annexure 1 mandatory disclosure - … · annexure – 1 mandatory disclosure ... class review...

ANNEXURE – 1

MANDATORY DISCLOSURE

“The information has been provided by the concerned institution on the onus of authenticity lies with

the institution and not on AICTE.”

I. NAME OF THE INSTITUTION

GEETHANJALI COLLEGE OF ENGINEERING & TECHNOLOGY

Cheeryal (V), Keesara (M), Medchal Dist.,

Pin: 501301. Telangana

II. NAME & ADDRESS OF THE PRINCIPAL

Dr. S. Udaya Kumar

GEETHANJALI COLLEGE OF ENGINEERING & TECHNOLOGY

Cheeryal (V), Keesara (M), Medchal Dist

Pin: 501301. Telangana

III. NAME OF THE AFFILIATING UNIVERSITY

JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY

Kukatpally, HYDERABAD-500 085

IV. GOVERNANCE

4.1 MEMBERS OF THE GOVERNING BODY :- All the members of the Governing Body are

professionals in various Fields with high educational qualifications and vast experience in

administration. Such background will indeed give the desired direction to the Institutions sponsored

by the Society. The profile of the members is as follows:-

1. Mr. G.R.Ravinder Reddy, Chairman : He is a post graduate in Civil Engineering and formerly a

Senior Police Officer. He has graduated from NIT, Warangal and has also completed his Post

Graduation from the same Institution. Subsequently he joined the civil services and served the Police

department for more than 20 years before taking up voluntary retirement. With an excellent

education and vast field experience, he has a vision to develop the institution into a centre of

learning, where discipline would be a hallmark.

2. Dr. G. Sridevi, Member : A dentist who graduated from the prestigious Osmania University will

contribute immensely in adding new dimensions to the growth of the institution

3. Ms. G. Seetha Reddy- Member

4. Ms. A. Manjula Reddy-Member

5. Ms.G.Madhumitha - Member

6. Dr.S.T.Rajmohan – Dean-Admin

7. Prof.K.Somasekhara Rao – Dean Student Affairs

8. Dr.P.Ramamohan Rao – Member – Dean Academics

9. Dr.B.L.Deekshitulu – Member - Former Director NRSA & Advisor to IDRBT

10. Dr.B.Yagnanarayana – Member - Former Dy.Director, IIT Madras

1 Signature of Authorized Signatory with date

11. Vishwanath Ekbote-Member - Director, Visiontek

12. Veenu Jindal – Member –Chief Client Partner, Art of living Organisations

13. Dr.P.G.Sastry – Member - Expert – Education & Industry

14. Prof.Shyam Sundar Patnaik – Vice-chancellor, Biju Patnaik University of Tech – Orissa

15. Dr.G.K.Viswanath – Professor, CE & OSD to VC – JNTUH

16. Dr. S.Durga Bhavani-Prof.in CSE, SIT,JNTUH-Nominee

17. Dr. S. Udaya Kumar – Principal –Member Secretary of GBC-GCET

4.2. Members of College Academic Council:-

The following are the College Academic Council members.

Sl.

No Name Designation Status Remarks

1 Dr. S. Udaya Kumar Principal Chairman

2 Dr. Vijaya Gunturu HOD – ECE Member

3 Dr. S. Nagender Kumar HOD – CSE “

4 Dr. Sudha Radhika HOD – EEE “

5 Dr. T. Siva Prasad HOD – ME “

6 Prof. S. Tirupathi Rao HOD – Civil “

7 Dr. G. Neeraja Rani HOD – S &H “

8 Dr. A. Sita Madhavi HOD – MBA “

9 Dr. S. T. Raj Mohan Registrar, GCET & Prof.

MBA

“

10 Dr. D. S. R. Murthy Controller of Examinations

& Prof. CSE

“

11 Dr. R. Suryanarayana Raju Dean – R & D & Prof. ECE

12 Prof. K. Somasekhara Rao Dean – Student Affairs &

Prof.ECE

“

13 Dr. M. Devaiah Professor – ME “

14 Mr. S. Hari Kiran Assoc. Prof. - CE “ Special

Invitee

15 Prof. G. R. Ravinder Reddy Expert – Engineering

(Invited Member)

“

Experts

nominated

by

Governing

Body

16 Mr. Pratap Reddy Expert - Legal “

17 Dr. G. Sridevi Expert – Medicine “

18 Mr. Y. Srinivas Expert - Industry “

19 Dr. P. G. Sastry Expert – Education &

Industry

“

20 Dr. N. Yadaiah Registrar, JNTUH “

Nominees

of JNTUH

21 Dr. K. Rama Mohan Rao Professor of Civil Engg.,

College of Engg.- JNTUH

“

22 Dr. M. Manzoor Hussain Professor of Mech. Engg. &

Director, Directorate of

Admissions -JNTUH

“

23 Dr. P. Rama Mohan Rao Dean – Academics &

Prof. CE

Member -

Secretary Nominated

by Principal 24 Prof. B. Hari Kumar Associate Dean-Academics

& Prof. ECE


4.3 Members of College Academic Committee:-

1. Dr.S.Uday Kumar-Chairman:- He is presently working as Principal- in Geethanjali College of

Engineering & Technology, Cheeryal (V), Keesara (M), R. R. Dist. He has long experience in

both Academic & Administration. He did his Post Graduation from Osmania University in

Computer Science and Ph.D in Computers Science from JNTU.

2. Dr. P. Rammohan Rao –Dean, Industry Institute Interaction.

3. Prof. K. Somasekhara Rao – Dean, Student Affairs

4. Dr. S. T. Rajmohan – Dean, Administration

5. Dr. R. Suryanarayana Raju – Dean, R&D

6. Dr. D. S. R. Murthy – Controller of Exams-JNTUH

7. Dr. N. Ravi Shankar – Controller of Exams- Autonomous

8. Dr. Vijaya Gunturu – Dean, Academics

9. Prof. B. Hari Kumar - HoD, ECE

10. Dr. S. Nagender Kumar - HoD, CSE

11. Ms. D. Radhika - I/c HoD, EEE

12. Dr. T. Siva Prasad -HoD, ME

13. Dr. K. Ramachandra Reddy -HoD, CE

14. Dr. G. Neeraja Rani -HoD, S&H

15. Dr. G. Sita Madhavi -HoD, MBA

16. Dr. C. V. Narasimhulu

17. Dr. S. Suryanarayana

18. Prof. OVPR Siva Kumar

19. Dr. K. Srinivas

20. Dr. Ch. Ramesh Babu

21. Prof. N. Chandrakanth

22. Dr. M. Devaiah

23. Prof. K. Raja Sekhara Reddy

24. Dr. B. Sreenivas

25. Prof. S. V. Gangadharam

26. Prof. S. Tirupathi Rao

27. Dr. V. S. Triveni

28. Dr. J. Shanker

29. Dr. A. Umadevi

30. Dr. Nilamadhab Panda

31. Dr. R. Sanjeev

32. Dr. J. Pardhasaradhi

4.3 Frequency of the Meetings:-

a. Governing Body meeting – once in 6 months.

b. College Academic Council meeting - once in 6months.

c. College Academic Committee -Once in a week


4.4 Organizational chart and processes :-


4.5 Nature and Extent of involvement of faculty and students in academic affairs/improvements :-

1) College Academic Committee:- This Committee consists of Heads of the Departments, Professors

& Associate Professors. All the Academic activities are planned and implemented by the members

of this Committee. The opinions and ideas of the faculty are taken into consideration before policy

matters are decided.

2) Class Review Committee:- It consists of 5 students and the entire faculty handling the courses for

that class with the HOD as the coordinator. The members are actively involved in the academic

affairs including the coverage of syllabus, expert lectures, technical activities of the students,

technical visits, paper presentation etc.

3) Student counseling:- Each faculty member is allotted 10 students. He/She is responsible for

academic guidance of the students allotted to him. The faculty member redresses the problems faced

by the student in academic and administrative matters.

4.6 Mechanism/Norms & Procedure for democratic/good Governance :- The Institution believes in

a democratic set up. Each department with its head and members decide upon the

requirements with consensus. The staff, lab equipments, library books required are projected to the

Principal by the HOD. For all procurements, quotations are obtained, technical specifications

studied, rates are compared by the department and the proposals are forwarded

to the management through Principal.

4.7 Student Feedback on Institutional Governance / faculty performance :- Students are

given feedback forms within two weeks of the commencement of the class work to evaluate

the effectiveness of teaching. The criteria taken are

a).Punctuality & Regularity of the teacher

b).Teacher’s control and conduct of the class

c). Understandability

d). Discussion of class tests/tutorials / assignments

e). Coverage of syllabus

f). Overall rating of the teacher of the subject

The feedback is analyzed and is utilized to counsel the teachers whose performance is not upto mark. The

students are also asked to comment about the facilities such as Library, Canteen, Sports transport etc., so

that corrective measures can be taken.

4.8 Grievance Redressal mechanism for faculty, staff and students :-

The college has a Grievance Redressal Committee to address grievances of staff and students. The students

and staff having grievances may submit their grievances in writing to Grievances Redressal Committee. The

Committee also takes note of complaints and suggestions dropped in the suggestions boxes place at strategic

locations.

The grievances are examined and resolved by Grievance Redressal Committee. If the committee feels that

the redressal of grievances requires some changes in policies, procedures, systems etc., the issues are

discussed and resolved by College Academic Committee or Governing Body.

The composition of Grievances Redressal Committee is as follows:


S.No. Name of the Staff Member S/Sri/Ms.

1. Prof. K. Somasekhara Rao – Dean Student

Affairs

Chariman

2. HoD/In-charge of department / Section

concerned

Member

3. G. Sreelakshmi – ECE

4. B. Anitha – ME

5. P. Supriya – CE

6. A. Srilakshmi – CSE

7. BPS Jyothi – MBA

8. U. Appalaraju – ECE

9. Chittipothulu C.Y. Rao – CSE

10. M. Ravindra Gandhi - ME

V. PROGRAMMES

5.1 Name of the Programmes approved by the AICTE :-

Undergraduate : B.Tech. Computer Science & Engineering

Electronics & Communication Engineering

Electrical & Electronics Engineering

Mechanical Engineering

Civil Engineering

Post-Graduate: M.Tech. (Computer Science & Engineering)

Master of Business Administration

5.2 Name of the Programmes accredited by the AICTE (NBA) :-

Sl. No. Name of the Programme Accreditation status

1 B.Tech. - ECE Accredited for 3 years

2 B.Tech. –CSE Accredited for 3 years

3 B.Tech. – EEE Accredited for 3 years

5.3 The Details of the approved programmes are as follows :-

Name Computer

Science &

Engg.(CSE)

Electronics

& Comm.

Engg. (ECE)

Electrical &

Electronics

Engg.(EEE)

Civil

Engg.

(CE)

Mechanic

al Engg.

(ME)

MBA M.

Tech.

(CSE)

Number of seats 240 240 120 120 120 60 30

Duration in Years 4 4 4 4 4 2 2 Cut off rank

for admission

during the last

three years

2015-16 20630 26142 32558 43606 71687 45550 5982 2016-17 16299 20629 29712 68280 57185 17702 3453 2017-18 15696 19533 27231 29510 37729 8487 2301

Fee (2017-18 A. Y) B.Tech- 81,000/-, M.Tech-57,000/-, MBA-35,000/-

Placement Facilities A Placement Officer is appointed who is in-charge of campus placements.

Campus placement in

last three years with

salary.

426 students placed in different companies for the Academic year 2016-17

Median salaryRs.3.95lakhs per annum.






VI. Faculty: Faculty & Student Ratio = 1:15 (UG) and 1:12(PG)

6.1. Department of Electronics & Communication Engineeringt (ECE) -UG & PG

Sl.

No

.

Name of the

Staff Member Cat.

Designatio

n

Qualification Experience Date of

Joining

Faculty

Registrat

ion ID UG PG Ph.D T I R

Dept : B.Tech.( ECE) -UG

1 Prof. B. Hari

Kumar UG

Professor

& HOD BE

ME

(ECE) - 31 - - 16-06-2017

1393-

170913-

143343

2 Dr Gunturu Vijaya UG

Professor

& Dean-

Academics

B.Tech

.

M.Tech.

(Elect.

Inst.)

Ph.D 31 - - 13-12-2016

6113-

161213-

144347

3

Dr. R.

Suryanarayana

Raju

UG

Professor

& Dean - R

& D

B.Tech

. ME

(M&R) Ph.D 8 - 29 18-11-2016

7657-

161207-

110654

4 Dr. C. Venkata

Narasimhulu UG Professor

B.Tech

. M.Tech

(ICS)

Ph.D

(Sig.

Ima.

Proc.)

23 - - 15/11/2012 59150401

-102004

5 Dr. S.

Suryanarayana UG Professor

B.Tech

. ME

(DSE) Ph.D 22 3 - 06/07/2016

82150402

-165457

6 K Somasekhara

Rao UG

Professor

& Dean-

Student

Affairs

BE M.Tech.

(AE) - 9 32 - 28/06/2008

16150402

-153852

7 O. V. P.R. Siva

Kumar UG Professor BE

ME

(ECE) - 1 22 - 24/02/2016

9667-

160224-

131757

8 Dr. V. Satya

Srinivas UG

Assoc.

Prof. B.E

ME

(ECE)

Ph.D

(Glob

al

Nav.

&

Sat.

Sys.)

1.9 - 8 01/11/2014 21150407

-111354

9 Dr. V. Vineel

Kumar UG

Assoc.

Prof. BE

M.Tech.

(Commu.

Engg.)

Ph.D

(Sig.

Proc.,

Com

mu.

&

Netw

orks)

- - 4 04.12.2017

3830-

171206-

150315

10 P. Sudhakar UG Assoc. Prof B.Tech M.Tech

(DE&CS) - 16 - - 28/05/2007

14150407

-112853

11 S. Jyothirmayee UG Assoc.

Prof. B.E

M.Tech.

(ES) - 13.5 - - 16/12/2008

58150402

-103822

12 A. Shanker UG Assoc.

Prof.

B.Tech

. M.Tech.

(SSP) - 13 - - 04/06/2011

11150401

-105051

13 D. Venkata Rami

Reddy UG

Assoc.

Prof.

B.Tech

. M.E (DS) - 18.6 - - 23/06/2011

5493-

150408-

101138


14 U. Appalaraju UG Assoc.Prof. AMIE M.Tech

(DSCE) - 11.6 - - 02/06/2014

5441-

150409-

115

15 R .Odaiah UG Assoc.Prof. B.E. M.E.

(SSP) - 13 - - 02/06/2014

88150402

-171414

16 M. Laxmi UG Assoc.Prof. B.Tech M.Tech.

(ECE) - 10 - - 05/06/2014

71150402

-172334

17 S. Krishna Priya UG Assoc.Prof. B.Tech M.E. (CS) - 11.5 - - 16/06/2014 76150402

-173646

18 S. Vasu Krishna UG Assoc.

Prof. B.E

M.Tech.

(DS&CE) - 15 5 03/06/2015

24150402

-112647

19 M. Sowjanya UG Assoc.

Prof.

B.Tech

. M.Tech.

(DSCE) - 12 - - 01/06/2016

30150402

-133904

20 M. Uma Rani UG Asst Prof. B.Tech

. M.Tech.

(DECS) - 11 3 - 24/06/2013

13150402

-114425

21 V. Venkata

Lakshmi UG Asst. Prof.

B.Tech

. M.Tech.

(DECS) - 6 - - 27/06/2013

9963-

150410-

142014

22 B. Mamatha UG Asst. Prof. B.Tech

. M.Tech.

(ES) - 8 - - 02/06/2014

69150402

-123035

23 D. Sony UG Asst. Prof B.Tech

.

M.Tech.

(VLSI-

SD) - 6 - - 16/06/2014

7520-

150410-

133304

24 M. Chathar Singh UG Asst. Prof. B.Tech M.Tech.

(VLSI-

SD) - 5 - - 19/06/2012

87150402

-110129

25 M. Krishna

Chaitanya UG Asst. Prof.

B.Tech

.

M.Tech.

(VLSI&E

S) - 9.5 - - 16/06/2014

50150402

-125047

26 B. Jugal Kishore UG Asst. Prof. B.Tech

. M.Tech.

(VLSI) -

3 2

- 08/04/2015

4910-

150409-

152526

27 Y. Naga Lakshmi UG

Asst. Prof.

B.Tech

. M.Tech.

(ES)

-

9 1

- 09/04/2015

8184-

150409-

123727

28 M. Krishna UG Asst. Prof. B.Tech

.

M.Tech.

(VLSI-

SD) - 6 - - 10/04/2015

1450-

150411-

114458

29 L. Kavya UG Asst. Prof. B.Tech

. M.Tech.

(DSCE) - 4 - - 10/04/2015

5743-

150413-

151805

30 Y. Siva Rama

Krishna UG Asst. Prof.

B.Tech

. M.Tech.

(WBC) - 4 2 11/04/2015

0975-

150411-

123355

31 K. Victor UG

Asst. Prof.

B.Tech

. M.Tech.

(DC) -

6 1.5

11-4-2015 8264-

150412-

125826

32 A. Subramanyam UG Asst. Prof. B.Tech

.

M.Tech.

(VLSI&

ES) - 6.5 1.5 - 17/04/2015

66150405

-224408

33 G. Venkat Rao UG Asst. Prof. B.Tech

.

M.Tech.

(VLSI-

SD) - 3 - -

20/04/2015

8411-

150420-

121956

34 B. Ramu UG Asst. Prof. B.Tech

. M.Tech.

(S&SP) - 5 - - 05/05/2015

0595-

150423-

150444


35 Thalla Narasimha

Swetha UG Asst. Prof.

B.Tech

. M.Tech.(

ES) - 1.5 - -

13/11/2015

9069-

160104-

113147

36 S. Shravani UG Asst. Prof. B.Tech

. M.Tech.

(ES) - 2 - -

16/11/2015

6811-

151217-

111657

37 P. Chandra

Prakash Reddy UG Asst. Prof.

B.Tech

. M.Tech.

(ES) 3.5 - - 01/12/2015

3589-

150424-

144507

38 Ch Sandeep UG Asst. Prof. B.Tech

.

