Study using optical

fiber Fabry-Perot

Interferometer.

D Pawar,

BVB Rao,

SN Kale

Analyst 2018 0 DIAT 0

Nanomaterial-

Functionalized-

Metamaterial-Inspired

Resonators for Ultra-

Sensitive and Selective H2S

Sensing

V Rawat, S

Joglekar, B

Bhagat, SN

Kale

IEEE

Sensors

proceedings

2018 0 DIAT 0

Low Magnetic Field Sensing

Using Manganite

(La0.7Sr0.3MnO3)

A Kinikar,

D Pawar, R

Kitture, SN

IEEE

Sensors 2018 0 DIAT 0

https://www.researchgate.net/profile/S_Kumar7




https://www.researchgate.net/profile/M_Cinefra



https://www.researchgate.net/profile/Erasmo_Carrera

https://www.researchgate.net/profile/Erasmo_Carrera

https://www.researchgate.net/journal/0263-8223_Composite_Structures

https://www.researchgate.net/journal/0263-8223_Composite_Structures

https://www.researchgate.net/journal/0001-1452_AIAA_Journal




https://www.scopus.com/sourceid/21100416140?origin=recordpage




https://ieeexplore.ieee.org/xpl/conhome/8572682/proceeding

https://ieeexplore.ieee.org/xpl/conhome/8572682/proceeding


nanoparticles with Optical

Fiber Interferometric

Approach

Kale

Surfactant modified

Bi2(S0.3Se0.7)3 nanoflakes for

photo electrochemical cell

application

S Sahare, M

Salunkhe, P

Ghoderao, T

Bhave

Journal of

Materials

Science:

Materials in

Electronics

2018 01 DIAT 1

Segregation of nanoparticles

by electrophoretic deposition

technique: A mathematical

model and its validation

S Barve, H

Babrekar, T

Bhave, SV

Bhoraskar

Powder


Multiwalled Carbon

Nanotubes Decorated with

Fe3O4 Nanoparticles for

Efficacious Doxycycline

Delivery

P Ghoderao,

S Sahare, P

Alegaonkar,

AA

Kulkarni, T

Bhave

ACS Appl.

Nano Mater 2019 0 DIAT 0

Laponite-graphene oxide

hybrid particulate filler

enhances mechanical

properties of cross-linked

epoxy,

Chouhan,D

K, Arvind

Kumar,

Rath,

SK,SanjayK

umar,Alegao

nkar,PS,Hari

krishnan.TU

,Patro

Journal of

Polymer

Research 2018 0 DIAT 0

Ferro-nano-carbon split ring

resonators a bianisotropic

metamaterial in X-band:

Constitutive parameters

analysis,

RV Jagtap,

AD Ugale,

PS

Alegaonkar

Materials

Chemistry

and Physics

2018 3 DIAT 1

Enhanced response and

improved selectivity for

toxic gases with

functionalized CNT thin film

resistors,

S Gautam, D

Kumar, PS

Alegaonkar,

P Jha, N

Jain, JS

Rawat

Integrated

Ferroelectric

s

2018 1 DIAT 1

Assessment of ecologically

prepared carbon-nano-

spheres for fabrication of

flexible and durable

supercell devices,

SA

Haladkar,

MA Desai,

SD Sartale,

PS

Alegaonkar

Journal of

Materials

Chemistry A

2018 1 DIAT 1

Studies on Heat Flux

Imparted on Thermal

Rocket Motor Containing

Double Base Propellant

RK Kalal, B

Ropia, H

Shekhar, PS

Alegaonkar

Journal of

Aerospace&

Management

2019 0 DIAT 0

Mitigation of Blast Induced

Acceleration using open cell

natural rubber and Synthetic

IS Sandhu,

M

Thangadurai

Defence

Science

Journal

2019 1 DIAT 1


Foam , PS

Alegaonkar,

DR Saroha

FITC Embedded ZnO/Silica

Nanocomposites as probe for

detection of L-lactate: Point-

of-Care diagnosis

SS Joglekar,

PV

Pimpliskar,

VV

Sirdeshmuk

h, PS

Alegaonkar,

AA Kale

MRS

Advances 2019 0 DIAT 0

Synthesis and

characterization of graphene-

like nano ribbons (GNR)

using chemical vapor

deposition for shock

absorbent application

Shamal

Chinke, Roh

ini Gawade,

and Prashant

Alegaonkar

AIP

Conference

Proceedings

2019 0 DIAT 0

Enhanced microwave

absorption property of

reduced graphene oxide

(RGO)–strontium hexaferrite

(SF)/poly (vinylidene)

fluoride (PVDF)

S Acharya,

CS

Gopinath, P

Alegaonkar,

S Datar

Diamond

and Related

Materials

2018 7 DIAT 6

Quartz tuning fork based

sensor for detection of

volatile organic compounds:

towards breath analysis

Sampson, A

Panchal, S,

Phadke, A ,

A, Kashyap,

Jilma

Suman, G

Unnikrishna

n,

SuwarnaDat

ar

Materials

Research

Express

2018 0 DIAT 0

Investigation of dielectric

properties of free standing

electrospun nonwoven mat

J Tahalyani,

S Datar, K

Balasubrama

nian

Journal of

Applied

Polymer

Science

2018 6 DIAT 2

Investigation of Disorder in

Mixed Phase, sp 2–sp 3

Bonded Graphene-Like

Nanocarbon

S Patil, S

Kolekar, A

Kumar, P

Alegaonkar,

S Datar, CV

Dharmadhik

ari

Journal of

nanoscience

and

nanotechnol

ogy

2018 0 DIAT 0

Temperature Dependent

Electron Transport

Properties of Gold

Nanoparticles and

Composites: Scanning

Tunneling Spectroscopy

Investigations

S Patil, S

Datar, CV

Dharmadhik

ari

Journal of

Nanoscience

Nanotechnol

ogy

2018 2 DIAT 2


Microwave absorption

properties of reduced

graphene oxide strontium

hexaferrite /poly(methyl

methacrylate) composites

S Acharya, J

Ray, TU

Patro, P

Alegaonkar,

S Datar

Nanotechnol

ogy

2018 28 DIAT 24

Correlation between the

magnetic-microstructure and

microwave mitigation ability

of M x Co (1− x) Fe 2 O 4

based ferrite–carbon

black/PVA composites

Gopal Datt,

Chetan

Kotabage,

SuwarnaDat

ar, AC,

Abhyankar

Physical

Chemistry

Chemical

Physics

2018 3 DIAT 2

Palmitoyl ceramide

promotes milk

sphingomyelin gel phase

domains formation and

affects the mechanical

properties of the fluid phase

in milk-SM/DOPC

supported membranes

AVR

Murthy, F

Guyomarc'h,

C Lopez

Biochimica

et

Biophysica

Acta (BBA)-

Biomembran

es

2018 1 DIAT 1

Spectroscopic Ellipsometry

of Fluid and Gel Phase Lipid

Bilayers in Hydrated

Conditions

S Kamble, S

Patil, M

Kulkarni,

AVR

Murthy

Colloids and

Surfaces B:

Biointerface

s

2018 0 DIAT 0

Surfactant modified

Bi2(S0.3Se0.7)3 nanoflakes for

photo electrochemical cell

application

S Sahare, M

Salunkhe, P

Ghoderao, T

Bhave

Journal of

Materials

Science:

Materials in

Electronics

2018 01 DIAT 1

Two-agent cooperative

search model with Petri nets

T Hazra,

CRS Kumar,

M Nene

International

Journal of

Intelligent

Unmanned

Systems

2018 0 DIAT 0

Node-level trust evaluation

in wireless sensor networks

SS Desai,

MJ Nene

IEEE

Transactions

on

Information

Forensics

and Security

2019 0 DIAT 0

Relating Wiener‘s

cybernetics aspects and a

situation awareness model

implementation for

information security risk

management

K Anjaria, A

Mishra Kybernetes 2018 0 DIAT 0

Theoretical framework of

quantitative analysis

basedinformation leakage

warning system

K Anjaria, A

Mishra

Karbala

International

Journal of

Modern

Science

2018 0 DIAT 0

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)

javascript:void(0)


Templated Synthesis of

Mesoscopic Titania and its

Application in Solid-state Dye-

sensitized Solar Cells

Yashwant

Pandit, G. T.

Harini, Deepa

Landage and C.

J. Bhongale

Adv. Mater.

Lett.

