Kerala Gazette No. 38 dated 28th September 2010.

PART IV

COCHIN UNIVERSITY OF SCIENCE AND TECHNOLOGY

NOTIFICATIONS

(1)

No. Conf. II/2941/1/08 (1).

4th December 2008.

In exercise of the powers conferred by Section 24 (ii) read with Section 42 (1) of the CUSAT Act 1986, (Act 31 of

1986) the Academic Council at its meeting held on 26-3-2008 has resolved to approve the following:

1.

Modified the Scheme of Examination for M.Sc. Degree Course in Statistics as in Appendix-I [ Item No. I (b) (2) of

the Academic Council Minutes] and is made effective from 2008 admissions.

2.

Modified the Scheme of Examination for M.Sc. Degree Course in Physics as in Appendix-II [Item No. I (b) (3) (a)

of the Academic Council Minutes] and is made effective from 2008 admissions.

3.

Introduced a new Elective Paper in M.Sc. Degree Course in Physics - “Numerical Methods and Applied

Computational Techniques” [Item No. I (b) (3) (c) of the Academic Council Minutes].

4 . Modified Course Structure of M.Sc. Applied Chemistry as in Appendix-III [Item No. l (b) (4) (a) of Academic

Council Minutes] and made effective from 2008 admissions.

5.

Credits of following Papers in M.Sc. Applied Chemistry have been changed with effect from 2008 admissions

[Item No. l (b) (4) (2) of the Academic Council].

(i)

The four credit courses CHE-2103 Organic Chemistry (I) (Structure and Reactivity) and CHE-2203 Organic

Chemistry-II (Reactions and Mechanisms) changed to 3 credit courses.

(ii)

Introduced a two credit course “CHE 2207 Synthetic Organic Chemistry (core) instead of Viva Voce. The

course code of Viva Voce becomes CHE - 2208.

(iii)

CHE - 2303 Organic Chemistry-II replaced by another Elective Paper Chemistry of Natural Products -

4 credits.

(iv)

Course 2302 Spectroscopy which was a four credit course, is divided into Part-A and Part- B, now

replaced by two credit courses CHE-2302 Spectroscopy-1 and CHE-2312 Spectroscopy-II. Further

CHE-2305 Industries Based on Fermentation replaced by new Elective Paper “Microbial Technology”.

6.

The title of the paper “MP-302 Analytical Chemistry and Chemical Instrumentation” offered for M.Phil. Chemistry

is changed to “Chemical Instrumentation” and also a new Elective Paper “MP 314 Advanced Photochemistry and

Photochemical Technology introduced, these are made effective from 2008 admissions.

[Item 1(b) (4) (b) of the Academic Council Minutes].

7.

The revised Scheme of Examination for M.Tech. Degree in Industrial Catalysis made effective from 2008

admissions (Appendix IV)

[Item No. 1 (b) (4) (c) of the Academic Council Minutes].

8.

Replaced the present M.Sc. Programme in “Operations Research and Computer Applications to “Operations

Research” and the course structure of M.Sc. Operation Research approved as in Appendix -V.

[Item No. I (b) 5 (c) of the Academic Council Minutes] this made effective from 20-9-2008, date of the meeting of

the Syndicate.

The Syndicate at its meeting held on 20-9-2008 vide item 534.29 resolved to approve the above decision taken by

the Academic Council.

2

APPENDIX—I

M. Sc. (STATISTICS)—COURSE STRUCTURE

(With effect from 2008 Admission onwards)

Objectives

The present course is intended to provide a platform for talented students to undergo higher studies in the subject

as well as to train them to suit for the needs of the society. Apart from teaching core Statistics subjects, the students are

also trained to handle real life problems through the practical classes. As a part of the course the students are taught

some programming languages and also exposed to various statistical softwares such as SPSS, MATLAB,

SAS etc.

Eligibility

B.Sc. degree in Mathematics or Statistics main with at least 55% marks for the optional subjects taken together.

Duration of the Course

—

Four Semesters

Examination

—

Credit and Semester

Intake

—

20

Course

Title of Paper

Core/

Credits

Contact

Continuous

External

Total

Code

Elective

Hours/

Evaluation

Evaluation

Marks

Week

Marks

Marks

(1)

(2)

(3)

(4)

(5)

(6)

(7)

(8)

Semester—I

STA

Mathematical Methods

C

4

5

50

50

100

2101

for Statistics

STA

Probability Theory I

C

4

5

50

50

100

2102

STA

Probability Distributions

C

4

5

50

50

100

2103

STA

Sampling Theory

C

4

5

50

50

100

2104

STA

Elective I

E

4

5

50

50

100

2105

Semester—II

STA

Statistical Inference I

C

4

5

50

50

100

2201

STA

Probability Theory II

C

4

5

50

50

100

2202

STA

Stochastic Processes

C

4

5

50

50

100

2203

STA

Practical-I using SPSS

C

2

3

100

..