M.Tech.

(VLSI

&ESE) - 3.5 - - 01/12/2015

6805-

150410-

133226

39 B.Suneetha UG Asst. Prof. B.Tech

. M.Tech. 4.5 -

- 02/12/2015

77150402

-111320

40 A. Sowjanya UG Asst. Prof. B.Tech

. M.Tech. 2.5 -

- 01/03/2016

3606-

160302-

115259

41 Ch. Suresh Kumar UG |Asst. Prof. B.Tech

. M.Tech.

(CS) 8 -

- 07-11-2016

4534-

150426-

155753

42 R VNR Suneel

Krishna UG Asst. Prof.

B.Tech

. M.Tech.

(ES) 3 -

- 10-11-2016

67150405

-094135

43 V. Indupriya UG asst. Prof. B.Tech

. M.Tech.

(SSP) 8 -

- 18-11-2016

62150406

-212603

44 M. Anand UG Asst. Prof. B.Tech

. M.Tech.

(ES) 2 - - 30-12-2016

40150327

-151926

45 V. Savithri

Padmapriya UG Asst. Prof.

B.Tech

. M.Tech.

(ECE) F - - 31-12-2016

8642-

161231-

104901

46 P. Naresh kumar UG Asst. Prof. B.Tech

. M.Tech.

(DSCE) 13 - - 14-06-2017

1871-

170913-

123359

Department: ECE- B.Tech. (Others)

47 J. Bharathi UG

Others

Asst.

Prof.

B.Tech

. M.Tech.

(S&SP) - 5 - -

20/04/201

5

8175-

150420-

124919

48 S. Yagnasree UG

Others

Asst.

Prof.

B.Tech

. M.Tech.

(ES) 7

3.

5 -

06/06/201

6

5263-

150506-

163712

49 A R L Padmaja UG

Others

Asst.

Prof.

B.Tech

. M.Tech.

(ES) 12 20

-

13-12-

2016

0705-

161217-

110613

Dept : ( ECE) M.Tech. (VLSI -SD)

50 B. Sreelatha PG

VLSI-

SD

Assoc.

Prof.

B.Tech

. M.Tech.

(VLSI-SD) - 11 - -

22/06/201

3

97150402-

151254

51 V. Sirisha PG

VLSI-

SD Asst. Prof.

B.Tech

. M.Tech. 3 -

-

01/03/201

6

8222-

160302-

113442

Department: ECE - M.Tech. ( ES)

52 G. Sreelakshmi PG-

ES Assoc.Prof. B.Tech M.E. (DS) -

13.

6

2.

5 -

02/06/201

4

85150402-

165321

6.2. Department of Computer Science & Engineering (CSE) -UG & PG.


Sl.

No.

Name of

the Staff

Member

Cat

. Designatio

n

Qualification Experience Date of

Joining

Faculty

Registration

ID UG PG Ph.D T I R

Dept :B.Tech. (CSE)-UG

1 Dr. S. Udaya

Kumar UG

Principal &

Professor

BE

(ECE)

ME

(ECE),

M.Tech.

(Hons.)

Info.Eng.

Ph.D

(CSE,

Cryptogr

aphy)

32 - - 02/01/2013 07150330-

103619

2

Dr. S.

Nagender

Kumar

UG Professor

& HOD

B.Tech.

(CSE) ME

(CSE)

Ph.D

(Wireless

sensor network)

15 - 3 22/06/2014 33150331-

120220

3

Dr. Ch.

Ramesh

Babu

UG Professor B.Tech.

(CSE) M.Tech.

(CS)

Ph.D (An

effective

Checkpointin

g and

Replication

Techniques

for

Computation

al Grid)

16

-

- 04-11-2016 9928-150413-

161333

4 Dr. K.

Srinivas UG Professor

B.E

(CSE) M.Tech.

(CS) Ph.D 18 - - 01/10/2005

40150406-

151446

5 Dr. N. Ravi

Shankar UG

Professor

&COE

Autonomo

us

B.Tech.

(CE) M.Tech.

(CSE) Ph.D 22 6 - 08.11.2017

5456-171113-

110854

6

Prof. K.

Ragjhava

Rao

UG Professor BE

(ECE) M.Tech.

(C.S) - 8

2

2 - 29.11.2017

62150403-

200546

7 M. Ashwini UG Assoc.

Prof.

B.Tech.

(CSE) M.Tech.

(CSE) - 12

- - 18/09/2006

12150331-

122716

8

M Raja

Krishna

Kumar

UG Assoc.

Prof.

AMIET

E M.Tech

(IP) - 8.6

-

- 14/12/2011 4731-150408-

123831

9 A. Sri

Lakshmi UG

Assoc.

Prof.

B.Tech.

(CSE) M.Tech.

(CSE) 16

- - 13/06/2013

67150407-

110820

10

V.

Shivanaraya

na Reddy

UG Assoc.

Prof.

B.Tech

(CS&IT

)

M.Tech

(CS) -

10.

5

- 07/06/2013 15150407-

124108

11 G.

Lokeshwari UG

Assoc.

Prof.

B.E

(CS)

M.Tech.

(CS),

MBA - 17 2 - 28/11/2013

72150331-

132356

12 D.Venkates

warlu UG

Assoc.

Prof.

B.Tech.

(CSE) M.Tech.

(CS) -

16 -

- 02/06/2014 86150407-

105752

13 M.Srinivas UG Assoc.

Prof.

B.Tech.

(CSE) M.Tech.

(CSE) - 13

- - 02/06/2014

53150407-

102813

14 Harekrishna

Allu UG

Assoc.

Prof.

B.Tech.

(CSE) M.Tech.

(CSE) - 6 1 - 23/06/2016

5771-150410-

131102

15 Mannava

Yesu Babu UG

Assoc.

Prof.

B.Tech.

(CSE) M.Tech.

(CS) - 15 - - 01-11-2016

7978-150416-

144352

16 K.Vijaya

Bhaskar UG Asst Prof

B.Tech.

(CSE) M.Tech.

(SE) - 12 - - 29/09/2008

34150407-

121537

17 K.Gnana

Mayuri UG Asst. Prof.

B.Tech.

(CSE) M.Tech.

(CSE) - 5 - - 06/02/2012

04150401-

143157


18 M.Bhavana UG Asst. Prof. B.Tech

(CSE) M.Tech

(CS) - 7 - -

03/06/2013

51150407-

102756

19 P. Haritha UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(CSE) - 8 1

13/06/2013

76150406-

153615

20

Madhuri

Agarwal

Gupta

UG Asst. Prof. B.E

(CSE) M.Tech.

(CS) - 9 - -

01/08/2013

75150406-

234344

21 Y. Siva UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(CST) - 4 - -

01/06/2013

63150401-

152131

22 A.Harini

Krishna UG Asst.Prof.

B.Tech.

(CSE) M.Tech.

(CSE) - 2.6 - - 19/06/2014

29150407-

145103

23 G. Lavanya UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(CSE) - 4 - - 03/11/2014

5163-150409-

142708

24

Y.V. N.

Phani

Kishore

UG Asst. Prof. B.Tech.

(CSE) M.Tech

.(CNIS) - 2.6 - - 08/12/2014

11150331-

124613

25 G.Swapna UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(CSE) - 6 - - 04/07/2011

93150406-

152733

26 G. Niveditha UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(CS) - 2.6 - - 09/12/2014

20150401-

151009

27 K. Srinivas UG Asst. Porf. B.Tech.

(CSE) M.Tech.

(CSE) - 2 - - 08/04/2015

1855-150409-

122257

28 Ch. Vikas UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(CSE) - 6 - - 09/04/2015

0886-150411-

100824

29 M.Vishwash

anthi UG Asst.Prof.

B.Tech.

(CSE) M.Tech.

(CSE) - 2 13/04/2015

4221-150413-

150322

30 P. Deep

Lakshmi UG Asst. Prof.

B.Tech.

(CSE) M.Tech.

(CSE) - 2 - - 05/05/2015

1042-150505-

122631

31 K. Anusha UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(CSE) - 4 - - 22/06/2015

5041-150408-

142957

32 M. Ravinder UG Asst. Pof. B.Tech.

(CSE) M.Tech.

(CSE) - 9.8 - - 15/07/2015

8445-150409-

111831

33 M. Sujitha UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(SE) - 2 - - 12/11/2015

1038-151216-

125322

34

Y.

Chandramou

li

UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(CNIS) - 2 - - 16/11/2015

5664-151218-

125252

35 Chittipothula

C Y Rao UG Asst. Prof.

B.Tech.

(CSE) M.Tech.

(CSE) - 4 - - 18/11/2015

3313-150410-

162347

36 B. Mamatha UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(CSE) - 1.6 - - 02/12/2015

9861-160201-

114744

37 J. Meena

Sravanthi UG Asst. Prof.

B.Tech.

(CSE) M.Tech.

(CSE) - 1.6 - - 08/12/2015

7879-150426-

152712


38 U. Sadhana UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(SE) - 6.5 - 06/01/2016

0286-160107-

105345

39 K. Preethi UG Asst.Prof. B.Tech.

(CSE) M.Tech.

(CSE) - 2 - - 05/02/2016

6403-150410-

153708

40 G. Udaya Sri UG Asst. Prof. B.Tech.

(CSE) M.Tech.

(CSE) - 1 - - 06/02/2016

7988-150410-

151842

41 Lochan

Rampal UG Asst.Prof.

B.Tech.

(CSE) M.Tech.

(CSE) 1 - - 26/02/2016

2025-160229-

143510

42 E.

Mahender UG Asst. Prof.

B.Tech.

(CSE) M.Tech.

(SE) 10 - - 26/02/2016

3552-150420-

092246

43 A.

Chandrakala UG Asst.prof.

B.Tech.

(CSE) M.Tech.

(CSE) 2 - - 1-5-2016

5811-160312-

155033

44 S. L. Anusha UG Asst.Prof. B.Tech.

(CSE) M.Tech.

(CSE) 1 - - 9-3-2016

9209-160312-

155620

45 K. Shiva

Kumar UG Asst.prof.

BE

(CSE) M.Tech.

(CSE) 1 - - 09/03/2016

3043-160312-

172058

46 Channaveera

yya UG Asst.prof.

BE

(CSE) M.Tech.

(CNE) 2 - - 09/03/2016

0694-160312-

172529

47 P. Nagaraj UG Asst.Prof. B.E

(CSE) M.Tech.

(CS) - 10 - - 12/03/2016

6632-160313-

131054

48 Ch. Sneha UG Asst.

Professor

B.Tech.

(CSE) M.Tech.

(CSE) - 1 - - 01/06/2016

8983-160527-

124101

49 S. Radha UG Assst.

Professor

B.Tech.

(CSE) M.Tech.

(CSE) - 10 - 1 01/06/2016

61150406-

134316

Dept : B.Tech. (CSE - OTHERS)

50 N.Chandrak

anth

UG

Others Professor B.E

M.S

(CS) - 4 17 - 19/06/2014

7268-

150409-

124620

51 C. Esther

Varma

UG

Others

Assoc.

Prof.

B.Tech.

(IT) M.Tech.

(SE) - 11 - -

16/11/2013

4275-

150408-

123339

52 A. Lalitha UG

Others

Assoc.

Prof.

B.Tech.

(IT) M.Tech.

(CSE) - 8.8 - - 10/04/2015

3282-

150410-

142657

53 K. Naresh

Babu

UG

Others Asst.Prof.

B.Tech.

(IT) M.Tech.

(CS) - 9 - - 12/12/2011

1179-

150409-

143256

54 Prasada.

Preethi

UG

Others Asst. Prof.

B.Tech.

(IT)

M.Tech.

(Comp.

Eng.) - 9

1.

7 - 27/06/2012

5393-

150409-

112851

55 N. Radhika

Amareswari

UG

Others Asst.Prof. B.E. (IT)

M.Tech.

(IP) - 7.6

- -

04/12/2013

71150406

-142643

56

M. Vijay

Bhasker

Reddy

UG

Others Asst. Prof.

B.Tech.

(CSIT) M.E.

(CSE) - 10 -

-

08/04/2015

8451-

150409-

123144


57 Y. Swathi

Teja

UG

Others Asst. Prof.

B.Tech.

(IT) M.Tech.

(CSE) 6 - - 10/04/2015

4684-

150411-

115713

Department: M.Tech. (CS E)

58

Dr. D. Sree

Rama Chandra

Murthy

PG-

CSE

Professor

& C O E

-JNTUH

BE M.Tech.

(CSE) Ph.D

(Cryptography) 32 - -

12/06/201

4

13150406

-152951

59

S.

Ramanjaneyul

u

PG-

CSE Asst.Prof.

B.Tech.

(IT) M.Tech.

(SE) - 8

-

12/10/201

0

96150407

-105619

60 P. Swathi PG-

CSE Asst. Prof.

B.Tech.

(IT) M.Tech.

(CSE) - 8 - -

08/04/201

5

5166-

150411-

094728

61 B.Keerthi PG-

CSE Asst. Prof.

B.Tech.

(CSE) M.Tech.

(CSE) - 2 - -

13/11/201

5

81150407

-180202

62 J. Uma

Mahesh

PG-

CSE

Asst.

Professor

B.Tech.

(CSE) M.Tech.

(CSE) - 5.8 - 1

08/07/201

6

1215-

150409-

110314

6.3 Department of Electrical & Electronics Engineering (EEE) - UG & PG

Dept : B.Tech. (EEE)-UG

1 Dr. P. Harish UG Assoc.

Prof. B.Tech.

M.Tech.

(EPS)

10m 10-07-

2017

6247-

170912-

140539

2 N. Venkata

Bharadwaj UG

Assoc.

Prof B.E.,

M.E

(EEIDC) - 8 9 - 29/06/2009

43150331-

153219

3 G. Srikanth UG Assoc.

Prof. B.Tech

M.Tech

(PEID) - 12 2 - 01/07/2009

43150402-

141645

4 D. Radhika UG Assoc.

Prof. B.Tech

M.Tech.

(EPE) - 17 - - 09/06/2014

71150402-

122058

5 K. Mahender UG Assoc.

Prof. B.Tech

M.Tech

(PSE) - 10 - - 20/04/2007

29150331-

154942

6 Voleti Padmaja UG Asst. Prof. B.Tech M.Tech.

(PE) - 9 - - 23/06/2008

83150331-

160330

7 Azra Zaineb UG Asst. Prof. B.Tech M.Tech.

(EPS) - 7.5 5.5 11/06/2013

58150331-

150657

8 B.Ramesh Babu UG Asst. Prof. B.Tech. M.Tech.

(EPE) 7 15/03/2014

15150402-

153209

9 S.Poornachander

Rao UG Asst.Prof. B.Tech.

M.Tech.

(EPS) - 7 - - 06/06/2014

71150402-

142931

10 T. Pooja Rani UG Asst. Prof. B.Tech. M.Tech.

(EPS) -

8 - - 09/06/2014 50150402-

120740

11 V. Rakesh UG Asst. Prof B.Tech. M.Tech.

(PE) - 2.6 - - 06/12/2014

60150402-

144549

12 Manjul Khare UG Asst. Prof. B.E M.E

(EPS) -

7 - - 15/04/2015

0887-

150416-

101452


13 Soumi Datta UG Asst. Prof. B.Tech. M.Tech.

(Power

Systems) -

1 - - 30/01/2016

2440-

160201-

122349

14 K. Nagaraju UG Asst.Prof. B.Tech. M.Tech.

(EPS)

-

4 - - 10-11-

2016

4688-

160309-

112402

15 M. Prashanth

Kumar UG Asst. Prof. B.Tech.

M.Tech.

(PE) -

F - - 31-12-

2016

2340-

161231-

110147

16. V. Sathya UG Asst. Prof. B.Tech. M.Tech.

(PE) -

F - - 04.12.

2017

6999-

171206-

141540

Dept : M.Tech. (EEE - OTHERS-UG

17 E. Hima Bindu UG

Others Asst. Prof. B.Tech.

M.Tech.

(PE&ID)

9 - - 06/06/2016

1649-

150407-

221854

18 S Archana UG


M.Tech.

(PE &

ED) -

F - - 28/11/2016

2867-

161207-

114204

19 Mulla Gouse

Basha

UG


M.Tech.

(EPS)

-

F - - 29-12-

2016

4778-

161229-

132527

Dept : M.Tech. (EEE - PE )-PG

20 M. Pradeep PG-

PE Asst. Prof B.Tech.

M.Tech.

(PE) - 2.6 2.5 - 06/12/2014

0248-

150408-

111714

6.4. Department of Mechanical Engineering (ME) - UG

Dept : B.Tech. (MECHANICAL)-UG

1 Dr.T.Siva

Prasad UG

Professor

& HOD B.Tech

M.Tech.

(D&PE)

Ph.D (Analysis of Bus.

Proc.)

33 3 11/06/201

4

12150402

- 111935

2 Dr. M. Devaiah UG Professor B.E M. Tech.

(Ind. Meta.)

Ph.D

(ME) 17 - -

01/10/200

5

41150402

- 133226

3 Dr. B. Sreenivas UG Professor B.Tech

.

M.Tech.

(Thermal

Eng.)

Ph. D

(Design &

Opt. of Non

flammable

& low GWP

Zeotropic

Refrigerant

Mixtures

16.

5 1 2 08.11.2017 3615-

150411-

112857

4 S. V.

Gangadharam UG Professor B.Tech

M.Tech.

(Ind. Eng.),

ACMA 5

3

0 -

16/06/201

4

40150407

- 112250

5 K. Rajasekhara

Reddy UG Professor AMIE

M.Tech.

(Thermal

Eng.) 19 6 01.12.2017

6 K. Jithendar

Reddy UG

Assoc.

Prof. B.Tech

M.Tech.

(Ind. Metal.) -

15.

6 7 1

04/12/201

3

98150407

- 144909

7 P. Sudheer Rao UG Assoc.

Prof. BE

M.Tech.

(Thermal

Eng.) - 15 5 -

11/06/201

5

1115040-

7154923


8 R. Sudarshan UG Assoc.

Prof. B.Tech.

M.Tech.