2018 0 DIAT 0

Ballistic Studies on Fox-7

Based Triple Base Propellant

for High Calibre Gun

S. M.

Dahiwale,

Chetan

Bhongale and

S. N. Asthana

Acad. J. Poly.

Sci.

2019 0 DIAT 0

Studies on Ballistic Parameters

of Deterred Triple Base

Propellant used in Large

Caliber Ammunition

Sunil Dahiwale,

Chetan

Bhongale, S.

Roy, P. B.

Navle and

Asthana S. N.

J. Energetic

Mater.

2019 0 DIAT 0

Studies on ballistic parameters

of di-butyl phthalate-coated

triple base propellant used in

large caliber

artillery gun ammunition

Dahiwale,

S.M.,

Bhongale, C.,

Roy, S., Navle,

P.B., Asthana,

S.N.

Journal of

Energetic

Materials

2019 0 DIAT 0

Studies on CL-20/HMX (2: 1)

cocrystal: A new preparation

method and structural and

thermokinetic analysis

M Ghosh, AK

Sikder, S

Banerjee, RG

Gonnade

Cryst. Growth

Des.

2018 1 DIAT 1

HTPB‐Clay Nanocomposites

(HCN): An Efficient Burning

Rate Catalyst for Composite

Propellant

K. Ghosh, D

Chimurkar, G

Kumar, A

Kumar, S

Banerjee, M

Gupta

Propellants,

Explosives,

Pyrotechniques

2019

0 DIAT 0

Extraction of toluene and n-

heptane mixture using ionic

liquid Aliquat 336 and

mathematical, modeling for

solvent selection

S.P. Kodolikar

Kulkarni, D.S.

Bhatkhande, V.

Pangarkar, P.

Kulkarni,

Separation

Science &

Technology

2018

0 DIAT 0

Studies on conversion of waste

nitramine and fuel rich based

propellants into liquid fertilizer

and their performance on crop

Anu Abirami.S,

K. Dhabbe, P.S.

Kulkarni,

Mehilal,

Environmental

Technology

2019 0 DIAT 0

Poly(ethylene glycol) (PEG)

modified epoxy phase change

polymer with dual properties of

thermal storage and vibration

damping

S. Swati, A.

Kumar, B.C.

Chakraborty,

A.B. Samui,

P.S. Kulkarni

Sustainable

Energy and

Fuels

2018 0 DIAT 0

Ionic liquid (IL) capped MnO2

nanoparticles as an electrode

material and IL as electrolyte

for super capacitor application,

B.G. Bharate,

P.E. Hande,

A.B. Samui,

P.S. Kulkarni

Renewable

Energy

2018 0 DIAT 0

https://www.tandfonline.com/toc/tent20/current

https://www.tandfonline.com/toc/tent20/current




Synthesis, characterization of

poly(ethylene glycol) acrylate

(PEGA) copolymers for

application as polymeric phase

change materials (PCM),

S. Swati, A.B.

Samui, P.S.

Kulkarni,

Reactive and

Functional

Polymers

2018

0 DIAT 0

Enhanced photocatalytic

activity of magnetically

separable barium hexaferrite

nano-platelets,

S.S. Raut,

Santhosh

Kumar A., A.

Jambhale, A.C

Abhyankar,

P.S. Kulkarni,

Ind. Eng.

Chem. Res.

2018 0 DIAT 0

Surface Engineering of CdS

Quantum Dots for

Photocatalytic Applications

under Direct Sunlight,

V Srinivasan,

CB Hiragond,

PK Khanna, PV

More

ChemistrySelec

t

2018 0 DIAT 0

Synthesis, Characterization and

Nano chemistry of Novel

Antibacterial Copper (II)

Semicarbazone Complexes

VP Dhanwe,

PG Joshi, AS

Kshirsagar, VV

Dhapte, PK

Khanna

ChemistrySelec

t

2018 0 DIAT 0

Electro-photocatalytic

degradation of methylene blue

dye using various nanoparticles

A demonstration for

undergraduates

CB Hiragond,

AS Kshirsagar,

PK. Khanna

others

Journal of

Nanomedicine

Research

2018 0 DIAT 0

Green synthesis of silver nano-

particles by use of edible oils

A Kshirsagar,

Pawan K.

Khanna et al

Journal of

Nanoscience

and

Nanotechnolog

y

2018 0 DIAT 0

Reaction Tailoring for synthesis

of Phase Pure Nanocrystals of

AgInSe2, Cu3SbSe3 and

CuSbSe2

Anuraj S.

Kshirsagar and

Pawan. K.

Khanna,

ChemistrySelec

t

2018 0 DIAT 0

Probing the real-time

photocatalytic activity of CdS

QDs sensitized conducting

polymers: Featured PTh, PPy

and PANI,

C Hiragond,

PK Khanna, PV

More

Vacuum

2018 1 DIAT 0

CuSbSe2/TiO2: Novel Type-II

Heterojunction Nano-

Photocatalyst

A

Kshirsagar,P.K.

Khanna

Materials

Chemistry

Frontiers

2019 1 DIAT 1

Titanium dioxide (TiO2)-

decorated (AgInSe2): novel

nano-photocatalyst for

oxidative dye degradation

AS Kshirsagar,

PK Khanna

Inorganic

Chemistry

Frontiers

2018 0 DIAT 0

Modified iron oxide

nanoparticles as burn rate

enhancer in composite solid

propellants

AS Budhwar, A

Gautam, PV

More, CS Pant,

S Banerjee, PK

Khanna,

Vacuum

2018 0 DIAT 0




http://medcraveonline.com/JNMR/



https://www.researchgate.net/journal/1533-4880_Journal_of_Nanoscience_and_Nanotechnology





https://www.sciencedirect.com/science/journal/0042207X

https://www.sciencedirect.com/science/journal/0042207X


CdSe-PVP QDs for

Degradation of Methylene Blue

via Photocatalytic Oxidative

Cleavage under Mild Visible

Light,

P. K. Khanna,

Abhishek

Kumar,

AnurajKshirsag

ar and

Chaitanya

Hiragond,

Journal of

Nanoscience

and

Nanotechnolog

y

2018 2 DIAT 0

3.4.6 h-Index of the Institutional Publications during the year. (based on Scopus/ Web of science)

Institutional Publications h- Index (2018)

3.4.7 Faculty participation in Seminars/Conferences and Symposia during the year :

No. of Faculty International level National level State level Local

level

Attended

Seminars/

Workshops

02 (ME)

02 (TM)

01 (AP)

02 (AC)

1(ME)

02 (M&ME)

02 (AP)

06 (CSE)

02 (M&ME)

Presented

papers

03 (ME)

02 (AM)

01 (AP)

1(ME)

02 (M&ME)

02 (AP)

Resource

Persons

02(ME)

02 (AM)

06 (CSE)

10(ME)

03 (AM)

08 (M&ME)

05 (EE)

06 (CSE)

07 (AC)

05 (M&ME) 01

3.5 Consultancy






https://www.scopus.com/hirsch/document.uri?stateKey=CTOF_1219905303&accessor=CTO&origin=cto&txGid=c617db718a108e59349977982db3c591


3.5.1 Revenue generated from Consultancy during the year

Name ofthe Consultant(s)

department

Name of Consultancy project Consulting/Sponsoring Agency

Revenue generated

(amount in rupees)

Nil

3.5.2 Revenue generated from Corporate Training by the institution during the year

Name ofthe

Consultant(s)

&Departme

nt

Title of the

Programme

Agency

seeking training

Revenue

generated (amount in

rupees)

Number of trainees

Dr.Unnikrishnan

Applied Physics

Training Program on

High Power Fibre

Source

Bharat Electronics

Ltd.(BEL)

5,64,000/- 25

Dr.Unnikrishnan

Applied Physics

Training Program on

Resonator Design for

Solid State Laser

Bharat Electronics

Ltd.(BEL)

5,64,000/- 25

Dr.Ajay Mishra

Aerospace Engg

Training Program on

Missile Technology

Bharat Electronics

Ltd.(BEL)

5,88,000/- 35

Dr.Ajay Mishra

Aerospace Engg

Training Program on

Missile Technology

Bharat Electronics

Ltd.(BEL)

5,88,000/- 35

Dr.K.P.Ray

Electronics Engg

Training Program on

VHDL-FPGA

Design

Bharat Electronics

Ltd.(BEL)

4,90,800/- 24

Dr.Ajay Mishra

Aerospace Engg.