100

2204

STA

Elective II

E

4

5

50

50

100

2205

3

Semester—III

STA

Statistical Inference II

C

4

5

50

50

100

2301

STA

Multivariate Analysis

C

4

5

50

50

100

2302

STA

Applied Regression Analysis

C

4

5

50

50

100

2303

STA

Practical- II using MATLAB

C

2

3

100

..

100

2304

STA

Elective III

E

4

5

50

50

100

2305

Semester—IV

STA

Design & Analysis of

C

4

5

50

50

100

2401

Experiments

STA

Statistical Quality Assurance

C

4

5

50

50

100

2402

STA

Practical— III using SAS

C

4

3

50

50

100

2403

Package and Comprehensive

Viva Voce

STA

Elective IV

E

4

5

50

50

100

2404

STA

Elective V

E

4

5

50

50

100

2405

Note:—The comprehensive viva in STA 2403 is to be conducted externally with at least two external examiners

(50 marks). Practical III is to be evaluated internally (50 marks).

LIST OF ELECTIVES

1.

Statistical Computing

2.

Actuarial Statistics

3.

Advanced Distribution Theory

4.

Advanced Probability Theory

5.

Advanced Stochastic Processes

6.

Bayesian Inference and Decision

7.

Demographic Techniques

8.

Directional Data Analysis

9.

Inference for Stochastic Processes

10.

Multivariate Methods

11.

Operations Research

12.

Reliability Modelling and Analysis

13.

Statistical Forecasting

14.

Statistical Genetics

I5.

Survival Analysis

16.

Time Series Analysis

(1)

(2)

(3)

(4)

(5)

(6)

(7)

(8)

4

APPENDIX—II

SCHEME OF EXAMINATIONS AND SYLLABUS FOR M. Sc. PHYSICS

(From 2008 Admission onwards)

Course

Name

Marks Distribution

code

C/E

Internal

External

Total

Credit

(1)

(2)

(3)

(4)

(5)

(6)

(7)

Semester—I

Physics

Mathematical Physics

C

50

50

100

4

2101

Physics

Classical Mechanics

C

50

50

100

4

2102

Physics

Basic Solid State Physics

C

50

50

100

4

2103

Physics

Basic Electronics

C

50

50

100

4

2104

Physics

Experiments in General Physics

C

50

..

50

2

2105

Total

250

200

450

18

Semester—II

Physics

Quantum Mechanics—I

C

50

50

100

4

2201

Physics

Statistical Physics

C

50

50

100

4

2202

Physics

Electrodynamics

C

50

50

100

4

2203

Physics

Lasers and Atomic and Molecular

C

50

50

100

4

2204

Spectroscopy

Physics

Experiments in General Physics

C

50

..

50

2

2205

Total

250

200

450

18

Semester—III

Physics

Quantum Mechanics—II

C

50

50

100

4

2301

Physics

Nuclear and Particle Physics

C

50

50

100

4

2302

Physics

Relativity and Astrophysics

C

50

50

100

4

2303

Physics

Advanced Practical (Lab. Course)

C

50

..

50

2

2304

Elective-I

E

50

50

100

4

Total

250

200

450

18

5

Semester—IV

Physics

Project

C

100

..

100

4

2401

Elective II

E

50

50

100

4

Elective III

E

50

50

100

4

Elective IV

E

50

50

100

4

Physics

Elective V (Advanced Practical)

E

100

..

100

4

2430

Total

350

150

500

20

ELECTIVE PAPERS

Course

Name

Marks Distribution

No.

C/E

Internal

External

Total

Credit

(1)

(2)

(3)

(4)

(5)

(6)

(7)

05

Solid State Physics-I

E

50

50

100

4

06

Solid State Physics-ll

E

50

50

100

4

07

Electronics-I

E

50

50

100

4

08

Electronics-II

E

50

50

100

4

09

Industrial Physics-I

E

50

50

100

4

10

Industrial Physics-II

E

50

50

100

4

11

Quantum Electronics

E

50

50

100

4

12

Optoelectronics

E

50

50

100

4

13

Advanced Mathematical Physics

E

50

50

100

4

14

Nonlinear Dynamics and Chaos

E

50

50

100

4

15

Quantum Field Theory

E

50

50

100

4

16

Solar Cells

E

50

50

100

4

17

Modern Optics

E

50

50

100

4

18

Thin Film Physics

E

50

50

100

4

19

Solid State Devices and Applications

E

50

50

100

4

20

Physics of Nanostructured Materials

E

50

50

100

4

21

Quantum Computation and Information

E

50

50

100

4

22

Advanced Magnetism and Magnetic Materials

E

50

50

100

4

23

Molecular Physics and Laser Spectroscopy

E

50

50

100

4

24

Synthesis and Characterization of Materials

E

50

50

100

4

25

Quantum Optics

E

50

50

100

4

26

Nonlinear Optics

E

50

50

100

4

27

Remote Sensing

E

50

50

100

4

28

Digital Signal Processing

E

50

50

100

4

29

Biosensors

E

50

50

100

4

2430

Advanced Practical (Lab Course)

E

100

..