(Prod. Eng.) - 12 1 4

15/06/201

5

5980-

150416-

122448

9 B Subba Rao UG Assoc.

Prof. B.Tech.

M.Tech.

(Machine

Design) 16 1

21/11/201

5

1511-

150409-

114132

10 P. Rama Mohan

Reddy UG

Assoc.

Prof. B.Tech.

M.Tech.

(Machine

Design) - 21 - - 06.12.2017

8910-

160313-

003549

11 B.Anitha UG Asst.

Prof. B.E

M.Tech.

(CAD/

CAM) - 10 - -

24/09/200

7

52150406

- 154818

12 P. Srilatha UG Asst.

Prof. BE

M.Tech.

(ME) - 5 - -

02/07/201

2

49150402

- 125511

13 K. Raju UG Asst.Prof. B.Tech M.Tech.

(MD) - 7 - -

04/06/201

3

20150407

- 125625

14 M. Ravindra

Gandhi UG

Asst.

Prof. B.Tech. M.Tech.

(Adv. Man.

Sys.) -

9 - - 11/06/201

3

82150407

- 154556

15 V. Sandeepa UG Asst.

Prof. B.Tech.

M.Tech.

(Machine

Design) -

6.5 - - 23/06/201

2

72150402

- 145914

16 V. Rajasekhar UG Asst.

Prof. B.Tech. M.E.

(AD&M) - 8 - -

01/11/201

3

91150402

-153907

17 P. Laxmi Reddy UG Asst.Prof. B.E. M.Tech

(Thermal

Eng.) - 9 - -

02/06/201

4

83150402

-160738

18 P.V. R. Girish

Kumar UG

Asst.

Prof. B.Tech.

M.Tech.

(CAD/

CAM) -

6.6 - - 06/09/201

4

78150402

-151212

19 N. Rajendar UG Asst.

Prof. BE

M.Tech.

(CAD/

CAM) - 7.6

- - 11/12/201

4

64150406

- 152621

20 B. Venkat

sravan Kumar UG

Asst.

Prof. B.Tech.

M.Tech.

(Eng.

Design)

- 2 9 09/04/201

5

0542-

150410-

115746

21 U. Sreekanth UG Asst.

Prof. B.Tech.

M.Tech.

( R&AC) - 7 - -

10/04/201

5

5821-

150411-

113708

22 B. Bhasker UG Asst.

Prof. B.Tech

M.Tech. (The. Eng.)

- 10 1 - 13/07/201

5

45150404

-121256

23 J. Nithin Kumar UG Asst.

Prof. B.Tech.

M.Tech.

(AMS) - 4 2 -

26/08/201

5

1772-

150415-

150036

24 K. Niranjan

Kumar UG

Asst.

Prof. B.Tech.

M.E (CAD/

CAM) - 2 1 -

05/11/201

5

6583-

151217-

153726

25 N. Suresh UG Asst.

Prof. B.Tech.

M.Tech.

(CAD/CAM

) - 4 2 -

23/11/201

5

11150407

-181850

26 A. Santhosh UG Asst.

Prof. B.Tech.

M.Tech.

(Machine

Design) - 1.7 - -

01/12/201

5

5641-

151222-

103908


27 K. Venkatesh UG Asst.

Prof. B.Tech.

M.Tech.

(CAD/

CAM) - 5 - -

02/06/201

6

2262-

161208-

155725

Dept : B.Tech. (MECHANICAL-OTHERS)-UG

28 K. Vijay UG

others

Asst.

Prof. B.Tech.

M.Tech.

(CAD/

CAM) -

4 4 - 13/06/201

3

67150407

- 134025

29 B. Srinivasa

Reddy

UG

others

Asst.

Prof. B.Tech.

M.Tech.

(The. Eng.) - 3 - -

02/06/201

6

5242-

150409-

150654

30 R. Satya

Mahipal Reddy

UG

others

Asst.

Prof.

B.Tech

. M.Tech.

(AMS)

- 3 1 - 11/09/201

3

6099-

161207-

160657

31 R. Sravani UG

others

Asst.

Prof.

B.Tech

.

M.Tech.

(CAD/

CAM)

- 1 - - 14-12-

2016

1175-

150508-

153416

32 D. Jaya Prakash UG

others

Asst.

Prof.

B.Tech

.

M.Tech.

- - - - 28-12-

2016

0099-

160313-

185632

33 P. Sandeep

Kumar

UG

others

Asst.

Prof.

B.Tech

. M.Tech.

(CIDM)

- 5.5 - - 30-12-

2016

6642-

160306-

225836

34 P.

Satyanarayana

UG

others

Asst.Pr

of.

B.Tech

.

M.Tech.

(CAD/

CAM)

- 2.0 - - 31-12-

2016

1501-

150516-

153603

35 M. Krishna

Kumar

UG

others

Asst.Pr

of.

B.Tech

. M.Tech.

(MD)

- 1.0 - - 03-01-

2017

0597-

150409-

140205

36 M. Ravi Kumar UG Asst.

Prof.

B.Tech

.

M.Tech.

(Thermal

Eng.)

- 9.0 - - 12-06-

2017

7657-

150409-

130630

6.5. Department of Civil Engineering(CS)-UG

Dept : B.Tech. (CIVIL)-UG

1 Dr. P. Rama

Mohan Rao UG

Professor &

Dean-III B.Tech.

M.Tech. (Hyd. &

Water RE) Ph.D 32 - - 01/07/2016

47150331-

182034

2

Dr. K

Ramachandra

Reddy

UG Professor &

HoD

B.Tech.

(CE) M.Tech. (AM)

Ph.D

(SE) 28 - 4 06.11.2017

4974-

150408-

150749

3 S.Tirupati Rao UG Professor BE M.E (TE) - 15 1.6 - 04/06/2008 42150406-

160745

4 P. Neeraja

UG

Assoc. Prof. B.Tech ME (Structural

Eng.)

-

4 5 -

06/06/2016

2111-

150408-

135319

5 S. Hari Kiran

UG

Assoc. Prof. B.E M.S in Envi.

Engg.

-

4 7

27/06/2016

7509-

150409-

093307

6 G. Vani Sri

UG

Asst. Prof. B.Tech. M.Tech.

(Structural Eng.) -

4.9 - - 01/10/2015 11150406-

141301


7 V. Goutham

UG


(Geomatics) -

5 3.3 09/11/2015 2955-

160111-

105027

8 D. Kishorebabu

UG


(Structural Eng.) -

4 1 - 10/11/2015 7283-

150420-

153354

9 G. Hemalatha UG


(Structural Eng.) -

4 6m - 26/11/2015 4701-

150413-

101803

10 B. Kowshik

Reddy UG


(Structural Eng.) -

2 - - 30/11/2015 5604-

151217-

133006

11 P. Supriya

UG


(Structural Eng.) -

3.7 01/12/2015 36150405-

104651

12 J. Sreenivasa

Prasad UG Asst. Prof. B.Tech.

M.Tech.(Structural

Eng.) - 4 8 - 04/01/2016

90150402-

143020

13 R. Ashwini UG Asst. Prof. B.Tech. M.Tech.

(Transport Eng.) - 3.5 - - 19/05/2016

1461-

150408-

154308

14 D. Ramachander UG Asst. Prof. B.Tech. M.Tech.

(Structural Eng.)

- 3.9 - - 23/05/2016

6003-

150419-

120701

15 P. Srikanth Reddy UG Asst. Prof. B.Tech. M.Tech.

(Structural Eng.)

- 4 4 - 23/05/2016

8661-

150413-

122908

16 G. Raju UG Asst. Prof.

B.Tech. M.Tech.

(Transport Eng.)

- 3.5 - - 26/05/2016

8061-

150408-

143108

17 G. Sampath

Kumar UG Asst. Prof. B.Tech. M.Tech.

(Structural Eng.)

- 5 - - 30/05/2016

6677-

150413-

124546

18 K. Praveen Kumar UG Asst.Prof. B.Tech. ME (CE&M) - 4 - -

07/06/2016

1833-

150415-

100512

19 M. Satya

Vidyadhari UG Asst.Prof. B.Tech. M.Tech.

(Structural Eng.)

- 2 - -

10/06/2016

4686-

150418-

011041

20 S. Susmita UG Asst.Prof. B.Tech. M.Tech.

(SM&FE)

- 2 - -

13/06/2016

3820-

151218-

153428

21 D. Varun Kumar UG Asst. Prof. B.Tech.

M.Tech. (SE)

- 1 1 - 22-11-

2016

6856-

161213-

115333

22 V. Navaneetha UG Asst. Prof. B.Tech.

M.Tech. (SE)

- 4 - - 21-06-

2017

76150407-

152104

23 D. Divya Vani UG Asst. Prof. B.Tech.

M.E (SE)

- 2 - - 23-06-

2017

7806-

150411-

153341

24 Y. Rajesh Kumar UG Asst. Prof. B.Tech. ME (SE) - 3 - - 11-07-

2017

0135-

150413-

154910

25 K. Priyanka UG Asst. Prof. B.Tech.

M.Tech. (SM&FE)

1.4 05-07-

2017

9867-

170912-

144851

Dept : B.Tech. (CIVIL-OTHERS)-UG


26 G. R. Ravinder

Reddy UG Professor BE ME - 12 20 -

15-04-

2015

3935-

150414-

144910

6.6. Department of Science & Humanities (S &H)

Dept: Science & Humanities PHYSICS:-

1 Dr. G Neeraja

Rani

UG Professor

& HOD B.Sc M.Sc Ph.D 22

- 6

11/06/201

4

79150401

-094455

2 Dr. J. Shankar UG Professor B.Sc M.Sc

(Tech.)

Ph.D

(Ferro

electric

glass

ceramics)

15

4 01/06/201

6

2164-

160107-

105632

3 Dr. B. Mamatha

UG Assoc.

Prof. B.Sc M.Sc Ph.D 7

-

5 29/04/201

6

9895-

150426-

153551

4 Dr. SK Mahammad

Ali

UG Assoc.

Prof. B.Sc M.Sc |Ph.D 18 - 4

01/08/201

3

50150401

-104829

5 Dr. K. Ugendar

UG

Asst. Prof. B.Sc M.Sc Ph.D F - - 25/07/201

6

2462-

161213-

111642

6 Dr. P. Raju

UG

Asst. Prof. B. Sc M.Sc Ph.D F - - 09.09.2017

7878-

170912-

145949

7 S. Rajesham UG

Asst.Prof. B.SC M.Sc - 11 -

- 12/08/201

1

68150401

-110844

8 Ch. Kalyani UG

Asst. Prof. B.Sc M.Sc - 9 - - 01/08/201

3

86150401

-115402

9 V. Manjula UG

Asst. Prof. B.SC,

B.Ed. M.SC - 9 - -

26/09/201

3

59150401

-113548

10 T. V. Prashanthi UG

Asst. Prof. B.Sc,

B.Ed M.Sc - 5.7 - -

08/12/201

4

83150401

-112328

11 A. Shiva Kumar

UG

Asst. Prof. B.Ed. M.Sc - 11 - - 23.02.2016

9330-

150414-

163730

MATHEMATICS:-

12

Dr. Vemula.

Suseela Triveni UG Professor B.Sc

M.Sc,

M.Phil Ph.D 20

- 6

30/06/201

4

01150401

-134903

13 Dr. A. Padma UG Assoc.Prof B.Sc M.Sc,

M.Phil Ph.D 18 - -

14/07/201

4

74150402

-165545

14 Dr. K

Venkateswarlu UG

Assoc.Prof

. B.Sc M.Sc Ph.D 1 - 5

25/02/201

6

1694-

160225-

153313

15 Dr. SK Nuslin Bibi UG Assoc.Prof

. B.Sc M.Sc Ph.D 5 - 6

01/07/201

6

8206-

161208-

120958

16 N. Nagi Reddy UG Asst. Prof. B.Sc M.Sc - 15 -

- 01/10/200

5

91150401

-145402

17 Subhadra Nemani UG Asst. Prof. B.Sc,

B.Ed M.Sc,

M.Ed M.Phil 17

- 4

09/07/200

7

98150401

-144356

18 A. Ramesh UG Asst. Prof. B.Sc,

B.Ed M.Sc M.Phil 11 - -

29/06/201

2

07150401

-141908

19 P Sailaja UG Asst. Prof. B.Sc M.Sc - 9 - - 20/06/201

3

35150401

-150239


20 G.Mahesh UG Asst. Prof. B.Sc M.Sc M.Phil 10 8 5 01/08/201

5

7876-

151218-

124012

21 K. Nagaraju UG Asst. Prof. B.Sc M.Sc M.Phil 12 - - 27/02/201

6

5753-

150414-

173025

22 M Varalakshmi UG Asst. Prof. B.Sc M.Sc M.Phil 12 - - 14.09.2017 47150331

-122218

OTHERS : B. Tech. (UG)

23 M. P. Molimol UG

Other

s Asst. Prof. B.Sc M.Sc -

5.1

0 - -

02/02/201

5

5725-

150409-

111134

24 S. Lalitha UG

Other

s Asst. Prof. B.Sc M.Sc M. Phil 23 - -

14-12-

2016

3750-

150410-

131655

ENGLISH:-

25 Dr. A Uma Devi UG Professor BA MA,

M.Phil Ph.D 39 - - 27/06/2016

9708-

161209-

103047

26 Dr. Nilamadhab

Panda UG Professor BA

MA,

M.Phil Ph.D 17 2 - 29.11.2017

4497-

160318-

164821

27 Dr. B. Nagamani UG Assoc.

Prof. BA MA Ph.D

14.

0 - 8 04/12/2013

58150401

-124911

28 Dr. K.

Madhumathi UG

Assoc.Prof

. B.Sc.,

M.A.

M.Phil Ph.D 30 - - 19/06/2014

46150401

-123623

29 Dr. Swagata Ray UG Assoc.Prof

. BA

MA,

M.Phil Ph.D - - 4 01-06-2017

4682-

170912-

112956

30 Dr. S. Rajeswari UG Assoc.

Prof.

B.Co

m MA, Mphil Ph.D 10 - 8 03-07-2017

03150406

-145651

31 P. Mercy Kavitha UG Assoc.Prof

.

B.Co

m

B.Ed

M.A - 21

-

- 06/08/2007 76150401

-121349

32 G. Karuna Kumari UG Assoc.

Prof.

B.Sc,

B.Ed MA, M.Ed,

PGDTE

NET

qualified 35 - - 15/09/2014

97150401

-130043

33 G. Latha Suhasini UG Asst Prof. BA,

B.Ed MA - 19 - 31/07/2015

90150331

-131344

34 Sharmila

Deshmukh UG Asst. Prof. BA

MA,

M.Phil 18 03-07-2017

3033-

150422-

151809

CHEMISTRY:-

35 Dr. R. Sanjeev UG Professor B.Sc M.SC Ph.D 13 6

m 3 06/07/2016

6663-

160226-

123708

36 Dr. J. V. Madhuri

UG Assoc.

Professor B.Sc M.Sc Ph.D 11 - - 07-06-2015

6552-

150408-

173730

37 P.Sreedhar UG

Asst.Prof B.Ed M.Sc. - 14 - - 29/07/2009 84150402

-105725

38 K.Shasikala

UG

Asst.Prof. B.Sc M.Sc

FET

Qualifie

d

16 - - 13/06/2012 54150402

-101940


39 Vem Mamatha

Bethapudi

UG

Asst.Prof. B.Sc M.Sc - 9 - - 15/06/2012 08150402

-104600

40 M. Raju UG

Asst. Prof. B.Sc M.Sc - 5 20/10/2012 24150402

-102903

41 J. Bhargavi

Lakshmi

UG Asst. Prof.

B.Sc,

B.Ed M.Sc - 7 - - 01/07/2013

96150402

-100905

42 K. Sudhakar

UG

Asst. Prof. B.Sc M.Sc

(Chemistry

) - 8.3 - - 04/09/2014

75150402

-173219

43 M. Murali

UG

Asst. Prof. B.Sc M.Sc 4.7 - - 28/11/2014

3623-

150409-

120904

44 K. Swarupa UG Asst. Prof. B.Sc,

B.Ed M.Sc.

(Che.) - 8 - -

08/12/2014 15150402

-172252

OTHERS : B. Tech. (UG)

45 G. Sunil UG

Other

s Asst. Prof.

BA,

B.Ed MA - 6.5 - 19/10/2012

9157-

150408-

114007

6.7. Department of Master of Business Administration (MBA)-PG.

Dept:MBA

1 Dr. S T Raj

Mohan PG

Professor,

Dean-

Admin

BE MA(Eng.),

MBA

Ph.D

(Busi.

Man.)

5.10 36 - 02/09/2011 26150402-

142054

2

Dr. A. Sita Madhavi PG

Professor

& HoD B.Sc MBA

Ph.D

(Busi.

Man) 16 - - 28/05/2016

9270-

151221-

162216

3 Dr. J. Pardha

Saradhi PG Professor B.Com MBA

Ph.D

(Busi.

Man.)

10 - 7 27/11/2015 78150405-

203601

4 A.I.Prasanth PG Assoc.Prof B.B.M MBA, - 10 6 - 19/02/2007 62150402-

172853

5 APS Jyothi PG Asst.Prof. B.Com MBA - 7.9 - - 18/05/2011 50150402-

135250

6 K. Naupal Reddy PG Asst. Prof. B.Com MBA - 8 - 05/07/2012 15150402-

124128

7 V. Shravani PG Asst. Prof. B.Com MBA - 2 - - 09/04/2015

9339-

150409-

120804

8 T. Abhilash PG Asst. Prof. B.Tech. MBA - 3 - - 05/06/2014

1130-

150415-

113155

9 Y. Balamanikanta PG Asst. Prof. B.Com MBA - 1.5 1.5 - 07.12.2015

1634-

151216-

152850

10 R. N. Vardhini PG Asst. Prof. B.SC MBA - 6 - - 01.12.2017 37150404-

223407

Dept:MBA (Others)

11 Ravi. Sampangi UG Asst. Prof. B.Sc MBA

(HR) 5 1 01-12-2016

8334-

161207-

101607


12 G. Aruna UG Asst. Prof. B.Sc MBA

(HR) 5 - - 30-12-2016

5889-

150413-

113923

13 K. Vijaya lakshmi` UG Asst. Prof. B.Sc MBA

(HR) 1 - - 03-01-2017 15150402-

153024

14 K. Lavanya UG Asst. Prof. B.Com MBA 7 - - 10-03-2017 1547-

150424-

154558

VII. PROFILE OF DIRECTOR/PRINCIPAL WITH QUALIFICATIONS, TOTAL EXPERIENCE, AGE AND DURATION

OF EMPLOYMENT AT THE INSTITUTE CONCERNED

Dr. Udaya Kumar Susarla

Principal, Geethanjali College of Engineering and Technology,

Formerly Principal, MVSR Engineering College, Nadergul, Hyderabad;

Formerly Deputy Director, SNIST;

Formerly Principal, Aurora’s Engineering College, Bhongir.