Customized Course

on Missile

Technology

Brahmos Aerospace

Pvt. Limited

17,36,400/- 48

Dr.P.K.Khanna,

Applied

Chemistry

Customized Course

for Indian Ordnance

Factory Officers-

2018

National Academy of

Defence Production,

Nagpur

23,12,006/- 63

3.6 Extension Activities

3.6.1 Number of extension and outreach programmes conducted in collaboration with industry, community and Non- Government Organisations through NSS/NCC/Red cross/Youth Red Cross (YRC) etc., during the year

Title of the Activities Organizing unit/ agency/

collaborating agency

Number of

teachers

coordinated in

such activities

Number of

students

participated

in such

activities

As a part of social services activity,

Dept of Materials Engg., DIAT

organized a cleanliness awareness drive

and Plantation of Swacha Bharat

Abhiyan in Mahabaleshwar, Satara on

25th

Oct 2018.

DIAT under the banner of

NSS 06 60

Week Long ‗Swachhta Drive‘ at DIAT

Campus

DIAT Swachha Bharat

Mission Committee &

Ministry of Youth Affairs

38 160

Blood donation camp was organized at NSS Centre, DIAT & Red 20 65


Donage Village, Haveli, Pune on 27th

Mar 2019.

Cross India.

3.6.2 Awards and recognition received for extension activities from Government and other recognized bodies during the year

Name of the Activity Award/recognition Awarding

bodies

No. of Students

benefited

-- -- -- --

3.7 Collaborations

3.7.1 Number of Collaborative activities for research, faculty exchange, student exchange during the year

Nature of Activity Participant Source of financial support Duratio

n

Research Project (wind tunnel

testing)

DIAT, Pune and

NAL, Bengaluru.

Dr. Ganapati N

Joshi

DIAT Grant-in-aid

Project 1.5 years

Research Project PK Khanna,

HEMRL, Pune ARMREB

2 years

(16-19)

Research Project PK Khanna,

DMSRDE, Kanpur DMSRDE

2 years

(18-20)

Research Project Dr DG Thakur &

DRDO Lab DRDO 3 years

Research Project Dr KP Ray &

LRDE

DRDO 3 years

Attenuation of Flowfield

Unsteadiness due to Flare Induced

Shock / Boundary Layer Interaction

using/ Micro Vortex Generators

Dr. Ganapati N.

Joshi DIAT & Dr.

Shashi Bhushan

Verma, NAL,

Bengaluru

DST-SERB 3 years

3.7.2 Linkages with institutions/industries for internship, on-the-job training, project work, sharing of research facilities etc. during the year 2018-19

Nature of linkage Title of the

linkage

Name of the partnering

institution/ industry /research

lab with contact details

Duration

(From-To) participant

Projects Thesis IIT Madras, ISRO, DTRE,

NAL, IITM ,DRDL,

July, 2018 to

June 2019 10

PhD research Academic

collaboration IIT Kanpur - 01

M.Tech Student/ Project

Work Project Work

• VSSC, Trivendrum

• IIT Bombay, IIT Madras

• ADE, Bengaluru

• IIT Hyderabad

• Osmania University

• ISRO

• DRDO laboratories

• Bharat Forge

July 2018 to

April 2019 42


3.6.3 Students participating in extension activities with Government Organizations, Non-Government Organizations and programmes such as Swachh Bharat, Aids Awareness, Gender Issue, etc. during the year

3.7.3 MoUs signed with institutions of national, international importance, other universities, industries,corporate houses etc. during the year

Organization Date of MoU signed Purpose and Activities

Number of students / teachers

participated under MoUs

Indian Institute of Information

Technology (IIIT)

21st Dec. 2018.

a) Academic and Research collaboration in the

areas of mutual interest

05

IITB-Monash Research

Academy Monash , Australia,

25/01/2019 for 5 years

b) Academic and Research collaboration in the

areas of mutual interest

c) Joint events and activities.

1

Dassualt Aviation, France

27/11/2019 for 5 years

Letter of Intent and MoU

a) Academic and Research collaboration in

the areas of mutual interest

b) Joint events and activities.

00

Alva's Institute Of

Engineering And Technology,

MIJAR

23/01/2019



b) Exchange of academic information,

scholarly information, materials,

publications & Research Projects.

5

Institute of Technology

Management (ITM)

12/02/2019

Academic and Research Collaboration 30

Indian Air Force

and Centre For Air Power

Studies (CAPS)

27/02/2019

a) Innovations in Technical and strategic

education, new methods of teaching and

learning, and development of strategic

thinking capacity of students.

b) M Tech in various specializations as per

existing rules of DIAT.

c) Research programmes in Defence

Technology and Strategic Studies as per

existing rules of DIAT.

d) Short/long duration courses as per mutual

agreement

05

National Technical Research

Organization (NTRO)

15/04/2019

Academic and Research Collaboration 50

ATRIA University (ATRIA

Educations), Bangalore

30/09/2019



b) Exchange of academic information,

scholarly information, materials,

publications & Research Projects.

05


Name of the

scheme

Organising unit/

agency/collaborating

agency

Name of the activity

Number of teachers

coordinatedin

such activities

Number of

students

participated in

such activities

Swachhta Bharat

Mission, Govt of

India

DIAT (DU) Swachha

Bharat Mission

Committee

Week Long

‗Swachhta Drive‘ at

DIAT Campus

38 168

Swachhta Bharat

Mission,

DIAT (DU), NSS

Centre; DIAT

Swachh Bharat

Mission Committee;

Dept. of Materials

Engineering

Swacha Bharat Seva

Abhiyan at

Metgutad, Satara

Dist. on 25th

Oct

2018

08 40

4 CRITERION IV – INFRASTRUCTURE AND LEARNINGRESOURCES

4.1 Physical Facilities

4.1.1 Budget allocation, excluding salary for infrastructure augmentation during the year

Budget allocated for infrastructure augmentation

Budget allocated for infrastructure augmentation

Budget utilized for infrastructure development

5.00 Cr 5.00 Cr 4.1.2 Details of augmentation in infrastructure facilities during the year

Facilities Existing Newly added

Campus area 495.75 (Acre) -

Class rooms 28 -

Laboratories 40 -

Seminar Halls 02 -

Classrooms with LCD facilities 28 -

Classrooms with Wi-Fi/ LAN 28 -

Seminar halls with ICT facilities 02 -

Video Centre - -

No. of important equipments purchased (≥ 1-0 lakh) during the current year.

- 09

Value of the equipment purchased during the year (Rs. in Lakhs)

- Rs. 342.67 lakhs

Others - -

4.2 Library as a Learning Resource

4.2.1 Library is automated Integrated Library Management System (ILMS)

The library serves as a creative and innovative partner in supporting the teaching, learning &

research activities of the institute and it is committed to providing the best possible information

services to fulfill the information needs of its academic community. The library has a very good

collection of books, journals from reputed publishers, and other learning resources. Institute

provides adequate funds for procurement print as well as electronics – As per the request of the

faculty members a quality collection of Books, subscriptions of journals, online databases, e-books,

and other learning resources are procured. Implemented RFID technology in the library integrated

with LIBSYS- library management system software that facilitates the library in providing quick &


efficient services. Implemented Digital Institutional repository using DSpace open-source software.

This will provide instant access to the Institute‘s research and academic output and other

institutional resources. The training program for library staff conducted to handle the newly

implemented RFID system and about Digital repository - a procedure to create metadata for the

digital documents and uploading in the database. The library conducts Information literacy program

/ Users Awareness programs for all users. Also conducted a workshop and Training program by the

outside experts on how to publish, how to use e-resources, etc. The Library is participated in

Resource sharing / Inter-library loan facility with all DRDO TICs, and also with academic and

research organization viz UoP, IISER, NCL, IITs, etc.

