Shri Balasaheb Mane Shikshan Prasarak Mandal’s

ASHOKRAO MANE POLYTECHNIC, VATHAR.

“LAND ROVER”

Departmental

Magazine 2015-16

Of

Electronics & Telecommunication Engineering

About the Department:

Welcome to the Department of Electronic and Telecommunication Engineering.

The Department of Electronics and Telecommunication was established in 2008. Since its

inception the department has been providing quality technical education with a synergy between

staff & students. Our students are greatly benefited by the guidance of our faculty, industrial

expert, well equipped LABs & research associates.

The field of electronics and telecommunications has revolutionized the world over

the last century. The development of fundamental theories in transmission of information in late

1930s and transistor in early 1950s and IC design in 1970’s had changed the world forever.

Ground breaking innovations in the core field of Electronics and Telecommunications haves

slowed down but the innovations in the applications of these two fields have exploded over the

last two decades. Now the technology development in such away in nano meter era of IC In fact

it is in other VLSI core industries that we find real applications of our field which touch every

human being.

Department Vision

To be recognized as a department offering technical education in the field of Electronics and

Telecommunication Engineering for the betterment of society.

Department Mission

• To impart state of art education in Electronics & Telecommunication Engineering.

• To empower the students in technical aspects with hands on training on latest technology.

• To enable the students for higher education and entrepreneurship through quality

education.

• To inculcate professional, social and ethical practices in the students for their holistic

development.

EESA (Electronics Engineering Student Association)

1. Teachers Day Celebration

2. Guru Pornima

3. Placement during 2015-16

Sr.No Name Of Company Student Place

1

Nainko

Patil Pooja

2

Nainko

Shinde Asmita

3

Nainko, Rinder

Patil Dipti

4

Nainko, Rinder

Jadhav Dipali

5

Nainko

Kapare Sonali

6

Nainko

Mane Suchitra

7

Nainko

Shaikh Swaleha

8

Nainko

Todkar Varsharani

9

Nainko

Asabe Ujwala

Faculty publications

Academic Year : 2015-16

Name of Faculty Date of Issues Publication

Ms. S. F. Amin IPASJ, Volume 03,

Issue 12,December 2015

Overviews Of Various Opportunistic Routing

Protocols

Ms. P. N. Kajave IERJ Volume 02,

Issue 04,April 2016

Sensor Based Fault Identification And Protection Of

Induction Motor

Mr. V. V. Sutar IJAIR, Volume 05,

Issue 02,February 2016

Implementation of Green House Environment

Monitoring and Controlling System Based on android

Mobile Platform

Mr. P. V. Sakharpe IJAIR, Volume 05,

Issue 02,February 2016

Implementation of Green House Environment

Monitoring and Controlling System Based on android

Mobile Platform

Faculty Qualifications and Up gradation

1. Mr. R. S. Patil : Ph. D Registered (VTU Belgaum)

Industrial Visit

1. Duration: 20th& 21

st August 2015

Visited Companies: Assemblon, Pune.

2.Duration: 27th

January 2016

Visited Companies: Mapro Food Park. Wai. Dist-Satara

Academic Topper

SY Topper

Name Of Student Rank

Miss. Koli Vrushali A. 1st

Miss. Chavan Pratiksha A. 2

nd

Miss. More Sonal B. 3

rd

TY Topper

Name Of Student Rank

Miss. Gavad Priyanka L. 1st

Miss. Deshmukh Pranjali P. 2

nd

Miss. Patil Aishwarya P. 3

rd

Implant Training

SR

NO NAME OF ORGANIZATION

TOTAL NO. OF STUDENTS

ATTENDED TRAINING

1

SHREE TATYASAHEB KORE

DUDHUTPADAKPRAKRIYASANGHLTD. TATYASAHEB

KORENAGAR

1

2 KRANTI INDUSTRIES 4

3 MENON PISTON LIMITED 1

4 S. J. IRON & STEEL PVT. LTD. 2

5 PATIL UDYOG SAMUH 2

6 SHREE SIDHIVINAYAK AUTOMATION & CONTROL SYSTEMS 6

7 ED STEEL PVT. LTD 11

8 MANUGRAPH INDIA PVT. LTD 3

9 R N D INDUSTRIES 1

10 SAM ELECTRONICS 1

Staff Details:

Name of Staff Qualification Designation

Mr. R. S. Patil M.E.(E&TC) HOD

Mr. P.V. Sakharpe B.E. (Electronics) Lecturer

Ms. S. F. Amin B.E. (E&TC) Lecturer

Mr. V.V. Sutar B.E. (Electronics) Lecturer

Mr. S. S.Kibile M.E. (Electronics) Lecturer

Ms. P. N. Kajave B.E.(E&TC) Lecturer

Mr. Y. V .Koli M.E. (Electronics) Lecturer

Ms. R.S. Ranbhare B.E.(E&TC) Lecturer

Mr. A. B. Dhole M.E. (E&Tc) Lecturer

Ms. A.Y. Chavan B.E.(E&TC) Lecturer

Ms. S. S. Mujawar B.E.(E&TC) Lecturer

Lab Details:

Lab Name Location

Instrumentation 202

Project 203

Communication 204

Microcontroller 208

Audio-Video 209

Basic Electronics 210

STUDENT PROJECT

BEST PROJECTS OF FINAL YEAR STUDENTS

“Classroom Automation Using Microcontroller”

Group Members: - Guide Name:-Ms. P. N. Kajave

Mr. Nikhil Niteen Desai.