Professional teaching experience of more than 28 years in New Zealand, Morocco, Ethiopia, and in

India.

Doctor Philosophy (Computer Science and Engineering), Jawaharlal Nehru Technological University,

Hyderabad.

Master of Technology (Hons.), Information Engineering, Massey University, Palmerston North, New

Zealand.

Master of Engineering (Electronics & Communication Engineering) with specialization in “Digital

Systems”, University College of Engineering, Osmania University, Hyderabad.

Bachelor of Engineering (Electronics & Communication Engineering), University College of

Engineering, Osmania University, Hyderabad.

Published Fifty one research papers in International Refereed Journals.

Reviewer for the following International journals:

“Journal of Information Privacy and Security”, USA

“International Journal of Network Security”, Taiwan.

“IAENG International Journal of Computer Science”, Hong Kong.

Indian Journal of Science and Technology, India.

Research interests include "Cryptography, Image Processing, Genetic Algorithms, and Digital Testing".

Two Research Scholars submitted their Doctoral Thesis.

Two Research Scholars are actively working towards their Doctoral Program

Adjudged as the Best Teacher in SNIST on more than five occasions.

Teaching interests include "Data Communications, Computer Networks, Cryptography, Network

Security, Switching Theory, Digital System Design, Computer Architecture, Operating Systems, and

Electronic Circuits".

Master Trainer for NBA on the new Outcome Based Accreditation.


VIII. FEE

Fee approved by AFRC:-

B.Tech. programme Rs. 81,000/-

M.Tech. Programme Rs. 57,000/-

MBA Programme Rs.35,000/-

Time schedule for payment of fee for the entire programme.:- At the time of admission.

No. of Fee waivers granted with amount and name of students.:- NIL

Number of scholarship offered by the institute, duration and amount:-

Merit scholarship of an amount Rs.10,000/- each is awarded for 61 students from B.Tech. (ECE,

CSE, EEE, ME & CE) of I, II, III, IV Year and for MBA students.

Criteria for fee waivers/scholarship:- Not Applicable

Estimated cost of Boarding and Lodging in Hostels : No hostel facility

IX. ADMISSION

9.1 Number of seats sanctioned with the year of approval.

Sanctioned for the

Academic year

Under Graduate (B.Tech.) Post Graduate

CSE ECE EEE IT MECH CIVIL MCA MBA M.Tech

2005-06 60 60 60 60 - - - - -

2006-07 60 60 60 60 - - 60 -

2007-08 120 120 60 60 - - 60 60 -

2008-09 120 120 60 120 - - 60 60 -

2009-10 120 120 60 120 - - 60 60 -

2010-11 120 120 60 120 60 - 60 60 36

2011-12 120 120 60 120 60 - 60 60 54

2012-13 180 180 60 120 60 - - 60 90

2013-14 240 240 60 120 120 - - 60 150

2014-15 240 240 60 - 180 120 - 60 168

2015-16 240 240 60 - 120 120 - 60 96

2016-17 240 240 120 - 120 120 - 60 96

2017-18 240 240 120 - 120 120 - 60 30

9.2 Number of students admitted under various categories each year in B.Tech., MBA & MCA

COLLEGE IS ESTABLISHED DURING THE ACADEMIC YEAR 2005-06.

Year of

Admissio

n

CSE ECE EEE IT MECH. CIVIL MCA MBA

CQ MQ CQ MQ CQ MQ CQ MQ CQ MQ CQ MQ CQ MQ CQ MQ

2005-06 51 9 51 9 NIL 40 9 - - - -

2006-07 48 12 48 12 47 12 48 12 12 47 12

2007-08 93 27 93 27 44 12 47 13 46 14 45 15

2008-09 90 30 90 30 45 15 90 30 44 16 45 15

2009-10 84 36 83 36 42 18 80 33 41 03 42 18


2010-11 84 36 84 36 42 18 83 36 34 02 41 18

2011-12 84 36 84 36 42 18 78 36 39 18 6 1 38 15

2012-13 122 52 126 54 42 13 82 34 41 17 - - 38 7

2013-14 157 67 162 41 39 5 44 10 81 29 - - 37 7

2014-15 161 71 163 71 33 07 - - 64 30 59 17 - - 35 18

2015-16 168 72 168 72 38 18 - - 79 35 74 16 - - 38 13

2016 -17 166 71 168 70 75 36 - - 76 36 74 36 - - 31 18

2017-18 168 71 166 72 73 35 - - 81 36 83 36 - - 42 18

9.3 Number of students admitted under various categories each year in M.Tech. Year of

Admission ECE ES VLSI CSE CS SE MD PE

CQ MQ CQ MQ CQ MQ CQ MQ CQ MQ CQ MQ CQ MQ CQ MQ

2010-11 5 6 10 5 - - - - - - - - - -

-

-

2011-12 7 - 11 5 - - 12 6 - - - - - -

-

-

2012-13

12 1 12 5 12 - 12 6 - - 12 6 - - - -

2013-14 13 3 19 8 13 5 21 2 13 - 11 - 12 1 - -

2014-15 13 1 21 7 10 5 20 4 9 1 6 3 6 - 12

2

2015-16 - - 8 1 5 - 12 3 - - - - - - 8 1

2016-17 - - 7 3 4 - 12 4 - - - - - - 6 -

2017-18 - - - - - - 9 - - - - - - - - -

9.4 Number of applications received during last five years for admission under

Management Quota and number admitted :–

Details 2011-12 2012-13 2013-14 2014-15 2015-16 2016-17 2017-18

No. of

applications

received

342 350 405 215 225 265 270

No. of

Admissions

made

171 195 178 196 213 251 250

X. Admission Procedure

10.1 Name and address of the Test Agency and its URL (website) :-

Type Of Test : EAMCET, ECET & ICET.

Test Agency : TELANGANA STATE COUNCIL OF HIGHER EDUCATION.

URL : www.tsche.org


10.2 Number of seats allotted to different Test Qualified candidates separately

[AIEEE/CET (State conducted test/University tests)/Association conducted test]

Details in section 9.2

10.3 Calendar for admission against management/vacant seats :-

70% Seats are allotted through the entrance exams conducted by the State Government i.e.,

EAMCET, ICET & ECET and the remaining 30% seats are allotted by Management base on the

merit of the students applied for management quota seats.

TSCHE on behalf of state Government of Telangana decides the schedule for conducting entrance

exam for convener quota seats and announces the calendar for management quota seats. The seats

allotted by the Management are scrutinized and approved by TSCHE and JNTU.

XI. CRITERIA AND WEIGHTAGES FOR ADMISSION

As per the rank obtained in the EAMCET / ECET / ICET.

11.1 Minimum level of acceptance :

40 out of 160 marks in EAMCET conducted by State Government

60 out of 200 marks in ECET conducted by State Government

40 out of 160 marks in ICET conducted by State Government

This is amended time to time by the State Government.

In case of Management seats, the Government specified that the candidates shall qualify the

EAMCET exam or obtain 50% marks in qualifying exam.

XII. APPLICATION FORM :- Available in Website

X.III. INFORMATION ON INFRASTRUCTURE AND OTHER RESOURCES AVAILABLE

13.1 LIBRARY :-

Number of Library books/Titles/Journals available (Programme-wise) for the AY2017-18

Courses No. of Titles No of Volumes Journals

National International

CSE 07 103 50 210

ECE 23 48 50 2

EEE 6 30 29 1

MECH 11 12 29 1

CIVIL 55 365 28 1

MBA 28 28 18 2

M.Tech.-CSE - - 5 1

Total 130 586 209 218

List of online National/International Journals subscribed. : - IEEE, Delnet, K.Hub, Inventi & MAT.

E-Library facilities : Available


13.2 LABORATORY

For each Laboratory

List of Major Equipment / Facilities : ANNEXURE 1

List of Experimental Setup : ANNEXURE 2

13.4 COMPUTING FACILITIES :

Computer Facilities for the existing programmes: e:

Particulars Available Specifications

No.of Computer terminals 1444

Computer Systems with i5/i3/Dual Core/Core2duo, 2GB/4GB/8GB/16GB RAM, 160GB/320GB/500GB HDD

No.of terminals of LAN/WAN 90 Dlink/Cisco/Netgear

Relevant Legal Software 54 System Software - 17, Application Software-37

Peripheral(s) / Printers 82 Samsung/HP/Canon - Laserjet/Dot Matrix

Internet Accessibility (in mbps

& hrs) 64Mbps/24hrs D-Ios-48 Sri Balaji Broadband-16

Wi Fi connectivity to the

campus Yes Reliance Jio

Major software packages available : Microsoft Academic Alliance

Kit (Including all major OS),

TURBO C++, MS-OFFICE TOOL

KIT, RED HAT

LINUX, JAVA, WIN XP 2007.

MS VISUAL STUDIO

Special purpose facilities available : YES (E-CLASS ROOM)

13.5 WORKSHOP :

- Carpentry shop

- Fitting Shop

- House Wiring shop

- Metal forming shop

13.6 List of facilities available :-

Games and Sports Facilities :- Cricket, Volley Ball, Basket Ball, Carroms, Chess, Table Tennis etc.

Extra Curriculum Activities :- In addition to the academic activities such as mini projects, paper

presentations, student seminars, number of other recreational activities are conducted through

Fine Arts Club, Literary Club, Debating Club and Music Groups etc.,

Soft Skill Development Facilities: - Soft Skills Centre


The Soft Skill training centre has been established with an aim of honing the competency skills among

students blending with their good academic skills. It is undoubtedly an imperceptible fact that the academic

skills are to be put into healthy practices to get placement in various companies. Modern day language does

transcend the National barriers wherein the quality of life is increasingly competing with ever changing

market demands. In this backdrop the soft skills centre is nurturing and pruning the young minds by taking

up various activities in addition to the regular training. One example of the activity taken up is given below.

To see the activities on Swatch Pakhwada please click the link given below. The URL of the website is https://swachhbharat.mygov.in/user/3137544 Directions:

Right click on the given URL. and open the link in either new tab or window for Photographs and details

Centre for Soft Skills Development, GCET have designed and oriented a flipped class room

technique, PADLET which is also a digital tool. The link is given below.

Directions:

URL:http://padlet.com/nagamanikarunasoftskills/GCET

Please right click on the above URL and then click on open hyperlink, the page will be

opened.

The Co ordinator of the Centre initiated a Two Day FDP for Faculty of English working in Engineering and

Degree Colleges on Information and Communication Technology in English Language Teaching -July-

14th and 15th 2017 with a motto to make teaching learning process effective.

The Coordinator is using Web 2.0 tool EDMODO in facilitating training. The students log in to the

EDMODO as a student using the log in password provided by the coordinator. The tool facilitates the

students to know various perspectives on any given topic.

13.8 Central Examination Facility, Number of rooms and capacity of each.

- 04 Drawing Hall of 60 capacity

- 52 Lecture halls with 60 capacity

- 05 Tutorials with 30 capacity.

- 05 Seminar halls.

- 04 Additional Workshops

- 01 Workshop

- 55 Laboratory

- 03 Research Laboratory

Number of Classrooms/Laboratory/Workshop and size of each:

S. No Name of the

Course

No. of Classroom/ laboratory /

workshop

Total Area of

lab/workshop

1 ECE Classrooms : 11 863

Laboratory : 12 987

Workshops : NA

2 CSE Classrooms : 11

Laboratory : 12

https://swachhbharat.mygov.in/user/3137544




http://padlet.com/nagamanikarunasoftskills/GCET


Workshops :

3 EEE Classrooms : 04 297 Sq.mtrs

Laboratory : 08 782.65 Sq.mtrs

4

ME

Classrooms : 06 [email protected] Sqm Each

Laboratory : 10

Workshops:1

5 CE Classrooms : 6 6@ 69 sq.m

Laboratory : 8 811.5 sq.m

Workshops : NIL

6 S & H Classrooms: 14 1,059 sq. m

Laboratory: 17

1,304 sq. m

7 MBA Classrooms 1.Class room 1 (69sq.m),

2.Seminar hall (shared)- 1

(141sq.m),

3.Tutorial (PDP) room -

1(35 sq.m)

Laboratory 1

Workshops : NIL

13.9 Teaching Learning process : The teacher learning process is effective as student centric

methodology is being adopted. All the classrooms are provided with overhead projector facilities. Teachers

are encouraged to use Audio Visual Aids so that the learning process is effective.

13.10 Curricula and syllabi for each of the programmes as approved by the University. : : being followed

13.11 Academic Calendar of the University : (ANNEXURE -3)

13.12 Academic Time Table : As suggested by JNTU

13.13 Teaching Load of each Faculty : The faculty is given the teaching load as per the

norms prescribed by JNTU.

.

13.14 Students’ assessment of Faculty, System in place. : Continuous Feed back is taken from the

students periodically and faculty is advised to improve their performance to make the teaching –

learning more effective

13.15 POST GRADUATE PROGRAMMES

Title of the programme : MBA & M.Tech.

List of typical research projects. :


Industry Linkage : SQL STAR, OSI-TECHNOLOGIES, Cordys, Sunmicrosystems.

Publications (if any) out of research in last three years out of masters projects : NIL

Admission procedure : Through convener, ICET/GATE

Fee Structure : will be updated soon for Convenor Quota & Management quota.

Title of the Programme : M.Tech

Curricula & Syllabi : Annexure

Faculty Profile : As in section 6.1 of this report

Hostel Facilities : not available.

Laboratory facilities exclusive

to the M.Tech Programme: Annexure

Contact address of co-ordinator of the PG programme

Name : Mr.V.Shivanarayana Reddy

Address : Associate Professor, GCET

Telephone : 9182058179

E-mail : [email protected]

13.16. Placement Details: Annexure-4

ANNEXURE 1

ECE List of Major Equipment / Facilities :

Sl.

No. Dept.

Name of the

Laboratory Name of the Equipment Machinery

Total Area of

lab/workshop

(Sq.m)

Number

Available

1. ECE MPMC Lab Computer Systems 66 18

8086 Microprocessor Kits 18

8051 Microcontroller Kits 18

Interfacing Kits 16

Keil Software 18

CROs (0-20 MHz) 2

2. ECE MPMC Lab

(Duplication)

Computer Systems 66 18

8086 Microprocessor Kits 18

8051 Microcontroller Kits 18

Interfacing Kits 16

Keil Software 18

CROs (0-20 MHz) 2

3. ECE Electronic

Devices and

Circuits Lab

DC Regulated Power supply (0-30V) 104 15

CROs (0-20 MHz) 15

Function Generators (0-1 MHz) 15

4. x ECE ICA and HDL

Simulation

Lab

(Duplication)

Computer Systems 81.84 18

DC Regulated Power supply (0 - 30V) 10

CROs (0-20 MHz) 9


mailto:[email protected]


Xilinx VHDL Software 18

5. ECE ICA and HDL

Simulation

Lab



CROs (0-20 MHz) 9


Cadence VLSI Software 18 Users

6. ECE Electronic

Devices and

Circuits Lab

(Duplication)

DC Regulated Power supply (0 - 30V) 80 15

CROs (0-20 MHz) 15


7. ECE Analog

Communicatio

ns Lab

RF Signal Generator (9KHz to 3 GHz) 104 1

Spectrum Analyzer

(9 KHz to 3 GHz) 1

Digital Storage Oscilloscopes

(0 to 50 MHZ) 15

Digital Storage Oscilloscopes

(0 to 200 MHZ) 1

Function Generators(0-1 MHz) 12


8. ECE Microwave

&Digital

Communicatio

ns Lab

Klystron/Gun Diode based Microwave

bench set up

104 6

DC Regulated Power supply 0 - 30V) 8



CROs (0-20 MHz)/ DSOs (0-50 MHz) 6

9. ECE Digital Signal

Processing

Lab


MATLAB/SCILAB 18

CROs (0-20 MHz) 6

Function Generators

(0-1 MHz) 6

TMS 320C6713 DSP Processor kit 10

10. ECE

Simulation

Lab-I


MATLAB/SCILAB 32 users

11. ECE Simulation

Lab-II


MATLAB/SCILAB 32 users

NI Multisim/ LT Spice 32 users

12. ECE Simulation

Lab-I

(Duplication)


OCTAVE 36 users

CSE List of Major Equipment / Facilities :

CSE Department Lab Equipment Details

Sl. No.