Name of the ILMS

software

Nature of automation

(fully or partially)

Version Year of automation

LibSys Fully 7 2010

4.2.1 Library Services:

Existing Newly added Total

No. Value No Value No Value

Text Books 14754 8095367 16 120494 14770 8215861

Reference Books 43512 89157052 02 15625 43514 89172677

e-Books 339 2513889 339 2513889

Journals - - 103 306394 103 306394

e-Journals 2082 12473151 2082 12473151

Digital Database 8 5196541 8 5196541

CD & Video 1737 0 200 0 1937 0

Library automation

2

29,94,476

(LIBSYS +

RFID System)

- - 2 29,94,476

Weeding

(Hard & Soft)

4805 - - - - -

Others

Dissertation &

Thesis

2027 0 200 0 2227 0

4.2.2 E-content developed by teachers such as e-PG-Pathshala, CEC (under e-PG-

Pathshala CEC (Under Graduate) SWAYAM other MOOCs platform NPTEL/ NMEICT/

any other Government initiatives & institutional (Learning Management System (LMS),

etc

Name of the

teacher Name of the module

The platform on

which module is

developed

Date of launching

e-Content

Nil Nil Nil Nil

4.3 IT Infrastructure (Available at Data Centre )

4.3.1 Technology Upgradation (overall)

Tota

l

Com

pute

rs

Com

pute

r

Labs

Internet

Bro

wsin

g

Cent

res

Com

puter

Cent

ers

Of

fic

e

De

part

me

nts

Available band

Width

(MBPS)

Others

Wi-Fi 1. BSNL (100 • Implementat


Connectivity

setup at VC

home office.

Mbps Leased

Line).

2. NKN(100 Mbps

Leased Line )

ion of

Aadhaar

Enabled

Biometric

Attendance

System

(AEBAS)

• Provision of

Server

environment

for

implementat

ion of ERP

system.

• SSL

certificate

deployment

for DIAT

website &

DIAT Email

Service

Added

Total

4.3.2 Bandwidth available of internet connection in the Institution (Leased line)

3. BSNL (100 Mbps Leased Line )

4. NKN(100 Mbps Leased Line )

4.3.3 Facility for e-content

Name of the e-content development facility Provide the link of the videos and media centre

and recording facility

• VC office Conference hall display system –

43‖ video display with HDMI splitter.

• Voice Recording System – For audio

recording of PhD Viva-Voce.

4.4 Maintenance of Campus Infrastructure

4.4.1 Expenditure incurred on maintenance of physical facilities and academic support facilities,

excluding salary component, during the year

Assigned budget on academic facilities

Expenditure incurred on maintenance of Academic facilities

Assigned budget on physical facilities

Expenditure incurred on maintenance of physical facilities

3.30 Cr 2.43 Cr 8.20 Cr 7.70 Cr

4.4.2 Procedures and policies for maintaining and utilizing physical, academic and support facilities -

laboratory, library, sports complex, computers, classrooms etc. (maximum 500 words) (information

to be available in institutional Website, provide link)

1. All proposal for construction of new academic building, library, class room and electrical

appliances are submitted to DRDO headquarter with SOC along with proper justification and


supporting documents. DRDO HQ constitutes Board of Officers (BOO) is constituted and on the

recommendation of the BOO, the competent authority may consider the proposal for sanction. The

sanctioned works are either executed either by CCE(W), pune or MES, Girinagar, Pune.

2. Maintenance and repairing of academic buildings, library, classrooms, electrical appliances and

other physical infrastructure of DIAT is done by the Military Engineering Service ( MES), Girinagar

Pune. The Estate & Works Officer on behalf of Vice Chancellor intimates the construction,

maintenance and repairing related requirements, as and when required, to the MES.

3. The DIAT receives grants-in-aid from the department of Defence R & D, Ministry of defence,

Govt of India for procurement of different items which include salary, equipments, chemicals and

glassware, sports items, books & journals, equipment and contingency.

4. While purchasing equipment from any fund, it is generally ensured that the installation charges

and maintenance charges (within warranty period) are provided by the company, which delivers the

equipment. Such clause is inserted in the work order of the equipment.

CRITERION V - STUDENT SUPPORT AND PROGRESSION

5.1 Student Support

5.1.1 Scholarships and Financial Support

Name / Title of the scheme

Number of students Amount in Rupees

Financial

support from

institution

Ph.D Institutional

Scholarship 11

Rs 25000/- per month.

For first two years after that Rs

28,000 per month.

Financial support from other sources

a) National M.Tech 122 Rs 12,400/- per month.

AICTE-INAE 01 Rs 15,000/- per month

b) International - -

5.1.2 Number of capability enhancement and development schemes such as Soft skill development,

Remedial coaching, Language lab, Bridge courses, Yoga, Meditation, Personal Counseling and

Mentoring etc.

Name of the capability

enhancement scheme

Date of

implementation

Number of students

enrolled Agencies involved

Orientation Programme on

Mathematics for all M.Tech newly

joined 1st year students

2018 250 DIAT

Yoga and Meditation classes 2018- Faculty, officers,

staffs, students etc DIAT, GoI, India

MATLAB courses 2018 200 DRDO, GoI, India

Personal Counselling and

Mentoring

2018 209 DIAT

Author Workshop on Scholarly

Writing and Publishing 20

th Nov 2018 150

Springer-Nature

publisher

User Awareness Programme on J-

Gate Database 6

th Dec 2018 50

Informatics Pvt Ltd,

Bangalore

User Awareness Programme on 2nd Nov. 2018 25 ProQuest


ProQuest: ABI/Inform Database

5.1.3 Students benefited by guidance for competitive examinations and career counselling offered by theinstitution during the year: All the civilian students were trained with most of the orientation programmes of DIAT(DU) in various forms and they are placed in industries, DRDO, DPSU‘s, Academic institutes and have gone abroad for higher education.

5.1.4 Institutional mechanism for transparency, timely redressal of student grievances, Prevention of

sexual harassment and ragging cases during the year

Total grievances

received No. of grievances redressed

Average number of days for

grievance redressal

Nil Nil Nil

5.2 Student Progression

5.2.1 Details of campus placement during the year

On campus Off Campus

Name of

Organizations

Visited

Number of

Students

Participated

Number of

Students

Placed

Name of

Organizations

Visited

Number of

Students

Participated

Number

of

Students

Placed

Bharat Forge Ltd 15 05

Bharat Electronics Ltd 05 01

Tech Mahindra 10 02

MathWorks 01 01

Bosch 01 01

Tango IT 01 01

Constelli,

Hyderabad 10 01 ADA, Bengaluru 01 01

Accord, Bengaluru 09 02 IIT Bombay 01 01

JivaScience,T&VS 15 05 - - -

Vector Institute Pvt

Ltd 05 01 - - -

Intel 30 04 - - -

NXP

Semiconductors 25 003 - - -

Millennium

Semiconductors 10 01 - - -

5.2.2 Student progression to higher education in percentage during the year

Year

Number of

students into

higher

education

Programme

graduated from

Department

graduated from

Name of institution

joined

Name of

Programme

admitted to

2018 01 DIAT Computer Sci.

& Engineering

Royal Holloway

London (UK) Ph.D

2018 04 DIAT Applied

Physics

IIT Hyderabad

IISC Bangalore

IIT Madras

NIT Raurkela

Ph.D


2018 01 DIAT Aerospace

Engineering IIT Bombay Ph.D

2018 01 DIAT

Applied

Chemistry IIT, Ropar Ph.D.


Chemistry

City University,

Newyork

IISER, Bhopal

Ph.D.

2018 02 DIAT Mechanical

Engineering DIAT, Pune Ph.D


Engineering

DIAT, Pune

IISc,Bangalore Ph.D

2019 11 DIAT

Metallurgical &

Materials

Engineering

TUL, Liberec, Czec

Republic

IIT Kharaghpur,

IIT Indore, IIT

Madras, IIT Delhi

IIT Kanpur, DIAT,

TUE, Eindhoven

Ph.D

2019 01 DIAT Computer Sci.

& Engineering IIT Kanpur MS


Mathematics

IIT Bombay

IIT Madras

NAL, Bangalore

Post doctoral

Fellow

Ph.D


Engineering

IISc,BangaloreIISc,B

angalore

RMIT Australia

NIT Suratkal

Ph.D

2019 01 DIAT Aerospace

Engineering IIT Madras Ph.D


Chemistry

IISER, Bhopal

DIAT

Ph.D

Project Staff

2019

01 DIAT

Aerospace

Engineering IIT Bombay PhD

2018

01 DIAT

Aerospace

Engineering

IIT Madras

PhD

5.2.3Students qualifying in state/ national/ international level examinations during the year

(eg:NET/SET/SLET/GATE/GMAT/CAT/GRE/TOFEL/Civil Services/State Government

Services)

Items No. of Students selected/

qualifying Registration number /roll

number for the exam

GATE 100 % of scholarship category

students are GATE qualified.