1000

4

(1)

(2)

(3)

(4)

(5)

(6)

(7)

6

Elective course physics 2430 Advanced Practical (Lab Course) will be offered only in semester IV. Other Elective

papers will be offered either in semester III or in semester IV.

The Course Code for the Elective papers will be assigned

at the time the course is offered.

Each theory course consists of lectures of five hours per week. The internal evaluation consists of student

seminars, periodic class tests and a viva-voce at the end of the semester.

Each Lab course consists of nine hours per week and duration of practical examination is:

Physics 2105, Physics 2205 and Physics 2304 - 4 hours each

Physics 2430 - 6 hours

Project work has five hours per week. Project report will be evaluated by the supervising guide and another

faculty member of the Department nominated by the Departmental Council.

Three copies of the project report should be

submitted in advance for evaluation. Project evaluation consists of a Viva-Voce examination also.

Elective papers of the revised syllabus can be offered to M.Sc. Students admitted in 2007.

APPENDIX—III

COURSE STRUCTURE AND SYLLABI OF THE REVISED/NEWLY INTRODUCED COURSES OF M. Sc.

(APPLIED CHEMISTRY)

Course

Paper

Core/

Credits

Contact

Continuous

External

Total

Code

Elective

Hours/

evaluation

Evaluation

Marks

Week

Marks

Marks

(1)

(2)

(3)

(4)

(5)

(6)

(7)

(8)

Semester—I

CHE

Theoretical Chemistry

C

4

4

50

50

100

2101

CHE

Inorganic Chemistry-I

C

4

4

50

50

100

2102

CHE

Organic Chemistry-I

C

3

3

50

50

100

2103

(Structure and reactivity)

CHE

Physical Chemistry-I

C

4

4

50

50

100

2104

CHE

Organic Chemistry

C

2

5

50

50

100

2105

(Practicals)

CHE

Inorganic Chemistry

C

2

5

50

50

100

2106

(Practicals)

CHE

Viva-Voce

2107

Semester—II

CHE

Analitical Chemistry

C

4

4

50

50

100

2201

CHE

Inorganic Chemistry-II

C

4

4

50

50

100

2202

CHE

Organic Chemistry-II

C

3

3

50

50

100

2203

(Reactions and Mechanisms)

CHE

Physical Chemistry-II

C

4

4

50

50

100

2204

7

CHE

Analytical Chemistry

C

2

5

50

50

100

2205

(Practicals)

CHE

Physical Chemistry

C

2

5

50

50

100

2206

(Practicals)

CHE

Synthetic Organic

C

2

2

50

50

100

2207

Chemistry

CHE

Viva-Voce

2208

Semester—III

CHE

Instrumental Methods of

C

4

4

50

50

100

2301

Analysis

CHE

Spectroscopy-I

E

2

2

50

50

100

2302

CHE

Chemistry of Natural Products

E

4

4

50

50

100

2303

CHE

Green Chemistry

E

4

4

50

50

100

2304

CHE

Microbial Technology

E

4

4

50

50

100

2305

CHE

Industrial Catalysis

E

4

4

50

50

100

2306

CHE

Polymers: Chemistry of Modern

E

4

4

50

50

100

2307

Materials

CHE

Instrumental Methods of

E

2

5

50

50

100

2308

Analysis (Practicals)

CHE

Drugs : Natural and Synthetic

E

4

4

50

50

100

2309

CHE

Chemistry of Perfumes

E

4

4

50

50

100

2310

and Flavours

CHE

Bioinorganic Chemistry

E

4

4

50

50

100

2311

CHE

Spectroscopy-II

E

2

2

50

50

100

2312

Semester—IV

Course

Paper

C/E

Credits

Faculty

Pre requisites

Code

CHE 2401

Dissertation

C

16

..

The Project work, extending

to the whole Semester, is

carried out at National

R & D Laboratories

CHE 2402

Viva-Voce

C

..

..

..

(1)

(2)

(3)

(4)

(5)

(6)

(7)

(8)

8

APPENDIX—IV

SYLLABI AND COURSE STRUCTURE OF M. TECH. DEGREE COURSE IN INDUSTRIAL CATALYSIS

Course

Marks

Total

code

Paper

Credit

C/E

Tests and

End Sem

Marks

Assignments

Exam

(1)

(2)

(3)

(4)

(5)

(6)

(7)

Semester—I

CHE 3101

Adsorption and Catalysis

4

C

60

40

100

CHE 3102

Catalyst Technology-I

4

C

60

40

100

CHE 3103

Physical Methods In Catalysis-I

4

C

60

40

100

CHE 3104

Chemical Reaction Engineering

3

E

60

40

100

CHE 3105

Enzyme Catalysis

3

E

60

40

100

CHE 3106

Electrocatalysis

3

E

60

40

100

CHE 3107

Lab Course

2

C

100

..

100

CHE 3108

Viva-Voce (End Semester)

..

C

..