Mr. Vaibhav Hanmantrao Damame.

Mr. Rohan Rajkamal Mane.

ABSTRACT:-

The advancement of technology the ease with which we are getting accesses to electrical

products is increasing and with that the power consumption is also increasing. Most of the power

is being wasted because we forget to switch of a light and fan. So develop a device that supports

software to decrease the power consumption in classroom. The scope of industrialization where

as automation will decreases human efforts. This automation will be developed by using sensor

and microcontroller. Automation play important role in world economy and in daily experience.

Through this project we have tried to show automatic control of class room and house.

CONCLUSION:-

This is a very low cost system for automation many home application to save lots of power

turning them off when they are not required. It is easy to add more number of sensor modules to

increases range of operation.

“Automatic vehicle security System”

Group Members: - Guide Name:-Mr. Amit B. Dhole

Ms. Patil Priyanka Prakash

Ms. Gaikwad Utkarsha Krishnat

Ms. Kagale Aarati Jalindar

Ms. Assabe Ujawala Tukaram

Ms. Mane Suchitra Ganpati

ABSTRACT:-

Vehicle security system has been a great interest over the years due to the increasing vehicle

security theft causes all over world. Most of the advanced vehicle security system best suit the

four wheelers. When under attack this system can only immobilize the engine and sound a loud

alarm. In our proposed system security system various new features are included in addition to

the engine immobilizer, alarm and system are alerting owner by SMS about the theft attack. User

can control the system remotely by SMS, tracking the location of vehicle using GPS technology,

remote keyless system; servo motor operated locking system (Handle lock, Fuel lock).

CONCLUSION:-

Having integrated all the things we have good result we can able to secure our vehicle in any

area by controlling on/ off action of petrol system, engine locking system and handle locking

system.

Technical Thoughts By Students

4G Technology

4G, short for fourth generation, is the fourth generation of mobile

telecommunications technology, succeeding 3G. A 4G system must provide capabilities defined

by ITU in IMT Advanced. Potential and current applications include amended mobile

web access, IP telephony, gaming services, high-definition mobile TV, video conferencing, 3D

television, and cloud computing.[citation needed]

Two 4G candidate systems are commercially deployed the Mobile WiMAX standard

(first used in South Korea in 2007), and the first-release Long Term Evolution (LTE) standard

(in Oslo, Norway, and Stockholm, Sweden since 2009). It has however been debated if these

first-release versions should be considered to be 4G or not, as discussed in thetechnical

definition section below.

In the United States, Sprint (previously Clearwire) has deployed Mobile WiMAX

networks since 2008, while Metro PCS became the first operator to offer LTE service in 2010.

USB wireless modems were among the first devices able to access these networks, with WiMAX

smart phones becoming available during 2010, and LTE smart phones arriving in 2011. 3G and

4G equipment made for other continents are not always compatible because of different

frequency bands. Mobile WiMAX is not available for the European market as of April 2012.

In March 2008, the International Telecommunications Union-Radio communications

sector (ITU-R) specified a set of requirements for 4G standards, named the International Mobile

Telecommunications Advanced (IMT-Advanced) specification, setting peak speed requirements

for 4G service at 100 megabits per second (Mbit/s) for high mobility communication (such as

from trains and cars) and 1 gigabit per second (Gbit/s) for low mobility communication (such as

pedestrians and stationary users).

Priyanka Patil TYEJ

Satellite Communication

A communications satellite is an artificial satellite that relays and amplifies radio

telecommunications signals via a transponder; it creates a communication channel between a

source transmitter and a receiver at different locations on Earth. Communications satellites are

used for television, telephone, radio, internet, and military applications. There are over 2,000

communications satellites in Earth’s orbit, used by both private and government organizations.

Wireless communication uses electromagnetic waves to carry signals. These waves require line-

of-sight, and are thus obstructed by the curvature of the Earth. The purpose of communications

satellites is to relay the signal around the curve of the Earth allowing communication between

widely separated points. Communications satellites use a wide range of radio and microwave

frequencies. To avoid signal interference, international organizations have regulations for which

frequency ranges or "bands" certain organizations are allowed to use. This allocation of bands

minimizes the risk of signal interference.

Today's satellite communications can trace their origins all the way back to February

1945 and Arthur C.Clarke's letter to the editor of Wireless World magazine, Clarke further

fleshed-out this theory in a paper titled Extra-Terrestrial Relays – Can Rocket Stations Give

Worldwide Radio Coverage?, published in Wireless World in October 1945. Decades later a

project named Communication Moon Relay was a telecommunication project carried out by the

United States Navy? Its objective was to develop a secure and reliable method of wireless

communication by using the Moon as a natural communications satellite.

Avadhut Patil

TYEJ