The details of the are with

academic section and

departments

Any Other All the sponsored candidates have

cleared either national level

examinations or Civil

services(State/Central) prior to join

in DIAT for higher studies

The details of the

registration number are with

academic section and

departments


5.2.4 Sports and cultural activities / competitions organised at the institution level during the year

Activity Level Participants

Prayag‘19 ( DIAT Cultural Fest)

30th March 2019 Inter Collegiate 250

Kriya (Cultural Events) Institute Level 150

Spandan19 (Sports events week) Institute Level 100

Techno Vision 2019 Technical Poster

presentation Competition (29th

March 2019) Institute Level 50

DIAT Musical Programme (5th

October, 2018 ) Institute Level 150

Celebrated Hindi Divas and various

competitions were organized (14th

to 28th

Sept

2018)

Institute Level 50

5.3 Student Participation and Activities

5.3.1 Number of awards/medals for outstanding performance in sports/cultural activities at

national/international level (award for a team event should be counted as one): Nil

5.3.2 Activity of Student Council & representation of students on academic & administrative bodies/committees of the institution (maximum 500 words)

Function of Student‘s Council: Student‘s council provides an opportunity to students to develop their leadership skills through active participation in college administration and students collaboration. The student council is expected to perform following functions: 1. Organizing cultural activities and sports activities for students. 2. Communicating problems faced by students to Principal and management of college. 3. Maintaining discipline in college campus. 4. Maintaining college campus clean and green. 5. Participation in extension activities like Voters Awareness Programme, Swachh Bharat Abhiyan, Tree Planation, Yoga Day, Blood Donation etc. 6. They give their suggestions for purchase of books, magazines for library. The following committees have student representatives: 1. Students Council 2. Anti-Ragging Committee 3. Sports Committee 4. NSS Committee 5. Alumni Association 6. Innovation club 7. Anti-Sexual Harassment Cell 8. Annual Magazine Committee Students in administration Our main focus is advising students about organizational matters regarding their studies,

representation of student interests in commissions and conferences and the organization of events.

As we are participants of many commissions, we represent student interest for instance whenever a

new curriculum is created. Additionally, we represent the student body at the Study Conference and

at the Faculty Conference. When there is a call for a new professorship, we members of the student

representatives are dispatched to participate in the appointments committee.

Apart from that, we are constantly planning events such as the welcome-week for freshmen, panel

discussions, seminars, partys, etc.

We additionally provide learning materials. If you have any material (transcripts etc.) to share with


5.3.2 No. of registered Alumni: 256

5.3.3 Alumni contribution during the year (in Rupees) :Rs. 2,56,000/-

5.3.4 Meetings/activities organized by Alumni Association :One Meeting

CRITERION VI –GOVERNANCE, LEADERSHIP AND MANAGEMENT

6.1 Institutional Vision and Leadership

your colleagues, we are happy to accept it during our office hours.

Students are engaged in a number of ways: • as course representatives and representatives on department, division and University

committees, or by interacting with their student representatives; • by providing individual and collective feedback on their learning and wider student

experience through surveys and other means (including consultation exercises); • through engagement in key quality assurance and enhancement processes including reviews

and course approval. • The institute ensure that: • every student at every level of every course will have access to representation, and as a

result, will be able to influence their learning and wider experience through their representatives;

• student representatives and staff working with them are aware of their responsibilities; • student representatives are supported and trained in their roles; • staff-student committees are forums for two way dialogue and consultation; • student representatives on all committees are empowered to raise issues and make

meaningful contributions to discussions; every student has a chance to provide feedback individually and anonymously on their learning and wider experience at relevant points in their course of study;

• feedback is analysed and any issues raised are addressed through department, division and University processes in a timely and effective way, always ensuring that the outcomes are fed back to the student body;

• students are empowered to engage meaningfully with key quality assurance and enhancement

processes.

5.3.1 Whether the institution has registered Alumni Association? Yes/No -Yes if yes give details (maximum 500 words):

Defence Institute of Advanced Technology (DU) Alumni Association (DIATAA) has been

registered by the Assistant Registrar of Societies, Pune, Maharashtra under Societies Registration

Act 1860 and Bombay Public Trust Act, 1950 of Maharashtra. On 5th

December 2014. The

DIATAA registration number is 2022/2014. The objective of the DIATAA is to provide a forum

for the Alumni of the Institute; To engage in such academic and social activities as shall

contribute towards promoting liaison between the Alumni and the Institute.; To further the cause

of Science and Technology, and to keep alive love, spirit, affection, and gratitude for our alma

mater. The Total registered Alumni as on 31st March 2019 is 849 and the contribution is

Rs.8,38,500/-.


6.1.1 Mention two practices of decentralization and participative management during the last year (maximum 500 words) Decentralization:The institution has a mechanism of providing operational autonomy to various

functionaries in order to ensure a decentralized governance system.

a) Faculty members are given representation in various committees/cells nominated by the Vice

Chancellor, in the Governing body, in the IQAC and other committees.

b) Various institute level committees have been entrusted to look after subject specific

works/matters and make suitable recommendations for consideration by the competent

authority.

c) Various statutory committees have been constituted

d) Dean Academics is approving authority for utilization of contingency grant and approving of

the TDs of faculties

e) Dean (Sponsored Research) is approving authority in the matter of project sanction and

utilization of the funds

f) Dean (Students Affairs) is approving authority in the matter of student related matters.

g) HoDs are empowered to sanction Rs. 25,000/- cash purchase of the items

h) HoDs are empowered to approve the leave of their staff working under them

i) In service departments sub-ordinate officers have been authorized to dispose of many routine

cases

j) Non-teaching staff are represented in various committees and the IQAC. Suggestions of non-

teaching staff are considered while framing policies or taking important decisions

Participative management:

The institution promotes the culture of participative management at the strategic level, functional

level and operational level.

a) Strategic level: The Institute authorities ( Viz BOM, AC, FC P& MB ) , and the Vice

Chancellor are involved in defining policies & procedures, framing guidelines and rules &

regulations pertaining to admission, examination, discipline, grievance, support services,

finance etc. Suggestions are invited for various agenda items to be considered by the

authorities of the institute.

b) Functional level: Faculty members share knowledge among themselves, students and staff

members while working for a committee. The Vice Chancellor interacts with DRDO, Service

Hqs and other government and external agencies.

c) Operational level: The Vice Chancellor has constituted core committee consisting of all

Deans, Registrar and FO to consider all important issues of the institute Faculty members are

involved in joint research and have published papers.. Students and office staff join hands

with the Vice Chancellor and faculty for the execution of different academic, administrative,

extension related, co-and extracurricular activities.

Higher responsibilities to Assistant Professor – Assistant Professor have been works in-charges of

various committees of university level and incharge responsible for MoUs with various outside

agencies

Assistant Professor as HoDs – to encourage Asst Professor involvements in higher management

and decision making, a few Asst Professors, have been made HoDs.


6.1.2 Does the institution have a Management Information System (MIS)?

Yes/No/Partial: Yes

6.2 Strategy Development and Deployment

6.2.1 Quality improvement strategies adopted by the institution for each of the following (within 100-word search):

Curriculum Development.

DIAT regularly undertakes to develop and upgrade the course curriculum to fulfill the needs of all

stakeholders as well as the deference industry at large by conducting BOS at regular intervals

involving experts from DRDO, Tri-Services, Academics, and Industries. As per the demand

Institute also introduces new and unique programs to meet the requirements of the DRDO as well

as Defence Industries of the country. The proposed syllabus by the dept. is vetted through the

Postgraduate Committee (PGC) of DIAT before getting formal approval from the Academic

Council (AC) of DIAT. Rules and regulations are updated as per the UGC norms as and when

required.

Teaching and Learning

The teaching-learning process has extensive use of demonstration / practical sessions along with

regular classroom teaching as a part of the curriculum. Use of ICT for effective teaching with

Learning Management Systems (LMS) and E-learning resources etc. All students are asked to

give presentations on state – of the Art technologies as a part of course outcome. All M Tech

programs are enriched by involving experts from various sectors such as Academia, Industries,

and R&D establishments.

Examination and Evaluation

The role of the Controller of Examinations is to conduct fair and timely examinations (as per the

academic calendar of the University) for the M.Tech / MS (by research) / Ph.D. students

registered with University. Implemented standard code of conduct of examination procedure to

process the M.Tech thesis evaluation, processing of Ph.D. thesis for evaluation and viva-voce, a

compilation of Marks, timely declaration of results and issue of marks statements, Presenting the

results analysis report before Academic Council for its approval for the award of degree to the

qualified M.Tech/ MS (by research) / Ph.D. candidates during convocation every year. Amended

the guidelines for examination and evaluation, amendment of the guidelines from time to time,

ensuring strict adherence of guidelines by faculty.