50

50

Semester—II

CHE 3201

Physical Methods in Catalysis-II

4

C

60

40

100

CHE 3202

Catalysis by Metal Complexes

4

C

60

40

100

CHE 3203

Catalyst Technology-II

4

C

60

40

100

CHE 3204

Industrial Catalytic Processes

3

E

60

40

100

CHE 3205

Phase Transfer Catalysis

3

E

60

40

100

CHE 3206

Polymer Supported Catalysis

3

E

60

40

100

CHE 3207

Lab Course

2

C

100

..

100

CHE 3208

Viva-Voce (End Semester)

..

C

..

50

50

Course Code

Paper

Credits

C/E

Total Marks

(1)

(2)

(3)

(4)

(5)

Semester—III

CHE 3301

Project Progress Evaluation

16

C

300

Semester—IV

CHE 3401

Project Dissertation Evaluation

16

C

300

and Viva-Voce

9

APPENDIX—V

M. SC. (OPERATIONS RESEARCH)

Course Structure

CREDIT SYSYEM

Course Code

Course Title

Internal

External

Credit

(1)

(2)

(3)

(4)

(5)

Semester—I

MAO 2101

Linear Algebra

50

50

4×5=20

MAO 2102

Linear Programming

50

50

MAO 2103

Real Analysis

50

50

MAO 2104

Probability and Statistics

50

50

MAO 2105

Numerical Analysis and Computer

50

50

Programming (FOR TRAN C)

Total

250

250

Semester—II

MAO 2201

Linear Programming II

50

50

4×5=20

MAO 2202

Stochastic Modelling

50

50

MAO 2203

Theory of Games

50

50

MAO 2204

Discrete Mathematics

50

50

MAO 2205

Computer Networks and its

50

50

Performance Analysis

Total

250

250

Semester—III

MAO 2301

Mathematical Modelling

of

50

50

4+(3×4)=16

Simulation

MAO 2302

Nonlinear and Dynamic Programming

50

50

MAO 2303

Operations Management

50

50

MAO 2204

Stochastic Processes

50

50

Elective

50

50

Total

250

250

Semester—IV

Project Report

100

100

16

Viva Voce

50

50

Total

150

150

ELECTIVES

MAO 2305

Data Structures and Algorithms

MAO 2306

Data Mining

MAO 2307

Combinatorial Optimization

MAO 2308

Coding Theory and Cryptography

MAO 2309

Mathematical Finance

10

(2)

No. Conf.II/2941/1/08 (2).

4th December 2008.

In exercise of the powers conferred by Section 24(ii) read with Section 42(1) of the CUSAT Act 1986

(Act 31 of 1986) the Academic Council at its meeting held on 26-3-2008 has resolved to approve the following:

1. Revised the Regulation for the Master of Engineering (By Research) and further resolved not to offer the course

from next year onwards. Appendix I

[Item I(c) (2) of the Academic Council Minutes]

2. The Scheme of Examinations for 5 to 8 Semesters of B.Tech. Engineering Course (all 9 branches) approved with

effect from 2006 admissions, as in Appendix II

[Item No.I (c) (4) of the Academic Council Minutes]

3. The Scheme of Examinations of B.Tech course in Food Technology as in Appendix III made effective from

20-9-2008 the date of the meeting of Syndicate.

[Item No.I (c) (5) of the Academic Council Minutes]

The Syndicate at its meeting held on 20-9-2008 vide item 534.29 approved the above resolutions taken by the

Academic Council.

APPENDIX—I

REGULATIONS FOR MASTER OF ENGINEERING (BY RESEARCH) PROGRAMME

The Master of Engineering (by research) programme [M.E. (by research) programme] shall be offered in all the

departments/divisions of the university coming under the Faculty of Engineering.

1.

Admission of the students to the M.E. (by research) programme :

(i)

A candidate who wishes to pursue a programme of study and research leading to the Degree of Master of

Engineering (by research) of the Cochin University of Science and Technology will be required to seek

registration to the programme under these regulations as a full time or a part time research student.

(ii)

Candidates who are working in research projects relevant to the research topic which have been taken up

by a School/Department of the university funded internally or by external funding agencies will be deemed

to be full time student if they are admitted to the M.E. (by research) programme.

(iii)

Candidates who are applying for registration as part time students shall be considered for registration only

in the cases where the research committee is convinced that effective supervision can be ensured.

2.

Eligibility for admission to the M. E. programme :

(i)

Candidate seeking registration to M. E. programme shall hold a Bachelors Degree in Engineering/Technology

from a recognized University with 60% of marks in the qualifying examination provided that candidates

belonging to SC/ST communities shall be eligible for concession up to 5 percent.

.

(ii)

Candidate shall have passed with 50 percent marks the departmental admission test conducted by the

university through the School/Department/Division concerned, which consists of a paper carrying a

maximum of 100 marks.

(iii)

Candidates who have qualified in GATE are exempted from the departmental admission test. However, if

such candidates wish to appear in departmental test, they have the freedom to do so. In such cases, better

score of the two shall be considered.

3.

Procedure for applying for admission :

(i)

Candidate seeking registration to the M. E. programme as a full time or part time student may do so by

submitting their applications in the prescribed form in response to the notification in this respect issued by

the university every year.