Department Name of the Laboratory

Name of the Equipment Machinery

Total Area of Lab/Workshop(in Sq Mtrs)

Number Available

1 CSE

Data Base Management Systems Lab -1& Data Ware Housing and Data Mining Lab-1 (201)

Computer Systems with Ubuntu, Jdk 1.7, Mysql 5.0.26, Weka 3.6.10, Pentaho PDI 6.1.0.1 66 36


2 CSE

Data Base Management Systems Lab -2& Data Ware Housing and Data Mining Lab-2 (202)

Computer Systems with Ubuntu, Jdk 1.7, Mysql 5.0.26, Weka 3.6.10, Pentaho PDI 6.1.0.1 66 36

3 CSE Object Oriented Programming Lab-1 & Linux Programming Lab -1(203)

Computer Systems with Ubuntu, Jdk 1.7, Mysql 5.0.26, Eclipse 3.8 66 36

4 CSE Object Oriented Programming Lab-2 & Linux Programming Lab-2 (204)

Computer Systems with Ubuntu, Jdk 1.7, Mysql 5.0.26, Eclipse 3.8 66 36

5 CSE Data Structures Lab -2(205)

Computer Systems Thin Clients with Ubuntu, Putty, GCC 4.1.X 66 36

6 CSE Data Structures Lab -1(219)

Computer Systems Thin Clients with Ubuntu, Putty, GCC 4.1.X 66 36

7 CSE Compiler Design Lab -1(301) Computer Systems with Ubuntu, GCC 4.1.X 66 36

8 CSE Computer Organization and Assembly Language Programming Lab ( 302)

Computer Systems with Ubuntu, MASM, GCC 4.1.X 66 36

9 CSE Compiler Design Lab-2(R106) Computer Systems with Ubuntu, GCC 4.1.X

10 CSE Case Tools and Web Technology Lab 1& Operating Systems Lab 1 (303)

Computer Systems with Ubuntu, LAMP, Star UML, GCC 4.1.X 66 36

11 CSE Case Tools and Web Technology Lab 2& Operating Systems Lab 2(304)

Computer Systems with Ubuntu, LAMP, Star UML, GCC 4.1.X 66 36

12 CSE Algorithms Lab (305)

Computer Systems with Ubuntu, GCC 4.1.X, GCC fopenMP 66 36

13 S&H Advanced English Communications Skills Lab (115)

Computer Systems with Windows, AECS 66 36

14 S&H Advanced English Communications Skills Lab (116)

Computer Systems with Windows, AECS 66 36

15 MBA MBA Computer Lab(215) Computer Systems with Windows, Ms Office 365 66 36

16 CSE Computing Laboratory 1 &2 (216)

Computer Systems with Ubuntu, Mysql 5.0.26, Wireshark 2.2.4 66 20

17 S&H Computer Programming Lab (R104)

Computer Systems with Ubuntu, GCC 4.1.X, Raptor 4.0.6 66 30

18 S&H Computer Programming Lab (R105)

Computer Systems with Ubuntu, GCC 4.1.X, Raptor 4.0.6 66 30

19 S&H Computer Programming Lab /ELCS Lab(R206)

Computer Systems with Ubuntu, GCC 4.1.X, Raptor 4.0.6, ICS, CALL 66 60

20 S&H ELCS Lab-1(R208) Computer Systems with Windows, ICS, CALL 66 33

21 S&H ELCS Lab-2(R209) Computer Systems with Windows, ICS, CALL 66 30

22 S&H Computational Mathematics Lab (R304 A)

Computer Systems with Ubuntu, Dev C++ 5.11, Octave 4.0.3 66 30


23 S&H Computational Mathematics Lab (R304 B)


24 S&H Computational Mathematics Lab (R304 C)


25 S&H IT Workshop(R310)

Computer Systems with Ubuntu, LATEX, Libre Office 2007 66 33

EEE List of Major Equipment / Facilities :

Sl.

No. Dept.

Name of the


Total Area of

lab/workshop in

Sq. Mtrs

Number

Available

1

EEE

Power Electronics

and Simulation

Lab

Study of Characteristics of SCR,

MOSFET & IGBT Kit

69.3

2

Gate Firing Unit Kits

1

AC Voltage Controller Trainer Kit

1

Single Phase Full Converter Trainer

Kit

2

Forced Commutation Trainer Kit

1

DC Jones Chopper Trainer Kit

1

Single Phase Parallel Inverter

Trainer Kit

1

Single Phase Cyclo Converter

Trainer Kit

2

Single Phase Half Controlled

Converter Trainer Kit

2

Three Phase Half Controlled

Converter Trainer Kit

1

Single Phase Series Inverter Trainer

Kit

1

EEE

Power Electronics

and Simulation

Lab

Single Phase Bridge Converter

Trainer Kit 69.3

1

MOSFET based Chopper kit

69.3

1

Single Phase Dual Converter

Trainer Kit

1

CROs 15

Computer Systems 6

2

EEE

Field Theory and

Circuits Lab

Superposition principle, Reciprocity

Theorem 66

1

Thevinin’s and Norton’s Theorem 1


Millman’s and compensation

theorem 2

Series and Parallel resonance 1

Maximum Power Transfer theorem

Trainer Kit 1

RMS value of complex wave 1

Two port network parameters 1

Locus diagram of R-L and R-C

series circuits 1

3 Phase Variacs 2

3 Phase inductive load 1

1 phase Variacs 2

CROs 2

DC Regulated Power Supplies 12

Function Generators 5

Computer Systems 6

MATLAB 2 Users

PSPICE 4 Users

Rheostats 3

Voltage Stabilizer 1

3

EEE

Basic Electrical

Engineering Lab

1 KVA Transformer

75.65

1

Single Phase Auto Transformer 1

3 HP Motor with Mechanical Load

Arrangement 1

1 HP Motor Generator Set 1

1 HP Motor 1

3 Phase Squirrel Cage Induction

Motor 1

RPS (30V/2A) 3

4

EEE

Control Systems

and Simulation

Lab

Time response of Second order

System

66.5

1

Second Order System with

P,PI,PD,PID Controller Kit 1

Programmable Logic Controller Kit 1

Magnetic Amplifier Kit 1

Transfer Function of AC

Servomotor Kit with Loading

arrangement

1

Feedback On DC Servomotor Kit

66.5

1

Transfer function of DC Motor kit 1

Transfer function of DC generator

Kit 1

Temperature controller using PID

Kit 1

Synchros 1

Lag and Lead Compensation Kit 1


Computer Systems 1

MATLAB 2

PSPICE 4

5

EEE Signals and

Systems

Simulation Lab

Computer Systems 74.2

24

Octave Software 24

6

EEE

Electrical

Engineering Lab

1 ph. Variac

98

2

1-Ø transformer without tapping 2

DC Shunt Generator-Motor set 1

DC Shunt Motor set 1

DC Shunt Motor set with Brake

drum arrangement 1

KCL and KVL Trainer kit 1

Series and parallel

R-L-C Network Trainer kit 1

Time response of first order R-C/R-

L network Trainer kit 1

Two port network

Z & Y Parameters Trainer kit 1

Verification of Superposition

theorem Trainer kit 1

Verification of Maximum Power

Transfer theorem Trainer kit 1

Verification of Thevenin's and

Norton’s theorems Trainer kit 1

Two port network

ABCD & h-parameters Trainer kit 1

CRO 2

Regulated Power Supply 6

Function generators 2

Rheostats 4

7

EEE

Electrical

Machines Lab

DC shunt motor coupled with

DC shunt generator set

229

4

DC shunt motor with brake drum 1

DC shunt motor coupled with DC

compound generator 1

DC series machines 1

DC shunt motor

229

2

single phase transformers (1KVA) 1



single phase transformers (1KVA)

(SCOTT) 2

MG set consisting of DC shunt

motor with three phase alternator 2

SQIM motor with mechanical

loading 1


Arrangement

SRIM motor with mechanical

loading

Arrangement

1

Three phase rotor wound /stator

excited separately excited/ salient

pole type synchronous motor with

mechanical loading arrangement

1

Single phase induction motors with

mechanical loading arrangement 1

8

EEE

Electrical

Measurements Lab

Single Phase Energy Meter

104

1

Single Phase Variac 4

Single Phase Resistive Load 3

Power Factor Meter 1

Three Phase Variac 3

Three Phase Resistive Load 1

Three Phase Inductive Load 2

Three Phase Capacitive Load 1

Crompton Dc Potentiometer Kit 1

Dc Voltage Ratio Box 1

Regulated Power Supply 1

Kelvin's Double Bridge Kit 1

Dieelectric Oil Testing Kit 1

Schering Bridge Kit 1

Anderson Bridge Kit 1

Single Phase Inductive Load 1

Current Transformer 4

C.T Testing Kit 1

P.T Testing Kit 1

Lvdt Trainer Kit 1

Strain Measurement Trainer Kit 1

Transformer Turns Ratio Meter 1

Transformer 1

Phase Shift Transformer 1

ME List of Major Equipment / Facilities :

Sl.

No.

Dept

.

Name of the


Total Area of

lab/workshop

Number

Available

1.

ME

Mechanics of

solids

Universal testing machine 117.30 sq.m

01

Brinnel/Rockwell hardness testing

machine 01

Compression testing machine 01

Torsion testing machine 01

Spring testing machine 01


Izod/Charpy impact testing machine 01

2. ME Metallurgy Lab Muffle furnace

69.16 sq.m 01

Jominey end quench hardenability test

instrument 01

Specimen cutting machine 01

Specimen mounting press 01

Belt grinder 01

Dual disc polishing machine 01

Optical microscope (Metz-57) 05

Optical microscope (Metz-780) 01

Rockwell hardness testing machine 01

3. ME

Engineering

Drawing

With AutoCAD

Desktop systems (Lenovo) with

AutoCAD (Education Version) 69 sq.m 46

4. ME

Mechanics of

fluids and

Hydraulic

Machines Lab

Calibration of Venturimeter

208.10

01

Calibration of Orifice meter 01

Friction in pipes 01

Loss of head due to sudden contraction 01

Turbine flow meter 01

Impact of jet on vanes 01

Verification of Bernoulli’s Theorem 01

Single stage centrifugal pump 01

Multistage centrifugal pump 01

Reciprocating pump 01

Pelton wheel 01

Francis Turbine 01

Kaplan turbine 01

05. ME Kinematics of

Machinery Binary link 77.35 sq.m 1

Ternary link 1

Quaternary Link 1

Kinematic Pairs 1


Chain Drive 1

Connecting Rod Model 1

Slider Crank mechanism Model 1

Reciprocating Engine mechanism 1

Oscillating cylinder mechanism 1

Withworth quick return mechanism 1

Four bar link mechanism 1

Scotch yoke mechanism 1

Crank and slotted lever mechanism 1

Belt Drive single speed 1

Belt Drive two stage 1

Belt Drive lose and fast 1

Plate cam with flat faced reciprocating

follower 1

Tangent cam with roller oscillating

follower 1

Cylindrical cam with translating follower 1

Translating cam with reciprocating knife

edge follower 1

End cam with translating follower 1

Single stage spur gear 1

Two stage spur gear 1

Single stage bevel gear 1

Single stage helical gear 1

Single stage spiral gear 1

Epicyclic gear 1

Worm gear 1

Simple gear train with housing 1

Compound gear train with housing 1

Flat belt pulley 1

Rope belt pulley 1

V-belt pulley 1

Cone or step pulley 1

Universal vibration apparatus 1


Static & Dynamics balancing apparatus 1

Vibration measuring system 1

Motorized gyroscope 1

Field Balancing of Thin Rotors Using

Vibration Pickups. 1

6.

ME

.

Production

Technology

Sand Siever 215.65 sq. m. 1

Universal Strength Machine 1

Permeability Tester 1

Arc Welding Machine 1

Spot Welding Machine 1

TIG Welding Machine 1

Water Plasma Welding Machine 1

Brazing Setup 1

Fly Press 1

Hydraulic Press 1

Injection Moulding Machine 1

Blow Molding Machine 1

Wood Tuning Machine 1

7.

ME Instrumentation

Lab

Rotameter apparatus

68.92 sq.m

01

Seismic pickup Apparatus 01

McLeod gauge apparatus 01

Pressure gauge setup 01

Transducer module for temp.

Measurement 01

LVDT transducer 01

Strain gauge module 01

Thermocouple module for Temperature

measurement 01

Angle measurement Module 01

Photo and magnetic speed pickup module 01

Resistance temp Detector module 01

8.

ME

Thermal

Engineering lab

Single cylinder 4 stroke water cooled

diesel engine cut section model (valve

time rig)

104.54 sq.m

1


Single cylinder 2 stroke air cooled petrol

engine cut section model (port time rig) 1


engine test rig 1

Single cylinder 4-stroke petrol engine 1

Multi cylinder 4 stroke water cooled

petrol engine test rig 1

Twin cylinder 4 stroke water cooled

Diesel engine 1

Variable compression ratio test rig 1

Air compressor test rig 1

ME

Boiler models

104.54 sq.m

2


engine test rig (Assembling and

Disassembling purpose)

1

Single cylinder 2-stroke petrol engine

(Assembling and Disassembling purpose) 1

Single cylinder 4-stroke petrol engine


Single cylinder 4-stroke Diesel engine


9

ME

Metrology

Gear Tooth Vernier

69.16 sq.m

1

Tool Maker Microscope 1

Bevel Protractor 1

Sine Bar 1

Slip Gauge Box 1

Spirit Level 1

Surface Plate 1

2-Wire and 3-Wire Test 1

10

ME

Machine tools

Lathe machine 215.65 Sqm

04

Shaper 01

Planer 01

Radial Drilling 01

Slotting 01

Milling 01

Tool End cutter 01

Surface Grinding 01

Cylindrical grinding 01

11

ME

CAD

Desktop systems with latest configuration

and adequate graphic card

69 sq.m

45

AutoCAD 2016 45

ANSYS 16.0 50 users

CREO-3.0(Pro/E) 50 users

12

ME

CAM

CNC – XL TURN

69 sq.m

1

CNC – XL MILL 1

Desktop system with latest configuration

and adequate graphic card 1


Metrology Instruments For Quality And

Inspection 3

13. ME

Engineering

Workshop

Blacksmithy Tools and Tongs 306.68

45

Wiring Boards 6

House Wiring Tools 88

House Wiring Cables 2

Foundry Tools 55

Cope And Drag Boxes 6

Different Patterns 14

Core Boxes 3

Arc Welding Machine 2

TIG Welding Machine 1

Welding Tools 44

Power Hacksaw 1

Drilling Machine 1

Bench Grinder 2

Pipe Vice 4

Plumbing Tools And Pipe Samples 12

Lathe Machine With All Accessories 2

Water Plasma Cutting Machine Model 1

Benches 11

Carpentry Vices 15

Carpentry Tools 187

Wood Pieces To Conduct Experiments 600

Bench Vices 23

Fitting tools 396

Metal Pieces for fitting experiments 1200

Tin Smithy Tools 110

Sheet Metal Pieces For Conducting

Experiments 500

Oil Fired Open Hearth Furnace 1

Coal Fired Open Hearth Furnace 1

Anvil 5

Swage Block 1

Sledge Hammer 12


CE List of Major Equipment / Facilities :

Sl.

No of

Lab

Dept. Name of the

Laboratory

Sl. No of

equipment

Name of the Equipment/

Machinery

Number

Available

Total Area

of lab in

sq.m

1 Civil Strength of

Materials

1 Universal Testing Machine 1

117.3

2 Cantilever Beam Setup 1

3 Simply Supported Beam Setup 1

4 Continuous beam setup 1

5 Maxwell Reciprocal Theorem -

Beam Setup 1

6 Torsion Testing Machine 1

7 Brinells/Rockwell hardness 1

8 Spring Testing Machine 1

9 Compression Testing Machine 1

10 Impact Testing Machine 1

11 Shear Attachment for UTM. 1

12 Electrical Resistance Strain Gauge 1

2 Civil Surveying

1 20M chain 11

66.3

2 30M chain 2

3 Arrows 40

4 15M tapes 2

5 30M tapes 8

6 2M ranging rods 30

7 3M ranging rods 10

8 Cross staffs 8

9 Dumpy level 8

10 Levelling staff 8

11 Auto-level 3

12 Theodolite 7

13 Total station 5

14 GPS 4

3 Civil

Fluid

Mechanics

and Hydraulic

Machinery

1 Venturimeter 1

208.1

2 Orificemeter 1

3 Mouth Piece and Orifice 1

4 Rectangular, Triangular and

Trapezoidal Notch Setup 1

5 Friction Factor Apparatus 1

6 Sudden Contraction Apparatus 1

7 Bernoulli's Apparatus 1

8 Impact of Jet apparatus 1

9 Hydraulic Jump Setup 1

10 Pelton Wheel Turbine 1

11 Francis Turbine 1

12 Single Stage Centrifugal Pump 1

13 Multi Stage Centrifugal Pump 1

14 Reciprocating Pump 1


15 Water Hammer Apparatus 1

4 Civil Engineering

Geology

1 Mineral Samples 50

71.1

2 Pocket Knife 20

3 Magnifying Lens 20

4 Streak Plates 20

5 Rock Samples 50

6 Polarised Petrological

Identification Microscope 1

7 Geological Maps 3

8 Clinometer 1

9 Set of Faults and Fold Models 1

10 Topographical Maps 3

11 Electrical Resistivity Meter 1

5 Civil Geotechnical

Engineering

1

CBR Testing Machine with 3

Moulds and Rammers for Grain

Size Analysis

1

72.5

2 Triaxial testing machine with

accessories for compaction test 1

3 Direct shear testing machine with

accessories 1

4 Unconfined compression testing

machine with accessories 1

5 Consolidation test with 3 gang 1

6

Permeability mould with

accessories for constant and

variability test

1

7 Vane shear test apparatus 1

8 Casagrande's liquid limit apparatus

with accessories 1

9 Plastic limit apparatus with

accessories 1

10 Shrinkage limit apparatus with

accessories 1

6 Civil Concrete

Technology

1 Vicat apparatus 5

121.6

2 90 micron sieve 5

3 Specific gravity bottle 10

4 Le chatlier apparatus 5

5 Autoclave 1

6 Sieve set 1

7 Gradation chart 1

8 Length gauge 2

9 Thickness gauge 2

10 Pycnometer bottle 10

11 Slump cone apparatus 3

12 Compaction test apparatus 1

13 Vee - bee consistometer 1


14

Flow table apparatus with slump

cone 1

15 V funnel test apparatus 1

16 L Box test apparatus 1

17 Compressive testing machine 1

18 Cube moulds 25

19 Cylinder moulds 25

20 Flexure testing machine 1

21 Brazilian test apparatus 1

22 Strain gauges for CTM 1

23 Rebound hammer 1

24 Ultrasound concrete tester 1

7 Civil Highway

Materials

1 Los-Angeles Abrasion test set up 1

88.2

2 Aggregate Impact Test set up 1

3 Devals Attrition Test set up 1

4 Shape tests- length gauge 4

5 Shape tests- Thickness gauge 4

6 Benkelman Beam apparatus 1

7 Marshall Stability 1

8 Standard Penetrometer 1

9 Ductility Test set up 1

10 Softening Point apparatus 1

11 Flash and fire point apparatus 1

12 Oven 1

8 Civil Environmenta

l Engineering

1 BOD Incubator 1

66.4

2 COD Digestor 1

3 Micro balancer 1

4 Refrigerator 1

5 Hot air oven 1

6 Muffle Furnace 1

7 Titration equipment & Setup 20

8 pH meter 2

9 Turbidity meter 2

10 Electrical Conductivity meter 2

11 Dissolved Oxygen Analyser 2

12 Spectrophotometer 1

13 Vertical Autoclave 1

14 Jar Test Apparatus 1

15 Distilled Water Still 1

16 Magnetic Stirrer with hot plate 1

S & H List of Major Equipment / Facilities :

Sl.