Examination reforms implemented by the institution, in terms of quality of testing instruments,

the conduct of examination, evaluation procedures, and the announcement of results.

• A single mid-semester exam is replaced by three assessment tests spread throughout

thesemester to achieve continuous evaluation.

• Marks/Percentage based system is replaced by Grade based evaluation.

• Results are awarded in the form of SGPA/CGPA.

• Policy and implementation of providing Grace marks.

• The provision of Retotalling is made.

Research and Development

DIAT encourages young faculty members to undertake research projects and also funds them.

Also allows participating in collaborative research projects with DRDO scientist. The faculty are

encouraged to seek research fundings from the govt and private agencies. The industry also is

approached from time to time for undertaking consultancy as well as customized courses. The

same is also organized for the public sector undertaking.

Library, ICT and Physical Infrastructure / Instrumentation


6.2.2: Implementation of e-governance in areas of operations:

• Finance and Accounts

i. Defense Institute of Advanced Technology being single Unit University, Financial

records are fully computerized. Accounts have been maintained in a universally

accepted accounting system in India i.e Mercantile System and it is being

maintained in Tally.ERP 9 Accounting Software. Tally ERP latest version is being

used to maintain financial data.

Equipment Induction Programme was implemented this year onwards – DIAT went through up-

gradation of laboratories. The plan was in a phased manner with the latest State – of – the Art

equipment on-par with IIT, IISc & International Universities.

DIAT upgraded its propulsion complex with laboratories to test air, solid & liquid propulsions.

The library serves as a creative and innovative partner in supporting the teaching, learning &

research activities of the Institute and it is committed to providing the best possible information

services to fulfill the information needs of its academic community. DIAT library has created an

excellent infrastructural facility with all the latest tools and technologies. The library provides a

conducive environment for users with adequate natural lighting and air-conditioned reading

zones. The endeavor is to create an inspiring learning environment. The library has a good

collection development policy, and Institute provides adequate funds for procurement print as

well as electronics– purchase of books, subscription of journals, and other learning resources. All

electronic resources - full-text electronic journals, online databases, electronic books, and other

electronic scholarly resources are accessible from any networked computer/laptop within the

Institute campus. Initiated development of Institutional repository of DIAT with faculty

publications, dissertation and thesis, and other institutional documents.

Institute provides high-speed internet facilities with authenticated and secured Wi-Fi facilities

with a good number of high-speed computers to and faculty, research scholar, and M Tech

students.

Human Resource Management

Many departments conducted CEP /Workshop /Training programs for faculty members to update

their knowledge as well as to handle high-end instruments /equipment. Faculty were also encouraged to attend professional development programs, viz., Orientation Programme, Refresher Course, Short Term Course, FDP to update their skills and subject knowledge conducted by other institutions. Teachers provided with financial support to attend conferences/workshops and also decided to

reimburse towards membership fees of professional bodies.

Non – teaching staff were also encouraged to attend training programs to update their knowledge

and skill level.

Industry Interaction / Collaboration

DIAT signed MoUs with industries to undertake academic and research collaboration in the areas

of mutual interest, Joint R&D in applied futuristic areas of Science and Technology, Joint R&D

for development of products/process, exchange of academic information, scholarly information,

materials, publications & Research Projects. Also to conduct FDP/SDP/Seminars/ Workshops/

Conference/ Guest Lectures on latest technologies.

Admission of Students

Online applications were received from GATE qualified candidates for admission to different M

Tech programs.


ii. The finance department has adopted the e-payment system for all types of

payments of the institutes. E-payment system is based on the three-tier

authorization basis to bring accuracy. To bring transparency minimal cash

transactions are carried out only in case of emergency.

iii. Application fees and Semester fees are being collected ON-LINE basis using the

platform provided by the State Bank of India. The hassle-free fee collection

system is in place.

iv. Finance Dept. has implemented the ERP system for Payroll processing, Online

Payslip& Income Tax as per 7th

CPC.

6.3 Faculty Empowerment Strategies

6.3.1 Teachers provided with financial support to attend conferences/workshops and towards

membership fee of professional bodies during the year

Year Name of teacher Name of conference/ workshop attended

for which financial support provided

Name of the

professional body

for which

membership fee is

provided

Amount

of

support

2018 Dr. D.G Thakur Membership fee AeSI Rs. 8850/-

2018 Dr. D.G Thakur Membership fee InSIS Rs.5500/-

2018 Dr. Debasish

Pradhan

Global Initiative of Academic

Networks (GIAN) IIT Bhubaneswar

Rs. 10000/-

2018 Dr. OdeluOjjela ICACM 2018 Conference, IIT Kharagpur Rs. 10000/-

2018

Gajanan

KashinathraoArbad

e and T.

UmasankarPatro

Poly (caprolactone) Based Nanofiber

Scaffold for Drug Delivery and Tissue

Engineering Applications. SPSI

MACRO 2018 international conference

IISER, Pune Rs. 1000/-

2018

Gajanan

KashinathraoArbad

e

PCL based electrospun blend nanofiber

scaffolds for biomedical applications‖

18th international conference and

exhibition on material science and

engineering,

Osaka, Japan Rs. 50000/-

2018 Dr. Vijay Hiwarkar Orientation programmeatASC Pune University,

Pune Rs. 1000/-

2018 Dr. Sumati

Sidharth

FDP on Entrepreneurship, Centre for

Entrepreneurship Development

(CED),Training

Campus, Madurai Rs. 30000/-

2018 Dr. Nilesh Ware FDP on Entrepreneurship, Centre for

Entrepreneurship Development

(CED),Training

Campus, Madurai Rs. 5000/-

2018 Dr. Nilesh Ware National Conference on Industrial Engg

and Tech Mgmt, NITIE Mumbai Rs. 4000/-

2018 Dr. Ganapati Joshi Membership fee AeSI Rs. 8850/-

2018 Dr.K.P.Ray Membership fee ÌEEE Rs. 7000/-

2018 Dr.K.K.Naik Membership fee IEEE Rs. 7000/

2018 Dr.A.B.Raj Membership fee IEEE Rs. 7000/

2018 K.K.Sawant Membership fee IEEE Rs. 7000/

2018 M.T.Abhilash Membership fee IEEE Rs. 7000/

2019 Dr. S. Banerjee

National Conference on Exploring new

vista in applying Chemistry. 20-21st

March 2018

Vignan Pharmacy

college, GUNTUR Rs. 15000/-


6.3.2 Number of professional development / administrative training programmes organized by the

University for teaching and non teaching staff during the year:

Year

Title of the

professional

development

programme organized

for Teaching staff

Title of the administrative

training

programmeorganised for

non-teaching staff

Dates

(from-to)

No. of

participant

s

(Teaching

staff)

No. of participants

(Non-teaching

staff)

2018 Training on Noting

and Drafting Noting and Drafting

30/11/2018 &

01/12/2018 33 90

2019 Training on service

matters Talk on service matters

12/04/2019 &

13/04/2019 28 87

2019

Talk onProcurement

Manual 2016 by

Sanjay Tandon,

Director, ITM,

Mussoorie

Talk onProcurement

Manual 2016 by Sanjay

Tandon, Director, ITM,

Mussoorie

12 Feb 2019 20 35

2018

Author Workshop on

Scholarly Writing

and Publishing in

association with

Springer-Nature

publisher

-- 20th

Nov 2018 20 05

2018

User Awareness

Programme on J-

Gate Database in

collaboration with

Informatics Pvt Ltd,

Bangalore

User Awareness

Programme on J-Gate

Database in

collaboration with

Informatics Pvt. Ltd,

Bangalore

6th

Dec 2018 15 05

2018

User Awareness

Programme on

ProQuest:

ABI/Inform

Database in

association with

ProQuest

-- 2nd

Nov 2018 20 -

6.3.3 No. of teachers attending professional development programmes, viz., Orientation Programme, Refresher Course, Short Term Course, Faculty Development Programmes during the year

Title of the professional development

programme

Number of teachers who

attended

Date and Duration

(from – to)