(ii)

Application for admission shall be submitted along with consent of the proposed supervising guide to the

Head of the School/Department/Division concerned in the prescribed application form and on payment of

the prescribed fees.

11

4.

Criteria for admission

4.1 Marks split-up :

For admission to the M. E. (by research) programme, the following marks will be taken into account for ranking the

candidates.

(a)

Marks obtained in the qualifying examination

—

40%

(b)

Marks obtained in the departmental admission test / GATE score

—

30%

(c)

Marks for interview

—

30%

4. 2 Interview for admission :

All candidates who have passed the departmental admission test shall be required to present themselves for an

interview before the Research Committee or before a sub-committee appointed by it. The committee shall

assess the academic record of the candidate, the research proposal if any made by him/her in the application,

the long term plan of academic work to be under taken by the candidate and other related matters.

4. 3 Preparation of the Admission List :

(i)

Ranking of the candidates shall be done on the basis of the marks awarded to them as referred to in

regulation 4.1 above.

(ii)

Candidates who are teachers in this University or those who have qualified in GATE or those who have

been selected for the award of scholarship/fellowship or other similar award by the University, UGC, CSIR

or other similar agencies as decided by the Research Committee shall be given priority for admission subject

to the other provisions of these regulation or any other regulations of this University.

(iii)

The admission list and the waiting list of all eligible candidates shall be displayed on the notice board of

the respective School/Department/Division and shall be valid till the next admission test conducted by the

University or for one year whichever is less.

5.

Registration

5.1. Procedure :

(i)

A candidate who has been selected for admission may take provisional admission with the Department by

paying the required fees in the University Department/University Office and fulfilling such other requirements

as per the admission rules.

(ii)

A candidate who wishes to .take admission shall do so within one month of the offer of admission

provided, however that the Head of the Department shall be empowered to give an extension time for

further period upto three months to the candidate if so requested by the candidate and recommended by

the research guide.

(iii)

The Head of the Department shall forward to the University a consolidated list of all chose who are

provisionally admitted to the programme.

(iv)

The University shall give registration to students for the M. E. programme with effect from the date on

which he/she was provisionally admitted to the Department.

5. 2 Conversion of the registration from full time to part time & vice versa :

A candidate who has registered for research shall be eligible to apply for conversion of the registration from

full time to part time & vice versa and the Research Committee shall be empowered to grant request on an

application made by the student duly recommended by the research guide and monitoring committee and in

such instances of the grant of conversion, the matter may be reported to the University for confirmation.

In such conversion the maximum period of the registration will be as in the case of part time students.

5. 3 Period of Registration :

(i)

A candidate who is registered as a research student for the M. E. degree as full time student shall normally

be eligible to submit his/her thesis for adjudication on completion of two years of registration.

(ii)

A candidate who is registered as a research student for the M.E. degree as part time student shall be

eligible to submit his/her thesis for adjudication on completion of three years of registration.

12

(iii)

A candidate who is registered as full time research student shall normally remain on the rolls of the

University for a maximum period of four years after which his/her registration will lapse. The Vice-Chancellor

shall be the competent authority to extend the period of registration by a maximum period of one year on

the recommendation of the monitoring committee and the research committee.

(iv)

A candidate who has registered as part time research student shall normally remain on the rolls of the

University for a maximum period of five years, after which his/her registration will lapse.

The Vice-Chancellor shall be the competent authority to extend the period of registration by a maximum

period of one year on the recommendation of the monitoring committee and the research committee.

(v)

A candidate ceases to be on the rolls of the University as a research student as soon as his/her vice-voce

is over or from the day his/her registration cancelled or lapsed for other reasons.

6.

Research Guide

6.1

Requirements :

Professors/Readers/Lecturers with a Ph.D who have been approved by the University as research guide

under the Faculty of Engineering can supervise the work of a candidate carrying out research leading to the

M. E. (by research) degree on full time or part time Registration.

6. 2

Number of Research Scholars with research guide :

The maximum number of research students working with a research guide at a time shall be three.

6. 3

Joint supervision :

In cases where for valid academic reasons it is felt that the service of an additional supervisor will be

desirable, the research committee may recommend a co-guide for joint supervision provided the research

student makes a request which is also supported by the main research guide.

In reckoning the maximum number of students who may be registered under a research guide, co-guidance

shall not be taken into account.

6. 4

Change of Research Guide :

The research committee shall have the power to consider the request of the candidate to change his/her

guide or to have an additional guide or a co-guide provided that the request of the candidate is supported

by the prospective guide and is recommended by the Research Committee. If the research committee decides

to give assent to the request, the matter shall be reported to the University for confirmation.

However such request for changes of Guide or for Co-guide shall be made at least six months prior to the

candidate giving notice for submission of the thesis for adjudication by examiners provided however that

this limitation shall be not be applicable in the case of the death of research guide or in case where the

present guide is unable to continue supervision due to reason of health, shifting of residence to a distant

place etc.

7.