No. Dept.

Name of the


Total

Area of

lab/wor

Number

Availabl

e


kshop

1 Science and

Humanities Physics Lab-1

CRO’S

112sq.m

2

Spectrometer 4

Travelling Microscope 4

Dual mode Regulated Power Supply(0-

30v/2A) 4

LCR Board with Function Generator 4

Fiber optical kit(Analog+Digital) 2+2=4

Fly Wheel 2

LED &LASER Characteristics with Meters 2

Solar Cell Characteristics with Digital Meters

and Power supply 2

Stewart and Gee’s Method Kit 4

2 Science and

Humanities Physics Lab-2

CRO’S

74sq.m

2

Spectrometer 4

Travelling Microscope 4

Dual mode Regulated Power Supply(0-

30v/2A) 4

LCR Board with Function Generator 4

Fiber optical kit (Digital) 3

Fly Wheel 2

LED &LASER Characteristics with Meters 2

Solar Cell Characteristics with Digital Meters

and Power supply 2

Stewart and Gee’s Method Kit 3

3 Science and

Humanities Engineering

Chemistry Lab-1

Digital Balance

117 Sq. m

04

Digital Conductivity 05

Hot Air Oven 01

Potentiometers 05

Water distillation set 01

Colorimeters 05

4 Science and

Humanities Engineering

Chemistry Lab-2

Digital Balance

75 Sq. m

04

Digital Conductivity 05

Hot Air Oven 01

Potentiometers 05

Colorimeters 05

5 Science and

Humanities English Lab-1

Digital Stereo audio system

66 sq m

1

Camcorder 1

Student Console - Learning Software (SoftX

Technologies -ICS & CALL LAB) 30

Computers 30

Head Phones 31

Platform Software windows 31

Public Address System 1

Television 1

Projector 1

6

Science and


Master Console 66 Sq m

1




Computers 31

Head Phones 30


7 Science and


Computers 78 Sq m

2

Groups Discussion Tables 2

Digital Stereo audio system 1

Camcorder 1


Television 1

Projector 1

8 Science and

Humanities

Computational

Mathematics Lab

(CM Lab) - 1

Computer Systems

(HP, Dell, Assembled) with Dev C++, Octave 66 Sqm 31

9 Science and

Humanities

Computational

Mathematics Lab

(CM Lab) - 2

Computer Systems


10 Science and

Humanities

Computational

Mathematics Lab

(CM Lab) - 3

Computer Systems


11 Science and

Humanities

Computer

Programming

lab- 1

Computer Systems 66 Sqm 32

12 Science and

Humanities

Computer

Programming

lab- 2

Computer Systems 66 Sqm 31

13 Science and

Humanities

Computer

Programming

lab- 3

Computer Systems

92 Sq m

61


Head Phones 61



Master Console 1

14 Science and

Humanities ITWS Lab Computer Systems 74 sq.m 33

15 Science and

Humanities

Advanced English

Communication

Lab-1

Projector 68 Sqm

1

Computers with Head Phones 37

16 Science and

Humanities

Advanced English

Communication

Lab-2 Computers with Head Phones 68 Sqm 40

17 Science and

Humanities

Advanced English

Communication

Lab-3

Round Tables

122sq.m

15


Digital Stereo audio system 1

Camcorder 1

Hand Mike

1

Collar mike 1

Projector 1

Computers with Head Phones 77

Television

1


MBA List of Major Equipment / Facilities :

Sl.

No. Dept. Name of the Laboratory

Name of the

Equipment

Machinery

Total Area of

lab/workshop

Number

Available

1 MBA E Class 2 PC 132 sq.m 36


ANNEXURE 2

LIST OF EXPERIMENTAL SETUP:

List of Experimental Setup

16EC21L1 – ELECTRONIC DEVICES AND CIRCUITS LAB

Part A

Electronic Workshop Practice (Two lab sessions):

1. Identification, specification and testing of R, L, C Components, Potentiometers, Rheostats, Switches

(SPST, SPDT, DPST, DPDT and DIP), Coils, Gang Condensers, Relays, Bread Boards, PCBs,

Sensors (LDR, Thermistors, Piezo-Buzzers)

2. Identification, specification, testing of Active Devices - diode, BJT, JFET, MOSFET, Power

Transistor, LED, LCD, SCR and UJT.

3. Study and operation of Multimeter, Voltmeter , Ammeter, Function Generator, Regulated Power

Supply and CRO

Part B

(A minimum of 10 experiments are to be conducted)

1. Static and dynamic resistances of a p-n junction diode from its V-I Characteristics.

2. Percentage regulation of Zener diode voltage regulator for various resistive loads.

3. Ripple factor and percentage regulation of Half Wave Rectifier with & without filters (Capacitor

filter).

4. Ripple factor and percentage regulation of Full Wave Rectifier with & without filters (L

section and π section).

5. Input & Output characteristics of BJT in CB Configuration and h-parameter calculation.

6. Input & Output characteristics of BJT in CE Configuration and h-parameter calculation.

7. FET (Common Source) Characteristics and calculation of gm and rd.

8. Design of self-bias circuit for BJT.

9. Frequency response of CE amplifier.

10. Frequency response of common source FET amplifier.

11. SCR characteristics

12. UJT characteristics

Additional Experiments:

13. Characteristics of LED

14. Characteristics of MOSFET

16EC21L2 - SIMULATION LAB – I

1. Generation of Various Signals and Sequences (Periodic and Aperiodic), such as Unit Impulse, Unit

Step, Square, Saw tooth, Triangular, Sinusoidal, Ramp, Sinc.

2. Operations on Signals and Sequences such as Addition, Multiplication, Scaling, Shifting, Folding,

Computation of Energy and Average Power.

3. Finding the even and odd parts of Signal/Sequence and real and imaginary parts of a complex Signal.

4. Convolution between (i) Signals (ii) sequences.

5. Auto Correlation between (i) Signals (ii) Sequences.

6. Cross Correlation of (i) Signals (ii) Sequences

7. Verification of Linearity and Time Invariance Properties of a given Continuous / Discrete System.

8. For the given LTI system

a) Computation of Unit sample, Unit step and Sinusoidal responses


b) Verifying its physical realizability and stability properties.

c) Locating the poles and zeros in s-plane and z-plane.

9. Verification of Gibbs Phenomenon.

10. Finding the Fourier Transform of a given signal and plotting its magnitude and phase spectrum.

11. Waveform Synthesis using Laplace Transform.

12. Find and plot the cumulative distribution and probability density functions of a random variable.

13. Finding the moments of a random variable.

Additional Experiment:

1. Verification of central limit theorem

16EC22L1- ELECTRONIC CIRCUITS AND PULSE CIRCUITS LAB

Part A

ELECTRONIC CIRCUITS

(A Minimum of Six Experiments are to be conducted)

List of Experiments:

1. Frequency response of two-stage RC coupled BJT/FET amplifier

2. Feedback Amplifiers (Voltage Series)

3. Feedback Amplifiers ( Current Series)

4. Wien Bridge Oscillator using Transistors

5. RC Phase Shift Oscillator using Transistors

6. Series fed Class A Power Amplifier

7. Class B Complementary- Symmetry Power Amplifier

8. Darlington amplifier

Part B

PULSE CIRCUITS

(A Minimum of Six Experiments are to be conducted using hardware)


1. Linear Wave Shaping.

1. RC Low Pass Circuit for different time constants.

2. RC High Pass Circuit for different time constants.

2. Non - Linear Wave Shaping.

1. Transfer Characteristics and response of Clippers:

i. Positive and Negative Clippers

ii. Clipping at two independent levels

2. The Steady state output waveform of clampers for a square wave input

i. Positive and Negative Clampers

ii. Clamping at reference voltage

3. Switching characteristics of a transistor

4. Design Bistable Multivibrator and plot its base and collector waveforms

5. Design Astable Multivibrator and plot its base and collector waveforms

6. Design Monostable Multivibrator plot its base and collector waveforms

7. Schmitt Trigger

8. UJT relaxation Oscillator

9.


1. Current Series Feedback amplifier


2. Bootstrap sweep circuit

3. Miller sweep circuit

16EC22L2- ANALOG COMMUNICATIONS LAB

1. Amplitude Modulation and Demodulation

2. DSB-SC Modulation & Detector

3. SSB-SC Modulator & Detector

4. Frequency Modulation and Demodulation

5. Study of Spectrum Analyzer and Analysis of AM and FM Signals

6. Pre-emphasis & De-emphasis

7. Time Division Multiplexing and De multiplexing

8. Frequency Division Multiplexing and De multiplexing

9. Verification of Sampling Theorem

10. Pulse Amplitude Modulation & De modulation

11. Pulse Width Modulation & De modulation

12. Pulse Position Modulation & De modulation

13. AGC Characteristics


14. Frequency Synthesizer

15. PLL as FM De-modulator

16EC22L3- SIMULATION LAB – II

1. Checking the given random process for stationarity.

2. Estimation of signal in the presence of noise

3. Verification of Weiner – Khinchine relation

4. Verification of Sampling theorem

5. Amplitude modulation (AM-DSBSC, AM-DSBFC) and demodulation-study of magnitude spectrum

6. Frequency modulation and demodulation-study of magnitude spectrum

7. Time division multiplexing and de-multiplexing

8. Pulse Width Modulation


Part B

The experiments are to be simulated using Multisim/ LTspice or equivalent software

(A Minimum of six experiments are to be conducted )


1. Common Source Amplifier

2. Common Base (BJT)/ Common Gate (JFET) Amplifier

3. Two Stage RC Coupled CE Amplifier

4. Cascode Amplifier (CE-CB Amplifier)

5. Darlington pair

6. Class A power amplifier with transformer load

7. Class B Complementary- Symmetry Power Amplifier

8. Hartley and Colpitt’s Oscillators


1. AM-SSBSC modulation and demodulation - study of magnitude spectrum

2. Common gate JFET amplifier

16EC31L1 – MICROPROCESSORS AND MICROCONTROLLERS LAB

Part A:

8086: Kit and/or MASM Programming (Minimum 4 experiments to be conducted)

1. Programs for 16 bit arithmetic operations (using various addressing modes)

2. Program for sorting an array

3. Program for searching for a number or character in a string

4. Program for String manipulations

5. Program to generate Fibonacci Series

Interfacing with 8086 Microprocessor: (Minimum 3 experiments to be conducted)

6. Interfacing ADC and DAC to 8086.

7. Parallel communication between two microprocessors using 8255.

8. Serial communication between two microprocessor kits using 8251.

9. Verification of various modes of operation of 8255.

Part B: (Minimum 5 experiments to be conducted)

8051: Kit and/or Keil Programming 10. Programming using arithmetic, logical and bit manipulation instructions of 8051

11. Program and verify Timer/Counter in 8051.

12. Program and verify interrupt handling in 8051.

13. Verification of UART operation in 8051.

Interfacing with 8051 Microcontroller 14. Communication between 8051 kit and PC.

15. Interfacing Keyboard/Display to 8051.

Additional Experiments: 1. Interfacing LCD to 8051.

2. Wave form generation using Keil.

3. Programs using DOS/BIOS interrupts.


16EC31L2 - IC APPLICATIONS AND HDL SIMULATION LAB

PART – A (minimum 7 experiments)

Design and Verify the functionality of the following:

1. Inverting and Non-inverting Amplifiers using OPAMP IC 741.

2. Summing and Difference Amplifier using OPAMP IC 741.

3. Integrator Circuit and Differentiator circuit using OPAMP IC 741.

4. Active Filters – Butterworth LPF and HPF (second order) using OPAMP.

5. IC 741 Waveform Generators – Sine, Square wave and Triangular waves.

6. Mono-stable Multivibrator and Astable Multivibrator using IC 555.

7. Schmitt Trigger Circuits – using IC 741.

8. Design of Frequency Multiplier using PLL IC 565

9. Design of Low and High Voltage Regulators using IC 723

PART – B (minimum 3 experiments)

Design the following combinational and sequential circuits using TTL 74XX Series ICs:

1. Full adder/subtractor using decoders IC 74138 or IC 74328

2. Designing a 8:1 MUX using 4:1 MUXs or 2:1 MUXs

3. Divide by N counter using two 7490 ICs

4. Universal Shift register (preferably 4-bit and above)

5. Shift Register Counter (Johnson and Ring Counters)

Note: It’s suggested that the student be asked to generate clock (1Hz or whatever) for experiments 3, 4 and 5

(in Part-B) using IC 555 Timer, instead of using Function Generator

PART – C (minimum 2 experiments using Verilog HDL)

1. Simulation of logic gates – OR, AND, NOT, NAND, NOR, XOR, XNOR

2. Simulation of Half-Adder and Full-Adder

3. Simulation of 8x1 MUX and 1x8 DEMUX.

Suggested Additional Experiments:

1. OPAMP characteristics and parameter measurement

2. Weighted resistor 4-bit DAC using IC 741

3. Priority Encoder using 74XX Series.

4. Simulation of Synchronous up-down counter


16EC32L1 - DIGITAL SIGNAL PROCESSING LAB

1. Generation of Sinusoidal waveform / signal based on recursive difference equations.

2. To find DFT / IDFT of given DT signal.

3. To find frequency response of a given system given in (Transfer Function/ Differential equation

form).

4. Implementation of FFT of given sequence.

5. Determination of Power Spectrum of a given signal(s).

6. Design and Implementation of LP FIR filters for given specifications.

7. Design and Implementation of HP FIR filters for given specifications.

8. Design and Implementation of LP IIR filters for given specifications.

9. Design and Implementation of HP IIR filters for given specifications.

10. Time frequency analysis of a given non-stationary signal.

11. Design a FIR Filter using the following windows and compare their finite word length effects.

a. Rectangular window

b. Hamming window

c. Hanning window

d. Kaiser window

12. Implementation of Decimation Process.

13. Implementation of Interpolation Process.

14. Implementation of I/D sampling rate converters.

15. Noise removal: Add white noise to a signal and study their spectral characteristics and then remove

the noise.

16. Impulse response of first order and second order systems.

Additional Experiments

1. Reading a speech waveform and plot its frequency spectrum by using WaveSurfer (a freeware

software) or by using MATLAB.

2. CD data to DVD data conversion.


16EC32L2 - DIGITAL DESIGN THROUGH VERILOG HDL LABORATORY

1. Design a Verilog module of full adder module using half adder module and OR gate primitive.

2. (a) Design a Verilog module to generate Excess-3 code of 4-bit output from a BCD code.

(b) Design a Verilog module to generate BCD code of 4-bit output from a Excess-3 code.

3. Use the 2 to 4 decoder module and prepare

a) 4 to 1 Multiplexer module.

b) 1 to 4 demultiplexer module.

4. Design a Verilog module of the flip-flops (Clocked RS, Clocked D, Clocked JK and Clocked T) using

universal gates.

5. Design a Verilog module using continuous assignment statements for the following:

a) Parity Generator

b) 7 segment decoder

6. Design a Verilog module of 4 bit comparator.

7. Design a Verilog module for swapping variable values using:

a) Blocking assignments.

b) Non-blocking assignments. 8. Design a Verilog module for priority encoder using casex constructs.

9. Design a Verilog module for 3-bit binary adder.

10. Design a Verilog module to design NOT, NAND, NOR, OR and AND gates using switch level

modeling.

11. Form a UDP for a 4 to 1 multiplexer.

12. Form a UDP for an positive edge triggered D-flip-flop.

13. Design of 4-bit Binary, BCD Counters (Synchronous/ Asynchronous Reset).

14. Design of Sequence Detector (Finite State Machine- Mealy and Moore Machines).

Additional Experiments: 1. Design of a 4-bit Shift Register of Serial in Serial out, Serial in Parallel out, Parallel in, Serial out, and

Parallel in Parallel Out.

2. Design of 4-bit Ring and Johnson Counters.

16EC32L3 - VLSI LAB

Part A : HDL programs: (software to be used is XILINX)

The design shall include Verilog HDL/VHDL design, Logic synthesis, Simulation and verification.

Programming can be done using any HDL complier. Down load the programs on FPGA/CPLD boards and

performance testing may be done using logic analyzer apart from verification by simulation with any of the

front end tools.