FDP in ‗Entrepreneurship‘ at CED Training

Campus, Madurai Dr. Sumati Sidharth

12 Nov 2018 to 24

Nov 2018

Orientation Programme at ASC-Pune University,

Pune Dr. Vijay Hiwarkar

01 Aug 2018 to 28

Aug 2018

FDP at Science & Technology Park, Pune Dr. Nilesh R Ware 10 Dec 2018 to 21

Dec 2018

Course on ‗Advance Course in Project

Management‘ Dr. Nilesh R Ware

09 Sep 2018 to 07

Oct 2018

CEP Course on ‗Deep Learning Technologies &

Application in Defence‘ at RCI Hyderabad Ms. Deepti V Vidyarthi

16 Sep 2018 to 22

Sep 2018


Attend CEP Course at Bangalore Dr. Upasna Singh 12 Nov 2018 to 16

Nov 2018

CEP on ‗Deep Learning for video text and speech

processing‘ at Bangalore Dr. Sunita V Dhavale

12 Nov 2018 to 16

Nov 2018

Refresher Course in ‗Data Science and Artificial

Intelligence‘ at University of Mumbai, Mumbai Dr. AABazil Raj

02 May 2019 to 15

May 2019

106th

Orientation Course, at University of

Hyderabad, Hyderabad Dr. AABazil Raj

30 May 2019 to 19

June 2019

FDP in ‗Microteaching‘ at Pune University,

Pune Dr. Sunil Nimje

10 Mar 2019 to 16

Mar 2019

FDP in ‗Microteaching‘ at Pune University,

Pune Dr. Ganapati N Joshi

10 Mar 2019 to 16

Mar 2019

Fixed Wing UAV at DIAT Dr. Ganapati N Joshi 07Sep 2018 to

11Sep 2018

Attend GIAN Course at IIT Bhubaneswar Dr. Debasish Pradhan 11 May 2019 to 23

May 2019

FDP on ‗Instrumentation Techniques for

Nanomaterials‘ at SPPU, Pune Dr. Shaibal Banerjee

20 June 2019 to 29

June 2019

FDP at SPPU, Pune Dr. Prashant S Kulkarni 20 June 2019 to 29

June 2019

FDP at SPPU, Pune Dr. Prashant S Kulkarni 10 Mar 2019 to 16

Mar 2019

FDP on ‗E-Content Development‘ at SPPU, Pune Dr. SuwarnaDatar 04 Feb 2019 to 10

Feb 2019

GIAN Course on ‗Advances in Learning and

Decision Making‘ at Allahabad University,

Allahabad

Dr. D Srikanth 10 Feb 2019 to 24

Feb 2019

FDP on Research Methodology Science

&Technology, at Pune University, Pune Dr. Sunil Chandel

14 Jan 2019 to 20

Jan 2019

FDP on ‗Instrumentation Techniques for

Nanomaterials‘ at SSPU, Pune Dr. Prashant Alegaonkar

20 June 2019 to 29

June 2019

FDP on ‗E-Content Development‘ at SPPU, Pune Dr. Prashant Alegaonkar 04 Feb 2019 to 10

Feb 2019

6.3.4 Faculty and Staff recruitment (no. for permanent/fulltimerecruitment):

Teaching Non-teaching

Permanent Fulltime Permanent Fulltime

44 44 104 104

6.3.5 Welfare schemes for

Teaching

A. Government of India Welfare Schemes implemented by DIAT (DU) • Increment in Completion of Ph.D.

• On Duty for attending Seminar / Conferences/ Workshops

• Financial assistance for participation and presentation in the

national/international Seminars, Conferences, and Workshop.

• Financial support for participation and presence in international

seminars, conferences, etc., once in three years.

• Medical reimbursement facility

• Health Center facility

• Canteen


6.4 Financial Management and Resource Mobilization

6.4.1 Institution conducts internal and external financial audits regularly

(with in 100 words each)

• Finance and Accounts

i. Defence Institute of Advanced Technology being single Unit University, Financial

records are fully computerized. Accounts have been maintained in a universally

accepted accounting system in India i.e Mercantile System and it is being maintained in

Tally.ERP 9 Accounting Software. Tally ERP latest version is being used to maintain

financial data.

ii. The finance department has adopted the e-payment system for all types of payments of

the institutes. E-payment system is based on the three-tier authorization basis to bring

accuracy. To bring transparency minimal cash transactions are carried out only in case

of emergency.

• CSD facility

• Government vehicle for private purpose on the standard rate

• Allotment of Government residences

B. Welfare Schemes implemented by DIAT (DU) • Provision of drinking water purifier

• Celebration of Indian festival

• Organizing cultural programmes

• Establishment of employees cooperative society

• Community Centre, Bank, Post Office, Grocery shop, Vegetable shops,

Stationery shops, Refreshment Center, etc., in the campus

Non teaching

A. Government of India Welfare Schemes implemented by DIAT (DU) • An incentive for acquiring higher qualification

• Modular work station for clerical staff

• Medical reimbursement facility


• Canteen

• CSD facility

• Government vehicle for private purpose on a standard rate

• Allotment of Government residences

B. Welfare Schemes implemented by DIAT (DU) • Provision of drinking water purifier

• Celebration of Indian festival

• Organizing cultural programmes

• Establishment of employees cooperative society


Stationery shops, Refreshment Center etc., on the campus

Students


• Orientation programme

• Sports activity

• Social activity

• Cultural activity

• Industrial visit

• National laboratory visit


Stationary shops, Refreshment Center, etc., on the campus


iii. Application fees and Semester fees are being collected ON-LINE basis using the

platform provided by State Bank of India. Hassle-free fee collection system is in place.

iv. Finance Dept. has implemented the ERP system for Payroll processing, Online

Payslip& Income Tax as per 7th

CPC.

6.4.2 Funds / Grants received from management, non-government bodies, individuals, philanthropies during the year(not covered in Criterion III)

Name of the non-government funding

agencies/ individuals

Funds/ Grants received in Rs.

Purpose

- Nil -

6.4.2 Total corpus fund generated :Rs.3,67,75,048/-

6.5 Internal Quality Assurance System

6.5.1 Whether Academic and Administrative Audit (AAA) has been done?

Audit Type External Internal

Yes/No Agency Yes/No Authority

Academic -- -- Yes Inter department

Administrative -- -- - -

6.5.2 What efforts are made by the University to promote autonomy in the affiliated/constituent colleges? (if applicable): NA

6.5.3 Activities and support from the Parent-Teacher Association (at least three): • Increase in the seats of all programs for admission • Student results analyzed for improving further • Addition of value-added courses and interdisciplinary courses

6.5.4 Development programmes for support staff (at least three): • Promoting supporting staff for Higher education • Staffs orientation in different department • Training on letter writing/drafting etc • Administrative training • Women empowerment


6.5.6

a. Submission of Data for AISHE portal : (Yes /No)-Yes

b. ParticipationinNIRF : (Yes /No)-Yes

c. ISO Certification : (Yes/No): No

d. NBA or any otherquality audit : (Yes/No)-Yes

6.5.7 Number of Quality Initiatives undertaken during the year

Year Name of quality initiative by

IQAC

Date of conducting

activity

Duration(from - to Number of

participants

2018 Preparation for visit of UGC-AICTE Expert Committee to

review the functioning of review DIAT [as per UGC (Deemed to be University)

Regulations 2016, mandatory intensive external review]

- 1 Month 12

2018 UGC-AICTE Expert

Committee to review the

functioning of review DIAT

23rd

to 24th

Aug 2 days

10

2019 Preparation for Participation in

NIRF Sept.- Jan 2 Weeks

10

2018 Creation Institute Innovation

Council 21

st Nov. 1 days

10

2018 Planning of infrastructure

development for Incubation

Centre

- 1 days

25

2019 Signing of MOUs with various

industries, institutes and

DPSUs

- 5 Days

10

2019 Extension of lectures for

customized courses through

NKN

- 2 days

15

6.5.5 Post Accreditation initiative (s) (mention at least three):

1. NBA accreditation of 5 M Tech Programes

2. NIRF Ranking

3. Re-constitution of IQAC committee

4. Revision of Syllabus based on the outcome of feedback from stack holders.

5. Regular meetings with academic and administrative staff members were conducted to prepare

an action plan for the Institute.

6. To support the defence needs as industry requirements Inclusion of various specializations

were implemented

7. Implementation of ERP system (Ekalvya) – Modules for Academic, Examination Section,

Administration, Material Management (Store & Purchase), Finance section. .