Course Work :

A student registering for M.E. (by research) programme will have to complete five courses at M.Tech. level

as recommended by the monitoring committee. If any these courses are offered in the M.Tech programmes

(full time or part time) run by the concerned School/Department/Division, the student may be permitted to

attend those courses. If the courses prescribed by the monitoring committee are not offered at M.Tech level,

the monitoring committee may prepare the syllabus of the courses and evaluation may be conducted as in

the case of M.Tech. programmes. .

The course work shall preferably be completed in the first two semesters and the existing examination

pattern for M.Tech. courses shall be followed. The candidate needs to earn a minimum of fifteen credits

from the five courses and a minimum cumulative grade point average (CGPA) of 7.0 should be obtained by

the candidate.

8.

Research Committee :

The research committee constituted in the department for the purpose doctoral research shall perform the

function of the research committee for M.E. (by research) also.

13

9. Monitoring Committee :

(i)

There shall be a monitoring committee to monitor the progress of each student registered for research in the

university department.

(ii)

The Head of the department concerned in consultation with the research guide shall constitute the

monitoring committee with the research guide as the convenor, the co-guide, if any and another recognized

research guide from the same or allied field from the University as members.

(iii)

The monitoring committee shall be in existence during the full period of registration of the candidate with

such changes in membership as may become necessary from time to time.

(iv)

The monitoring committee shall assess the progress of the work of the student at each stage and shall make

recommendations on matters such as the conversion of registration from full time to part time or vice versa,

advising the university regarding any changes in the maximum or minimum period of registration of the

candidate, and preparation of a panel of examiners when candidates is ready to submit the thesis for

adjudication.

(v)

The monitoring committee shall be competent to recommend to the university any action including

cancellation of registration in case of unsatisfactory progress, gross indiscipline or misconduct of the

student.

10.

Payment of fees :

(i)

Every candidate registered as a research student for the M. E. degree shall be required to pay, in time, such

fee as may be prescribed by the university up to and including the month he/she submits the thesis failing

which his/her name shall stand removed from the rolls if the default is for more than 30 days after the due

date.

(ii)

Within a period of 30 days from the date of removal from the rolls, the candidate may be re-admitted by

the Head of the Department on application made by the candidate duly recommended by the research

guide and on payment of all arrear fee, re-admission fee and fine as the University may be prescribe from

time to time.

(iii)

In case of default in payment of the fees exceeds 30 days and the candidate has failed to apply for

re-admission within the next 30 days he/she will be required to apply for re-registration which shall be

placed for consideration before the research committee and the research committee shall be competent to

take an appropriate decision to re-register the candidate or not.

(iv)

Only after getting the attendance certificate from the research guide duly recommended by the Head of the

Department shall the fee be accepted.

11.

Attendance :

(i)

Notwithstanding anything contained in the regulations, candidates who come under the UGC/CSIR/GATE

Fellowships or schemes/projects etc. shall be governed by the respective rules governing the award of such

fellowships/schemes/projects regarding attendance, leave etc.

(ii)

A student registered as a full time research student will be required to maintain at least 80% attendance in

every semester failing which his/her name shall be removed from the roll of the University subject to the

provisions under sub-clauses (iv), (v) and (vi) below.

(iii)

A candidate who is registered as part time student shall be in attendance at the department for a minimum

period of 60 days during in an academic year.

(iv)

The candidates who undertake industry related projects shall spend a minimum period of four weeks in the

industry concerned as recommended by the monitoring committee.

(v)

The monitoring committee of the candidate shall, however, be empowered to condone the attendance

requirement stipulated in (ii) and (iii) above up to 10 per cent on an application made by the student,

detailing the reason for default in attendance and duly recommended by the research guide.

14

(vi)

A candidate registered as a research student will be eligible to attend conferences or seminars connected

with their area of research or participate in research cruises or visit places for collection of data, and such

days of travel, shall count for attendance or for periods of being in residence of the University if they have

been duly authorized to do so by the research guide.

(vii)

Notwithstanding anything contained in the regulations regarding attendance, a candidate registered for

full time research shall be eligible to avail of leave for 30 days in one calendar year and maternity leave as

per University Rules without fellowships for three months on medical grounds or for any other genuine

reasons with the consent of Research guide.

12.

Progress report :

Every research student shall submit the progress report to the research guide every six months which

shall be discussed by the monitoring committee to assess whether the student is making satisfactory

progress or not.

13.

Evaluation of research :

The student on completion of the research activity shall present a seminar highlighting the methodology

and inferences. The seminar shall be attended by all members of the monitoring committee . The student

shall have at least one paper accepted for publication in a referred Journal or two papers in reputed

conference proceedings before the submission of the thesis.

14.

Submission of the thesis for ME (by research) Degree :

Every candidate for the award of the degree of M. E. (by research) shall be required to submit the thesis

embodying the results of his/her research findings to the University for adjudication by the examiners.

(i)

The thesis shall be written in English.