1. Develop HDL code to realize all the logic gates

2. Design of 2-to-4 decoder

3. Design of 8-to-3 encoder (without and with priority)

4. Design of 8-to-1 multiplexer and 1-to-8 demultiplexer

5. Design of 4 bit binary to gray code converter

6. Design of 4 bit comparator

7. Design of Full adder using 3 modeling styles

8. Design of flip flops: SR, D, JK, T

9. Design of 4-bit binary, BCD counters ( synchronous/ asynchronous reset) or any sequence counter

PART B: VLSI programs: (any of the CAD tools - Cadence / Mentor Graphics / Synopsys /Equivalent

CAD tools can used)

The design shall include Gate-level design, Transistor-level design, and Hierarchical design. Layout design

and physical verification, placement & route for complex design, static timing analysis of the following:

1. Design CMOS inverter

2. Design CMOS NOR/ NAND gates


3. Design CMOS XOR and XNOR gates

4. Design 4 to 1 Multiplexer

5. Design Static and Dynamic logic circuit (register cell)

6. Design SR Latch

7. Design Pass transistor

8. Design Layout of any combinational circuit (complex CMOS logic gate).

9. Design Inverter characteristics using Pspice simulation model

Note: Any SIX of the above experiments from each part are to be conducted (minimum 12 experiments)


1. Finite State Machine Design using Verilog HDL.

2. VLSI design Layout for one-bit full adder.

A70499 MICROWAVE & DIGITICALCOMMUNICATIONS LAB

Microwave Engineering: 1. Reflex Klystron Characteristics

2. Gunn Diode Characteristics

3. Attenuation Measurement

4. Directional Coupler Characteristics

5. Measurement of Scattering parameters of a Magic Tee

6. Measurement of Waveguide Parameters

7. Measurement of scattering parameters of three port Circulator

8. Microwave Frequency Measurement

9. VSWR Measurement

10. Measurement of Impedance of a given Load

Digital Communications: 1. Time Division Multiplexing of 2 Band Limited Signals

2. Delta modulation and De modulation

3. Frequency Shift Keying: Generation and Detection

4. Phase Shift Keying: Generation and Detection

5. Differential Phase Shift Keying

6. PCM Generation and Detection

7. Differential Pulse Code Modulation

8. Amplitude Shift Keying: Generation and Detection

9. Study of the spectral characteristics of PAM, QAM

10. QPSK: Generation and Detection

Additional Experiments: 1. Digital Phase Detector

2. Measurement of Scattering parameters of a E Plane Tee

3. Measurement of Scattering parameters of a H Plane Tee

STRENGTH OF MATERIALS LABORATORY:

LIST OF EXPERIMENTS

1. Conduct tensile test on metal rods to determine Yield stress, ultimate stress, breaking stress, percentage

elongation and percentage reduction in area.

2. Determination of Young’s modulus by conducting deflection test on cantilever beam.

3. Determination of Young’s modulus by conducting deflection test on simply supported beam.

4. Determination of modulus of rigidity of a given specimen by conducting torsion test.

5. Determination of hardness for metal specimen namely Mild steel, High carbon steel, Stainless steel,


Brass, Copper and Aluminum using Brinnels and Rockwell Hardness test.

6. Determination of modulus of rigidity using spring test for a given spring specimen.

7. Determination of compressive strength of a given brick/ wood by conducting compression test.

8. Determination of impact toughness of a given specimen using Izod Impact test and Charpy impact test.

9. Determine the shear strength of the given specimen by conducting shear test using Universal Testing

Machine (UTM).

10. Verification of Maxwell’s Reciprocal theorem on beams.

11. Use of Electrical Resistance Strain Gauges.

12. Determination of Young’s modulus for the given specimen by conducting deflection test on continuous

beam.

SURVEYING LABORATORY - LIST OF EXERCISES:

1. Chain Surveying:

a. Determination of area and plotting.

b. Chaining across obstacles.

2. Fly Levelling (differential levelling).

3. Longitudinal and Cross Sectioning and plotting using Auto Level.

4. Theodolite:

a. Measurement of horizontal and vertical angles.

b. Distance between inaccessible points.

5. Heights and distances using the principles of Tacheometric surveying.

6. Determination of area using Total station.

7. Traversing using Total station.

8. Contouring using Total station.

9. Determination of remote height using total station.

10. Distance, gradient and difference in height between two inaccessible points using Total Station.

11. Curve setting using Total station.

12. Setting out works for buildings and pipe lines using Total station.

13. Finding position of stations using G.P.S.

ENGINEERING GEOLOGY LABORATORY:

LIST OF EXERCISES

1. Physical properties for identification of rock-forming minerals.

2. Megascopic description and identification of rocks.

3. Microscopic study of rocks.

4. Interpretation and drawing of sections for geological maps showing tilted beds, faults, unconformities,

etc.

5. Measurement of strike and dip of joints in granites using clinometer compass.

6. Study of Structural Geological problems.

7. Study of Structural Geological models.

8. Study of geological and geotechnical maps of Telangana, Andhra Pradesh and India.

9. Measurement of Electrical resistivity of rocks, soils and groundwater using Electrical resistivity meter.

CONCRETE TECHNOLOGY LABORATORY:

LIST OF EXPERIMENTS

I. Test on Cement


1. Normal consistency and Fineness of cement.

2. Initial setting time and Final setting time of cement.

3. Specific gravity of cement.

4. Soundness of cement.

5. Compressive strength of cement.

II. Test on Aggregate

1. Sieve analysis and Gradation charts.

2. Shape test on aggregates.

3. Bulking of fine and coarse aggregates.

III. Test on Fresh Concrete

1. Slump flow test.

2. Compaction factor test.

3. Vee-bee test.

4. Flow table Test.

IV. Self-compacting Concrete

1. Slump flow test.

2. V funnel.

3. L Box.

V. Test on Hardened Concrete

1. Compression test on cubes and cylinders.

2. Flexure test.

3. Splitting tensile test.

4. Modulus of elasticity.

VI. Non Destructive Test of Concrete

1. Rebound Hammer.

2. Ultrasound Pulse Velocity (UPV).

FLUID MECHANICS AND HYDRAULIC MACHINERY LABORATORY:

LIST OF EXPERIMENTS 1. Calibration of Venturimeter and Orificemeter.

2. Determination of Coefficient of discharge for a small orifice / mouthpiece by constant head method.

3. Calibration of contracted Rectangular Notch and / Triangular Notch.

4. Determination of friction factor of a pipe.

5. Determination of Coefficient for minor losses.

6. Verification of Bernoulli’s theorem.

7. Impact of jet on vanes.

8. Study of Hydraulic jump.

9. Performance test on Pelton wheel.

10. Performance test on Francis turbine.

11. Performance characteristics of a single stage/ multi-stage centrifugal pump.

12. Performance characteristics of a reciprocating pump.


GEOTECHNICAL ENGINEERING LABORATORY - LIST OF EXPERIMENTS

1) Atterberg’s limits (Liquid Limit& Plastic Limit)

2) Field density-Core cutter and Sand replacement

3) Grain size analysis

4) Permeability of soil, constant & variable head test

5) Compaction test

6) CBR test

7) Consolidation test

8) Unconfined compression test

9) Tri-axial test compression test

10) Direct shear test

11) Vane shear test

CONCRETE AND HIGHWAY MATERIALS LABORATORY - LIST OF EXPERIMENTS

I. ROAD AGGREGATES:

1. Aggregate Crushing value

2. Aggregate Impact Test.

3. Specific Gravity and Water Absorption.

4. Attrition Test

5. Abrasion Test.

6. Shape tests

II. BITUMINOUS MATERIALS:

1. Penetration Test.

2. Ductility Test.

3. Softening Point Test.

4. Flash and fire point tests.

III. CEMENT AND CONCRETES:

TESTS ON CEMENTS:

1. Normal Consistency of fineness of cement.

2. Initial setting time and final setting time of cement.

3. Specific gravity and soundness of cement.

4. Compressive strength of cement.

5. Workability test on concrete by compaction factor, slump and Vee-bee.

6. Young’s modulus and compressive strength of concrete.

7. Bulking of sand.

8. Non-Destructive testing on concrete (for demonstration)

ENVIRONMENTAL ENGINEERING LABORATORY - LIST OF EXPERIMENTS

1. Determination of pH and Turbidity.

2. Determination of Conductivity and Total Dissolved Solids.

3. Determination of Total Solids, Organic solids and Inorganic solids.

4. Determination of Alkalinity/Acidity.

5. Determination of Chlorides.

6. Determination of Iron.


7. Determination of Dissolved Oxygen.

8. Determination of Nitrates.

9. Determination of Optimum Coagulant Dosage.

10. Determination of Chlorine Demand.

11. Determination of Total Phosphorous.

12. Determination of B.O.D.

13. Determination of C.O.D.

14. Presumptive coliform test.

Department of S&H

1. Engineering Chemistry lab

List of experiments

2. Engineering Physics lab

S.No LIST OF EXPERIMENTS

1 Determination of Rigidity Modulus of a given wire using Torsional Pendulum

2 Determination of Young’s Modulus of the material of a beam - Cantilever – Uniform bending

3 Determination of Moment of Inertia of a Flywheel

4 Coupled Oscillator - Determination of Coupling constant Coupled Oscillator

5 Frequency of alternating current – Sonometer method (using electro magenet )

6 Determination of Dispersive Power of the material of a prism- Spectrometer

7 Determination of Radius of Curvature of a Plano convex lens by forming Newton’s rings

8 Determination of Wavelength of spectral lines in Hg spectrum - Diffraction Grating

9 Determination of Wavelength of a given source of LASER - diffraction grating

10 Determination of Magnetic field of induction at several points on the axis of coil carrying current using Stewart & Gee’s method

11 Time Constant of the given RC combination

12 Study the frequency response of LCR series circuit and find the resonant frequency and quality factor


S.NO LIST OF EXPERIMENTS

1. Preparation of Aspirin

2. Titration of Strong acid Vs Strong base by Potentiometry.

3. Titration of strong acid Vs strong base by Conductometry.

4. Estimation of Hardness of water by EDTA method.

5. Estimation of Copper by Colorimetric method

6. Titration of Weak acid Vs Strong base by Potentiometry.

7. Estimation of Chlorides in hard water

8. Estimation of iodine in different salts using Iodometry.

9. Determination of Viscosity of given liquid by Ostwald’s viscometer.

10. Determination of Surface tension of given liquid by Stalagmometer.

11. Synthesis of Biodiesel

12. Estimation of Ferrous Iron by Dichrometry

13. Synthesis of Oil of Winter green.

14. Determination of Ferrous iron in cement by colorimetric method.


1 Study V-I characteristics of Solar cell.

2 Determination of energy gap of a given semiconductor.

3. Applied Physics lab

S.NO LIST OF EXPERIMENTS

1 Determination of the Rigidity Modulus of a given wire using Torsional Pendulum.

2 Determination of magnetic field of Induction at several points on the axis of a circular coil

carrying current using Stewart and Gee’s method.

3 Determination of time constant of a given RC circuit.

4 To study the frequency response of LCR series circuit and to find the resonant frequency

and quality factor.

5 Determination of the radius of curvature of a given plano convex lens by forming Newton’s

rings.

6 Determination of the wavelength of spectral lines of mercury spectrum - Diffraction grating

7 Determination of the Wavelength of a given source of LASER-Diffraction grating.

8 Determination of numerical aperture and bending losses of a given optical fiber cable.

9 Determination of energy gap of a given semiconductor.

10 To study the V-I characteristics of p - n junction diode.

11 Conversion of ac to dc using half wave and full wave rectifier with and without filters.

12 Zener diode characteristics and Zener diode as voltage regulator.


1 Study V-I characteristics of Solar cell.

2 Study the input and output characteristics of a given Transistor - CE configuration

4. Semiconductor Physics lab

Sl.

No. Name of the experiment

1. Determination of the rigidity modulus of a given wire using Torsional pendulum.

2.

Determination of the radius of curvature of a given plano convex lens by forming Newton’s

rings.

3. Determination of wavelength of the spectral lines in mercury spectrum– Diffraction grating

4. Determination of the wavelength of a given source of LASER-Diffraction grating.

5. Determination of time constant of a given RC combination.

6. Determination of energy gap of a given semiconductor.

7. V-I Characteristics of p - n junction diode and Zener diode.

8. Input and Output characteristics of n-p-n transistor - CE configuration.

9. Input and Output characteristics of n-p-n transistor - CB configuration.

10. Conversion of ac to dc by using half wave rectifier with and without filters.

11. Conversion of ac to dc by using full wave rectifier with and without filters.

12. FET characteristics.

ADDITIONAL EXPERIMENTS

13.

Determination of magnetic field of Induction at several points on the axis of a circular coil

carrying current using Stewart and Gee’s method.

14. V-I characteristics of a Solar cell.


5. ENGLISH I LAB (CSE, ECE, EEE)

S.No Module

1 Ice Breaking Activity & J A M

2 Speech Sounds Neutralization of Mother Tongue Influence(MTI) and Conversation Practice

3 Syllables, Stress & Intonation

4 Listening Activities (Only for Demonstrative Purpose)

5 Situational Dialogues and Role Plays

6 Information Transfer

Additional Topics:

1 Stress Management

2 Negotiation Skills

6. ENGLISH II LAB (CSE, ECE, EEE)

S.No Module

1 Consonant Clusters, Past Tense and Plural Markers, Minimal Pairs

2 Describing People, Places, Situations – Narrating- Giving Directions

3 Discussions and Public Speaking

4 Debate

5 Oral Presentations

6 Creative Writing

Additional Topics

1 Assertive Communication

2 Time Management

7. ENGLISH LAB (CE, ME)

S.No Module

1 Ice Breaking Activity & JAM

2 Speech Sounds

3 Listening Activities (Only for Demonstrative Purpose)

4 Situational Dialogues and Debate

5 Information Transfer

6 Presentation Skills

Additional Topics:


1 Stress Management

2 Negotiation Skills

8. Computational mathematics lab

S.

NO

Name of the experiment

1 Program to determine y for a given x, if two arrays of x and y of same size are given

(using Newton’s interpolation both forward and backward).

2 Program to determine y for a given x, if two arrays of x and y of same size are

given(using Lagrange’s interpolation)

3 Program to find the solution of given system of linear equations using L-U

decomposition method.

4 Program to find the solution of given system of linear equations using Jacobi’s

method.

5 Program to find the solution of given system of equations using Gauss-seidel

iteration method.

6 Program to find the solution of given system of equations using Gauss Jordan

elimination method

7 Program to evaluate definite integral using trapezoidal rule, Simpson’s 1/3rd rule and

3/8th rule.

8 Program to solve a given differential equation using Taylor’s series

9 Program to solve a given differential equation Euler’s and modified Euler’s method.

10 Program to solve a given differential equation using Runge-Kutta method.

Additional Programmes

1 Program to solve system of equations using QR-algorithm

2 Program to solve system of equations using Predictor-Corrector algorithm.

9. INFORMATION TECHNOLOGY WORKSHOP LAB

SI.NO. LIST OF EXPERIMENTS

1 Assembling and Dissembling of Personal Computer

2 Installation of Windows 7 in the personal computer and Hardware and Software

Troubleshooting

3 Installing a Dual Boot Operating System

4 Features of Ms-Word

5 Features of Ms-Excel

6 Features of Ms-Power Point

7 Documentation using Latex

8 Create a document, spreadsheet and presentation using LibreOffice.


10. ENGINEERING WORKSHOP LAB

SI.NO. LIST OF EXPERIMENTS

1 CARPENTRY

2 FITTING

3 TINSMITHY‘‘

4 HOUSEWIRING

5 BLACK SMITHY

6 WELDING

7 DEMONSTRATION

11. List of Experiments CP – I Lab

S.No Name of the program

1. Introduction to RAPTOR Tool

Draw Flow chart using RAPTOR for,

a. Read a number and Display the same number

b. Read and Display the student details

c. Read two numbers from user and calculate addition and subtraction of those

numbers

d. Read two numbers from user at the time of execution and calculate

multiplication and division of those numbers

e. Find the square of a given number (take the number from the user)

f. Calculate the value of Y from the equation y = x2 + 2x + 3 (read the value of X

from user)

2. Draw Flow chart using RAPTOR for,

1. Calculate the area of a Circle

2. Calculate the area of a Square

3. Calculate the area of a Rectangle

4. Interchange two numbers

5. Find the sum of square of two numbers

6. Convert Centigrade to Fahrenheit

7. Convert Radius to Degrees

8. Display the roots of Quadratic Equation

3 Draw Flow chart using RAPTOR for,

a. Check the given number is Positive or Negative

b. Check the given number is even or odd

c. Display whether a person is eligible for vote or not

d. Calculate the Largest of two numbers

e. Check the given year is leap year or not

f. Check whether two numbers are equal or not

g. Find the largest value among three given numbers


a) Calculate and display the grade of a student

a. < 30 % - Fail

b. Between 31 and 50 – C grade

c. Between 51 to 60 – B grade


d. Between 61 to 75 – A grade

e. Greater than 75 - distinction

b) Find the quadratic roots of an equation ( real or imaginary)

c) Check the given number is multiple of 2,4and 8


a. Display n numbers using looping

b. Calculate the sum of n natural numbers

c. Display the even numbers below n

d. Calculate sum of even numbers and odd numbers from 1 to n (n value supplied by

the user)

6 a. Write a C program to display student details

b. Write a C program to perform arithmetic operations

c. Write a C program to implement increment and decrement operators

d. Write a C program to implement conditional operator

e. Write a C program to implement bit wise operator

7 a. Write a C program to calculate the biggest of given two numbers

b. Write a C Program to print the result depending on the following

1. < 30 % - Fail

2. Between 31 and 50 – C grade

3. Between 51 to 60 – B grade

4. Between 61 to 75 – A grade

c. Write a C Program to implement arithmetic calculator using switch case

8 a. Write a C program to find sum of n natural numbers

b. Write a C program to find individual digits of the given number

c. Write a C program to find factorial of a given number

9 a. Write a C program to display the prime numbers below n

( where n value is given by user)

b. A Fibonacci sequence is defined as follows: the first and second terms in the

sequence are 0 and 1. Subsequent terms are found by adding the preceding two

terms in the sequence.

Write a C program to generate the first n terms of the sequence.

c. Write a C program to find the quadratic roots of an equations

d. Write a c program to calculate sum of the following geometric equation

Sum=1+x+x2 +x3+….. + xn

10 a. Write a C program to find the given number is palindrome or not

b. Write a C program to find GCD and LCM of two given numbers using

functions

c. Write a C program to find the factorial of a given number using recursive

function

d. Write a C program to generate the fibonacci series using recursive function


a. ICP Lab.

11 a. Write a c program to find largest and smallest numbers in a list of array

elements using functions

b. Write a C program to sort the given list of elements in ascending order using

functions.

c. Write a c program to search for a given element in the list of array and display

the “location” if the number is found else print “the number is not found”.