8. Academic and Administrative Audit of the Institute.

9. Biometric of attendance of all the subjects.

10. Enhancement of Wi-Fi connectivity of all classrooms.

11. Up-gradation of Research infrastructure and Laboratory renovations

12. Construction of New Girls Hostel.


CRITERION VII – INSTITUTIONAL VALUES AND BEST PRACTICES

7.1 Institutional Values and Social Responsibilities

7.1.1 Gender Equity (Number of gender equity promotion programmes organized by the institution during the year)

Title of the programme Period (from-to) Participants

Female Male

Women's day celebration at POINTS

Hostel

8 Mar2019 30 10

7.1.2 Environmental Consciousness and Sustainability/Alternate Energy initiatives such as:

The Institute has an Environment Committee who looks after the regular affairs of sustainability

and environmental consciousness within the campus and its premises. In this regard, following

practices were adopted by the Institute.

Environment Initiative:

The DIAT is surrounded with lush green campus. New saplings/plants are grown in the entre

campus to reduce the carbon footprints. The Institute conducts a green audit through an

environment committee. Guest faculty delivers lectures on the environment. Faculty members

and students of the institute were actively in moving to various places for enhancing the

awareness of environment through planting trees in schools and Panchayat offices. Departmental

heads are given the support for procuring sapling and for traveling within Maharashtra for such

initiative.

Swachh Bharat Mission:

To spread the message of Sanitization within and outside the campus, DIAT regularly follows

the Prime Minister of India launched Swachh Bharat Mission. Under the mission, every year

DIAT adopts few villages and ensures that the open defecation free (ODF) behaviors are

sustained and gives lessons on solid and liquid waste management. Students were oriented for

cleaning local villages and school premises during weekends. All the students were given option

to join NSS center for carrying out Swachh Bharat Mission of the Institute.

Energy Conservation:

For conserving the energy, we use various electrical and electronic devices to auto cut the power

when not in use. The old power consuming tube lights were replaced by the LED lights in entire

Institute. Provisions were given to the students for commuting from hostel to institute using

cycle.

Use of renewable energy:

Bio-gas plant was constructed in the technical area and it is in use at Cafetaria. The plant reduces

the burden of LPG gas. Several more such bio-gas plants are under installation. Solar power is

used in the campus and is being planned to be utilized for cooking purposes. Several faculties

are pursuing in research in the field of Solar Cells. The cooking at the cafeteria were completely

supported by Biogas plant.

Water harvesting:

We use spray system for watering the plants and harvest rain water for gardening. We conserve a

lot of water by use of fertilizer for plantation. Sprinkler is used in entire campus for watering

saplings and plants. Every department was given designated garden for maintenance and


enriching a green campus. Vertical farming was initiated by students in the hostel.

Plastic-free Campus:

The DIAT campus has been made free from the plastic and the single use of polythene bags are

banned. Glass water bottles are used instead of plastic water bottles inside the Institute. The e-

waste generated by the institute was condemned regularly. The plastics waste were collected and

given to the local vendor for effective recycling.

Carbon neutrality:

The staff and students are encouraged to use bicycles within the campus. Students are directed to

park their vehicles outside the campus in a covered car parking place in order to keep the

environment pollution free. The bus services have been started to discourage students for using

individual vehicle thus, avoiding pollution. Students were asked to use only cycle for their

mobility in the campus. Carbon monoxide test is imposed in all the vehicles. If the test failed

severe penalty was imposed. Frequent guidelines was circulated and broadcasted to the entire

institute.

Hazardous waste management:

Hazardous materials, chemicals are kept separately and safely and monitored regularly by a

committee of Dept of Applied Chemistry. These are disposed off by taking help from experts

from various laboratories in an around the Pune from time to time. HEMRL, the local DRDO lab

had supported for the management of hazardous waste. A committee was always in place to

audit the safety of the institute.

E-waste management:

E-waste is collected from all departments and stored safely. Routinely such e-waste is disposed

off through various experts. Institute has the provisions for doing various kinds of research

projects on the management of E-waste.

Percentage of power requirement of the University met by the renewable energy sources: Nil

7.1.3 Differently abled (Divyangjan) friendliness

Items Facilities Yes/No No. of Beneficiaries

Physical facilities Yes 1

Provision for lift Yes 1

Ramp/ Rails Yes 1

Braille Software/facilities No -

Rest Rooms Yes 1

Scribes for examination No -

Special skill development for differently

abled students

NA -

Any other similar facility NIL -

7.1.4 Inclusion and Situatedness

Enlist most important initiatives taken to address locational advantages and disadvantages during the year

Year

Number of

initiatives to

locational

advantages and disadvantages

Number of

initiatives taken to

engage with and

contribute to local community

Date and

duration of the

initiative

Name of the

initiative

Issues addressed

Number of

participating

students and staff


2018 1 Metgutad, Satara

District

25th

Oct

2018

Swacha

Bharat

Seva

Abhiyan

Trained the

School

Children &

public.

48

2018 2 Donage Village,

Haveli Taluk,

25th

to

29rd

Mar

2019

Rural

Camp

Cleanness &

Good Health 55

2018 3 Donage Village,

Haveli Taluk,

27th

Mar

2019

Blood

Donation

Why blood

donation 42

NA

7.1.5 Human Values and Professional Ethics

Code of conduct (handbooks) for various stakeholders

Title Date of Publication Follow up (maximum 100 words each)

The Central Civil

Services (Conduct)

Rules

1964

The Central Civil Services (Conduct) Rules, 1964

as amended from time to time is applicable mutatis

mutandis to both teaching and Non-Teaching

Officers & staff of the Institute.

7.1.6 Activities conducted for promotion of universal Values and Ethics

Activity Duration (from----to----) Number of participants

128th birth anniversary celebration of Bharat

Ratna Dr. Babasaheb Ambedkar

15th

Apr 2019 100

International Day of YOGA 21st Jun 2019 75

Vigilance Awareness Week and Integrity pledge

taking Ceremony 2

nd Nov. 2018 150

Celebrated Gandhi Jayanti and Plantation Drive 2nd

Oct. 2018 200

Heartfulness Meditation programme 13th

Jun 2018 30

Swachh Bharat Abhiyan to promote the values

and ethics of Mahatma Gandhi

200

Sadbhavana Divas and

Sadbhavana Pledge taking Ceremony

20th

Aug 2018

75

NSS Special Camp - 2 at Gram Panchayat, Donje

Village, Haveli Taluka, Pune District

25th -

29th

Mar 2019 80

Celebrated Hindi Divas and various competitions

were organized

14th

to 28th

Sept 2018 50

7.1.7 Initiatives taken by the institution to make the campus eco-friendly (at least five)

Swatch Bharat Abhiyan, Tree Plantation by Drivers, Single-use of Plastic Ban, Use of Paper Bags,

Use of LED street lights, Wet and Dry Garbage segregation

• Tree plantation programs are organized by NSS

• The campus has been declared ―plastic-free‖ zone

• Tobacco smoking, chewing of pan-masalas and gutka is prohibited in the Institute campus.

Health hazards caused by tobacco smoking are repeatedly highlighted especially by the NSS

unit through different events

7.2 Best Practices

1. Innovation practices -Competent authority has approved innovation club and innovation

council at DIAT and the same has been registered with AICTE - MHRD. The activities of the

Innovation club have been intimated and are ongoing time to time and industry interaction;


expert lecture/workshop/brainstorming sessions have been organized by this cell to encourage

innovation and entrepreneurship at DIAT.

2. Publications are encouraged with reputed publishers like IEEE, ASME, ASM, AAS, RSC,

IOP, ACS, Elsevier, Nature, SN etc

3. Cultural Fest - DIAT ensures the overall development of the students by encouraging them to

hold a cultural and sports fest every year and to showcase their talent.

4. Conduct of DIAT Distinguished Lecture Series - DIAT invites distinguished speakers from

varied fields to deliver a talk and interact with the faculty and students every month

5. Open Book exam - DIAT encourages the conduct of open book exam to an exam that the

students do not follow the ROTE supplies of studies but understand the concept of every topic

and to able to apply them

6. Proper investigations and disposal of the grievance

7. Timely promotions of teaching and non-teaching staff Promotion of teaching, learning,

evaluation and research activities through computer-aided methods

8. Upload details of two best practices successfully implemented by the institution as per NAAC

format in your institution website, provide the link

9. Timely Convocation - DIAT has its convocation timely every year. This has a very good effort

on the moral of the standards of the students.

10. Timely publication of Annual Reports - The Annual Report of every academic year is ready

by Jul-Aug of following year. This goes a long way in establishing the culture of transparency

in this institution.

Name: Name:

Signature of the Coordinator,IQAC Signature of the Chairperson,IQAC