(ii)

A candidate proposing to submit the thesis shall inform the University of it, at least 3 months in advance

and such intimation shall be accompanied by five copies of the synopsis of the thesis . The synopsis shall

not exceed ten typewritten pages, and shall be accompanied by evidence of having paid the required fees

prescribed by the University from time to time.

(iii)

Candidate shall submit the thesis only after the expiry of the period of the notice of three months, but

within a period of six months provided that after paying the prescribed fees for each case, and on the

recommendation of the monitoring committee, the research committee can condone a delay up to a period of

six months and the Vice Chancellor up to such further period as considered necessary in exceptional cases,

provided further that the candidate shall submit his/her thesis only during the currency of his/her

registration.

(iv)

In case were a candidate is unable to submit his thesis within the maximum period of registration including

extension provided for under these regulations, the candidate shall be required to take fresh admission on

payment of all fee on fulfillment of other requirements except that in the case of such admissions the

candidate shall be allowed to submit the thesis only after the expiry of six months after such readmission

is granted.

(v)

The candidate shall submit to the university five copies of the thesis, printed or typed clearly in the usual

format.

(vi)

A thesis shall be accompanied by the following:

(a)

A declaration signed by the candidate that the thesis has not previous formed the complete thesis for

the award of any degree, diploma associateship, fellowship or other similar title or recognition.

(b)

A certificate by the research guide (s) to the effect that, to the best of his/her/their knowledge the

thesis is a record of bonafide research carried out by the student under his/her/their supervision.

(c)

Any work published by him/her alone or jointly with others in the same area of study as additional

evidence of the research work done by the candidate.

(d)

A synoptic bio-data of the candidate.

15

15.

Procedure for adjudication of Thesis :

The thesis shall be adjudicated by an external examiner nominated by the Vice Chancellor from the panel of

at least five experts, proposed by the Research Guide and approved by the Monitoring Committee.

(ii)

The University shall make arrangements for the conduct of viva-voce examination. The Viva board shall

consist of the Head of the concerned department as Chairman, an expert nominated by the Vice-Chancellor

from the panel of experts prepared for the adjudication of the thesis and the Research Guide.

(iii)

There shall be an open defence of the thesis by the candidate at which he/she may respond to questions

put forward by the audience.

(iv)

The open defence shall be followed by an in camera viva-voce conducted by the Viva board.

(v)

If for some reasons the viva-voce examination cannot be held on the scheduled date, the candidate shall be

required to be present for the examination on a subsequent date as intimated to him/her.

(vi)

If in the opinion of the Viva board the candidate has been successful in the viva-voce examination, the

board shall finalize a consolidated report and present it to the University recommending the award of the

degree. There will not be any classification for the degree diploma.

(vii)

If in the opinion of the Viva board the candidate has not been successful in the viva-voce examination, the

candidate shall be given one additional opportunity for the same following the procedure laid down above

and payment of prescribed fees and the decision of Viva board at this examination shall be final.

(viii)

If the examiner suggests re submission of the thesis, the candidate may resubmit the thesis incorporating the

changes proposed by the examiner after a period of six months and on payment of such fees as may be

prescribed by the University from time to time.

(ix)

On re submission, the thesis shall again be sent for adjudication as far as possible to the same examiner

who had adjudicated it earlier and if not substitute him/her with a new examiner who have been selected

from the same panel but otherwise following the same procedure as was followed earlier.

(x)

The candidate shall get no further chance for the re submission of the thesis and the decision to accept or

reject the thesis at this stage shall be final.

16.

Publication of Thesis :

A candidate who have been awarded the Degree of Master of Engineering (by research) shall be free to

publish his/her thesis after incorporating the modifications suggested by the Board of examiners and proper

acknowledgement to the University shall be made in the publication.

17.

These regulations shall be effective from 2006 admissions.

APPENDIX-III

B. TECH. DEGREE COURSE IN CIVIL ENGINEERING

Scheme of Examinations

(2006 Admissions)

STREAM A

Code No.

Subject

Hrs/week

Int.

Univ.

Total

L

T/D/P

(1)

(2)

(3)

(4)

(5)

(6)

(7)

Semester V

CE 501A/B

Engineering, Methematics—IV

4

..

50

100

150

CE 502A/B

Analysis of Structures—I

3

1

50

100

150

CE 503A/B

Design of Structures—I

3

1

50

100

150

CE 504 A/B

Geotechnical Engineering—I

3

1

50

100

150

CE 505 A

Transportation Engineering—I

4

..

50

100

150

CE 506A/B

Construction Engineering & Management—II

4

..

50

100

150

CE 507A

Geotechnical Engineering Lab

..

3

100

..

100

CE 508 A

Transportation Engineering Lab

..

3

100

..

100

Total

21

9

500

600

1100

16

Semester VI

CE 601A

Environmental Engineering—I

3

1

50

100

150

CE 602A/B

Analysis of Structures—II

3

1

50

100

150

CE 603 A/B

Design of Structures—II

3

1

50

100

150

CE 604A/B

Geotechnicial Engineering—II

3

1

50

100

150

CE 605A

Transportation Engineering—II

4

..