1. Using fixed length array

2. Using variable length array.

12 a. Find the duplicate elements in the list of sorted array

b. Write a C program that uses functions to perform the Addition of Two

Matrices

c. Write a C program that uses functions to perform the Multiplication of Two

Matrices

13 a. write a C program to swap two integers using following methods

1. call by value

2. call by reference

b. Write a C program to find sum of even and odd numbers using functions and

pointers

14 a. Write a C program to find Largest Number Using Dynamic Memory

Allocation.

b. Write a C program to return multiples values from a function using

pointers

S.No Name of the program

1. Introduction to RAPTOR Tool

Draw Flow chart using RAPTOR for,

a. Read a number and Display the same number

b. Read and Display the student details

g. Read two numbers from user and calculate addition and subtraction of those

numbers

h. Read two numbers from user at the time of execution and calculate

multiplication and division of those numbers

i. Find the square of a given number (take the number from the user)

j. Calculate the value of Y from the equation y = x2 + 2x + 3 (read the value of X

from user)

2. Draw Flow chart using RAPTOR for,

9. Calculate the area of a Circle

10. Calculate the area of a Square

11. Calculate the area of a Rectangle


12. Interchange two numbers

13. Find the sum of square of two numbers

14. Convert Centigrade to Fahrenheit

15. Convert Radius to Degrees

16. Display the roots of Quadratic Equation


h. Check the given number is Positive or Negative

i. Check the given number is even or odd

j. Display whether a person is eligible for vote or not

k. Calculate the Largest of two numbers

l. Check the given year is leap year or not

m. Check whether two numbers are equal or not

n. Find the largest value among three given numbers


a. Calculate and display the grade of a student

a. < 30 % - Fail

b. Between 31 and 50 – C grade

c. Between 51 to 60 – B grade

d. Between 61 to 75 – A grade

e. Greater than 75 - distinction

b. Find the quadratic roots of an equation ( real or imaginary)

c. Check the given number is multiple of 2,4and 8


e. Display n numbers using looping

f. Calculate the sum of n natural numbers

g. Display the even numbers below n

h. Calculate sum of even numbers and odd numbers from 1 to n (n value supplied by

the user)

6 f. Write a C program to display student details

g. Write a C program to perform arithmetic operations

h. Write a C program to implement increment and decrement operators

i. Write a C program to implement conditional operator

j. Write a C program to implement bit wise operator

7 d. Write a C program to calculate the biggest of given two numbers

e. Write a C Program to print the result depending on the following

5. < 30 % - Fail

6. Between 31 and 50 – C grade

7. Between 51 to 60 – B grade

8. Between 61 to 75 – A grade

f. Write a C Program to implement arithmetic calculator using switch case

8 d. Write a C program to find sum of n natural numbers

e. Write a C program to find individual digits of the given number


13. CP – II

f. Write a C program to find factorial of a given number

9 e. Write a C program to display the prime numbers below n

( where n value is given by user)

f. A Fibonacci sequence is defined as follows: the first and second terms in the

sequence are 0 and 1. Subsequent terms are found by adding the preceding two

terms in the sequence.

Write a C program to generate the first n terms of the sequence.

g. Write a C program to find the quadratic roots of an equations

h. Write a c program to calculate sum of the following geometric equation

Sum=1+x+x2 +x3+….. + xn

10 e. Write a C program to find the given number is palindrome or not

f. Write a C program to find GCD and LCM of two given numbers using

functions

g. Write a C program to find the factorial of a given number using recursive

function

h. Write a C program to generate the fibonacci series using recursive function

11 d. Write a c program to find largest and smallest numbers in a list of array

elements using functions

e. Write a C program to sort the given list of elements in ascending order using

functions.

f. Write a c program to search for a given element in the list of array and display

the “location” if the number is found else print “the number is not found”.

3. Using fixed length array

4. Using variable length array.

12 d. Find the duplicate elements in the list of sorted array

e. Write a C program that uses functions to perform the Addition of Two

Matrices

f. Write a C program that uses functions to perform the Multiplication of Two

Matrices

13 c. write a C program to swap two integers using following methods

3. call by value

4. call by reference

d. Write a C program to find sum of even and odd numbers using functions and

pointers

14 b. Write a C program to find Largest Number Using Dynamic Memory

Allocation.

c. Write a C program to return multiples values from a function using

pointers

LIST OF EXPERIMENTS

1 1. Write a C program to find weather a given string is palindrome or not.

2. Write a C program to insert characters at a given location in a given string.

3. Write a C program to delete characters from a given string and position

4. Write a C program to print the number of vowels and consonants using Strings.

2 1. Write a C program to convert Roman number to Decimal Number.

2. Write a C program to find the 2’s Compliment of a given string


3. Write a C program to Reverse a String by Passing it to function

4. Write a C Program to Input a String with at least one Number, Print the Square of

all the Numbers in a String

3 1. Write a c program to implement complex structures for the following operations.

a) addition of 2 Complex numbers

b) multiplication of 2 Complex Numbers

4 1. Write a c program to implement arrays of structures?

2. Write a c program to implement bit fields in C?

5 1. Write a C Program to store the information (name, roll no, and branch) of a

student using unions.

2. Write a c program to implement inter function communication by passing pointers

to a structure.

6 1. Write a c program to sort the elements using selection sort

2. Write a c program to sort the elements using Bubble sort.

3. Write a c program to sort the elements using Insertion sort

4. Write a c program to sort the elements using Merge sort

7 1. Write a c program to search an element in a list of elements using linear search. If

the element found display the position, otherwise print “element not present”.

2. Write a c program to search an element in a list of elements using Binary search. If

the element found display the position, otherwise print “element not present”.

3. Write a c program to search an element in a list of elements using recursive Binary

search. If the element found display the position, otherwise print “element not

present”.

8 1. Write a c program to implement singly linked list for the following operations.

a) Insertion b)Deletion c)Search

9 1. Write a c program implement Stack using arrays.

2. Write a c program implement Stack using linked list.

3. Write a c program convert infix to postfix notation.

10 1. Write a c program implement Queue using arrays for the following operations.

a) Enqueue b) Dequeue

2. Write a c program implement Queue using Linked list for the following

operations.

a) Enqueue b) Dequeue

11 1. Write a c program To open a new file and implement the following I/O functions.

a. fprintf(), fscanf()

b. getw(), putw()

c. getc(), putc()

2. Write a c program to copy data from one file to another.

3. Write a c program to merge two files, using command line arguments.


14. Advanced Communication Skills Lab

S.NO NAME OF THE ACTIVITIES

1 Activities on Fundamentals Starting a Conversation –Interpersonal Skills & Vocabulary

Building

2 Activities on Reading Comprehension

3 Activities on writing skills – letter writing /Resume writing /

4 e-correspondence /Technical report writing /Portfolio writing- planning for writing-

improving one’s writing.

5 Activities on Presentation Skills- Oral Presentations (individual and group) through JAM

Skills sessions/seminars/PPTS and written presentations through

posters/projects/reports/e-mails/assignment etc.

6 Activities on Group Dynamics of Group Discussion, Interview Skills

Additional Programmes

1 Conflict Management

2 Leadership Skills &Team Building

Experimental Set up

16ME21L4 – FLUID MECHANICS AND HYDRAULIC MACHINERY LAB

List of experiments

1. Impact of jet on vanes

2. Calibration of venture meter

3. Calibration of orifice meter.

4. Determination of friction factor for a given pipe line.

5. Determination of loss of head due to sudden contraction.

6. Verification of Bernoulli’s theorem.

7. Performance test on pelton wheel.

8. Performance test on Francis turbine.

9. Performance test on Kaplan turbine.

10. Performance test on single stage centrifugal pump.

11. Performance test on multi stage centrifugal pump.

12. Performance test on reciprocating pump.

(16EE21L) FIELD THEORY AND CIRCUITS LAB

PART-A: HARDWARE EXPERIMENT (Any TEN of the Following Must Be Conducted)

1) Introduction to working of Voltmeters, Ammeters, Wattcmeters, CROs and Multimeters

2) Thevinin’s, Norton’s and Maximum Power Transfer theorems.

3) Superposition principle, Reciprocity and Millmans theorem

4) Verification of compensation theorem and RMS value of complex wave..

5) Locus diagram of R-L and R-C series circuits, Series and Parallel resonance.

6) Determination of self and mutual inductances and co efficient of coupling.

7) Two port network parameters.

8) Measurement of Active, Reactive power for Star and Delta connected balanced loads

9) Measurement of 3-phase power by two watt meter method for unbalanced loads.

10) Observation of magnetic field outside a Straight Conductor; determining the magnetic

field intensity in the coil; Calculation of magnetic force between two current carrying

conductors.


11) Demonstration of Faraday’s Law of Electro Magnetic Induction; Concept of Magnetic

Levitation

PART-B: PSPICE SIMULATION (Any TWO of the Following Must Be Conducted)

12) Simulation of dc circuits

13) DC Transient response

14) Mesh analysis

15) Nodal analysis

16EN21L1 – ADVANCED ENGLISH COMMUNICATION SKILLS (AECS) LAB

The following course content with activities/tasks is prescribed for the AdvancedCommunication Skills

(ACS) Lab sessions:

1. Activities on Fundamentals of Inter- Personal Communication and Building

Vocabulary – Starting a conversation – responding appropriately and relevantly- using the right body

language- role play in different situations, discourse skills- using audiovisual aids, synonyms and antonyms

word roots, one-words substitutions , prefixes and suffixes, study of word origins, business vocabulary,

analogy , idioms and phrases, collocations and uses of vocabulary.

2. Activities on Reading Comprehension- General Vs Local Comprehension reading for facts, guessing

meanings from contexts. Scanning, skimming, and inferring meaning, critical reading, and effective

goggling.

3. Activities on Writing Skills- Structure and presentation of different types of writing – Letter writing /

Resume Writing / e-correspondence / technical report writing/ portfolio, writing/ planning for writing /

improving writing skills.

4. Activities on presentations Skills- Oral presentations (individual and group) through JAM sessions /

seminars / PPT s and written presentations through Posters/ Projects/Reports/ e-mails assignments etc.

5. Activities on Group Discussion and Interview Skills- Dynamics of group discussion, intervention,

summarizing, modulation of voice body language, relevance fluency and organization of ideas and rubrics

for evaluation/ Concept of process. Pre- interview planning opening strategies, answering strategies

interview through Tele – Conference and Video –Conference and Mock Interviews.

16EE22L1 – POWER ELECTRONICS AND SIMULATION LAB

List of Experiments

Any eight of the thirteen Experiments

1. Study of Characteristics of SCR, MOSFET and IGBT

2. Gate firing circuits for SCR's

3. Single Phase AC Voltage Controller with R and RL Loads

4. Single Phase fully controlled bridge converter with R and RL loads

5. Forced Commutation circuits ( Class A, Class B, Class C, Class D and Class E)

6. DC Jones chopper with R and RL Loads

7. Single Phase Parallel, inverter with R and RL loads

8. Single Phase Cyclo converter with R and RL loads

9. Single Phase Half controlled converter with R load

10. Three Phase half controlled bridge converter with R-load

11. Single phase series inverter with R and RL loads

12. Single phase bridge converter with R and RL loads

13. Single phase dual converter with RL load.

Any two of the three experiments

1. PSPICE simulation of single-phase full converter using RLE loads and single-phase


AC voltage controller using RLE loads.

2. PSPICE simulation of resonant pulse commutation circuit and Buck chopper.

3. PSPICE simulation of single phase Inverter with PWM control

16EE22L2 – ELECTRICAL MACHINES LAB –I

List of Experiments

1. Magnetization characteristics DC shunt generator. Determination of critical field

Resistance critical speed.

2. Load test on DC shunt generator. Determination of characteristics.

3. Brake test on DC shunt motor. Determination of performance curves.

4. Load test on DC compound generator. Determination of characteristics.

5. Hopkinson’s test on DC shunt machines. Predetermination of efficiency.

6. Fields test on DC series machines. Determination of efficiency.

7. Swinburne’s test and speed control of DC shunt motor. Predetermination of

efficiencies.

8. Retardation test on DC shunt motor. Determination of losses at rated speed.

9. OC and SC Test on single phase Transformer.

10. Sumpner’s Test on single phase Transformer’s.

11. Parallel operation of two single phase Transformers.

12. 3-phase to 2 –phase conversion.


1. Parallel operation of D.C shunt Generator.

2. Magnetization characteristics of self excited Generator.

16EE22L3 – SIGNALS AND SYSTEMS SIMULATION LAB

List of Experiments

1. Generation of Various Signals and Sequences (Periodic and Aperiodic), such as Unit

Impulse, Unit Step, Square, Saw tooth, Triangular, Sinusoidal, Ramp, Sine.

2. Operations on Signals and Sequences such as Addition, Multiplication, Scaling,

Shifting, Folding, Computation of Energy and Average Power.

3. Finding the Even and Odd parts of Signal/Sequence and Real and Imaginary parts of a

Complex Signal.

4. Convolution between (i) signals and (ii) sequences.

5. (a) Auto Correlation of (i) signals and (ii) sequences.

(b) Cross Correlation between (i) signals and (ii) sequences.

6. Verification of Linearity and Time Invariance Properties of a given Continuous /

Discrete System.

7. a) For the given LTI system, compute Unit sample, Unit step and Sinusoidal

responses.

b) Verify the physical realizability and stability properties.

c) Locating the poles and zeros in s-plane and z-plane.

8. Verification of Gibbs Phenomenon.

9. Finding the Fourier Transform of a given signal and plotting its magnitude and phase

spectrum.

10. Waveform Synthesis using Laplace Transform.

16EE31L1 – CONTROL SYSTEMS AND SIMULATION LAB

LIST OF EXPERIMENTS


1. Time response of second order system

2. Characteristics of synchros

3. Transfer function Of DC shunt motor

4. Effect Of P,PI,PD,PID controller on a second order system (DC servomotor)

5. Lag and Lead Compensation- magnitude and phase plot

6. Transfer function of DC Generator

7. Temperature control using P,I,D controllers.

8. Characteristics of AC servo motor

ANY TWO OF THE FOUR SIMULATION EXPERIMENTS (USING MATLAB/ PSPICE)

9. Stability analysis (Root Locus Plot, Bode Plot, Nyquist Plot) of Non Linear Time Invariant System

using MATLAB.

10. State space model for classical transfer function using MATLAB- verification.

11. Effect of feedback on DC servomotor using MATLAB.

12. Frequency response analysis (Bode Plot, Polar Plot, Nyquist Plot) using PSPICE

16EE31L2 – ELECTRICAL MACHINES – II LAB

LIST OF EXPERIMENTS

1. Brake test on three-phase induction motor.

2. No-load and blocked rotor tests on three-phase induction motor.

3. Equivalent circuit of a single-phase induction motor.

4. Equivalent circuit of a three-phase induction motor

5. Load test on single phase induction motor.

6. Regulation of a three-phase alternator by synchronous impedance &MMF methods.

7. Regulation of a three-phase alternator by ZPF&ASA methods.

8. Determination of Xd and Xq of a salient pole synchronous machine.

9. ‘V’ and ‘Inverted V’ curves of a three-phase synchronous motor.

10. Measurement of sequence impedance of a three-phase alternator.

ADDITIONAL EXPERIMENTS

11. Efficiency of three-phase alternator.

12. Load test on three-phase alternator.

Interfacing with 8051 Microcontroller 14. Communication between 8051 kit and PC.

15. Interfacing keyboard/Display to 8051

(A70293) ELECTRICAL MEASUREMENTS LAB

The following experiments are required to be conducted as compulsory experiments:

1. Calibration and Testing of single phase Energy Meter.

2. Calibration of dynamometer power factor Meter.

3. Crompton D.C. Potentiometer –Calibration of PMMC Ammeter and PMMC Voltmeter.

4. Kelvin Double Bridge-Measurement of Resistance – Determination of Tolerance.


5. Dielectric Oil Testing using H.T Testing kit.

6. Schering Bridge & Anderson Bridge.

7. Measurement of 3-Phase reactive power with single-phase Wattmeter.

8. Measurement of parameters of a choke coil using 3 voltmeter and 3 ammeter methods.

In addition to the above eight experiments, at least any two of the experiments from the following list

are required to be conducted.

9. Calibration of LPF Wattmeter –by Phantom testing.

10. Measurement of 3-Phase Power with single Wattmeter and 2 No’s of C.T

11. C.T. Testing using mutual Inductor –Measurement of % ratio error and phase angle of given CT. by Null

method.

12. P.T. Testing by comparison –V.G as Null detector –Measurement of % ratio error and phase angle of the

given P.T.

13. LVDT and Capacitance pick up - characteristics and Calibration.

14. Resistance Strain Gauge- Strain measurement and Calibration.

15. Transformer turns ratio measurement using a.c bridge.

16. Measurement of % ratio error and phase angle of given C.T by comparison.


ANNEXURE -3

Academic Calendar of the College and University


\


Annexure-4

2017-2018 Placed students details

Sl.

No

NAME OF THE

COMPANY DATE

Candidat

es

Selected

ECE CSE ME EEE CE MBA B

Pham M.Tech.

1 GENPACT INDIA 20th Sept 2017 44 15 15 4 1 1 3 5 0

2 EDIKO SYSTEMS 26th Sept 2017 2 1 1 0 0 0 0 0 0

3 AMAZON INDIA

LTD 12th Oct 2017 79 30 34 9 3 2 0 1 0

4 MULTIPLIER

SOLUTIONS 10th Oct 2017 2 2 0 0 0 0 0 0 0

5 HEXAWARE

TECHNOLOGIES

15th OCT

2017 15 5 8 2 0 0 0 0 0

6

CLOUD

MACHINE SOFT

SOLUTIONS LTD

16th Oct 2017 2 4 2 0 0 0 0 0 0

7 TECHNOVERT 16th Oct 2017 1 1 0 0 0 0 0 0 0

8 NTT DATA INDIA

LTD 27th Oct 2017 4 1 3 0 0 0 0 0 0

9 ZENPOSYS 4th Oct 2017 7 0 7 0 0 0 0 0 0

10 WEBNO

TECHNOLOGIES 11th Nov 2017 1 0 1 0 0 0 0 0 0

11 IHANA

INFOWAYS 11th nov 2017 6 1 5 0 0 0 0 0 0

12 MAPLE

CONSTRUCTIONS 17th Nov 2017 6 0 0 0 0 6 0 0 0

13 IBS SOFTWARE

PVT LTD 23rd Nov 2017 2 1 1 0 0 0 0 0 0

Total 171 61 77 15 4 9 3 6 0

annexure 1 mandatory disclosure - … · annexure – 1 mandatory disclosure ... class review...

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