50

100

150

CE 606A/B

Water Resources & Irrigation Engineering

4

..

50

100

150

CE 607 A

CAD in Civil Engineering

..

3

100

..

100

CE 608A

Environmental Engineering Lab

..

3

100

..

100

Total

20

10

500

600

1100

Semester VII

CE 701A

Environmental Engineering—II

4

..

50

100

150

CE 702A/B

Prestressed Concrete Structures

3

1

50

100

150

CE 703 A/B

Earthquake Engineering

3

1

50

100

150

CE 704A/B

Quantity Surveying and Valuation

3

1

50

100

150

CE 705A/B

Elective—I

3

1

50

100

150

CE 706A

Computer Applications in Civil Engineering

..

3

100

..

100

CE 707A

Construction and Structural Engineering Lab

..

3

100

..

100

CE 708 A/B

Seminar

..

2

50

..

50

CE 709A

Project

..

2

50

..

50

Total

16

14

550

500

1050

Semester VIII

CE 801 A/B

Architecture & Town Planning

4

..

50

100

150

CE 802 A/B

Construction Safety & Fire Engineering

4

..

50

100

150

CE 803 A/B

Retrofitting and Rehabilitation of Structures

4

..

50

100

150

CE 804 A/B

Elective—II

4

1

50

100

150

CE 805 A

Building Technology and NDT Lab

..

3

100

..

100

CE 806 A

Project

..

10

200

..

200

CE 807 A

Viva Voce

..

..

..

100

100

Total

16

14

500

500

1000

Grand Total

8000

Elective—I

Elective—II

705

(a)

Finite Element Method

804

(a)

Bridge Engineering

(b)

Advanced Construction Techniques

(b)

Cost Effectives Building

& Field Quality Control

Techniques :

(c)

Advanced Foundation Engineering

(c)

Ground Improvement Techniques

(d)

Groundwater Engineering

(d)

Remote Sensing and GIS

(e)

Highway & Airfield Pavement Design

(e)

Industrial Waste Engineering &

Management.

(1)

(2)

(3)

(4)

(5)

(6)

(7)

17

STREAM B

Code No.

Subject

Hrs./week

Int.

Univ.

Total

L

T/D/P

(1)

(2)

(3)

(4)

(5)

(6)

(7)

Semester V

CE 501A/B

Engineering Mathematics-IV

4

..

50

100

150

CE 502A/B

Analysis of Structure-I

3

1

50

100

150

CE 503A/B

Design of Structures-I

3

1

50

100

150

CE 504A/B

Geotechnical Engineering-I

3

1

50

100

150

CE 505 B

Transportation Engineering

4

..

50

100

150

CE 506A/B

Construction Engineering Management-II

4

..

50

100

150

CE 507 B

Geotechnical Engineering Lab

..

3

75

..

75

CE 508 B

Transportation Engineering Lab

..

3

75

..

75

CE 509 B

Industrial/Field Training

..

6

75

..

75

Total

21

15

525

600

1125

Semester VI

CE 601B

Environmental Engineering

3

1

50

100

150

CE 602A/B

Analysis of Structure-II

3

1

50

100

150

CE 603 A/B

Design of Structures-II

3

1

50

100

150

CE 604 A/B

Geotechnical Engineering-II

3

1

50

100

150

CE 605 B

MIS & Finance Management

4

..

50

100

150

CE 606 A/B

Water Resources & Irrigation Engineering

4

..

50

100

150

CE 607 B

CAD in Civil Engineering

..

3

75

..

75

CE 608 B

Environmental Engineering Lab

..

3

75

..

75

CE 609 B

Industrial/Field Training

..

6

75

..

75

Total

20

16

525

600

1125

B. TECH. COMPUTER SCIENCE & ENGINEERING

Scheme for V to VIII Semesters

(2006 Admissions)

Hrs./week

Marks

Course Code

Subject Name

L

T/D/P

Int.

Univ.

Total

(1)

(2)

(3)

(4)

(5)

(6)

(7)

Semester V

CE/CS/EB/EC/EE/

Engineering Mathematics-IV

4

..

50

100

150

E1/IT/ME/SE 501

CS/IT 502

Systems Programming

4

..

50

100

150

CS/IT 503

Software Engineering

4

..

50

100

150

CS 504

Computer Graphics

4

..

50

100

150

CS/IT 505

Database Management System

4

..

50

100

150

CS/EB 506

Microprocessor based System Design

4

..

50

100

150

CS/EB/EC/E1 507

Microprocessor Lab

..

3

100

..

100

CS 508

Computer Graphics Lab

..

3

100

..

100

Total

24

6

500

600

1100

18

Semester VI

CS 601

Compiler Construction

4

..

50

100

150

CS/EE 602

Digital Signal Processing

4

..

50

100

150

CS/IT 603

Operating Systems

4

..

50

100

150

CS/IT 604

Analysis and Design of Algorithms

4

..

50

100

150

CS/EB/EC/E1 605

Control Systems Engineering

4

..

50

100

150

CS/IT 606

Computer Networks

4

..

50

100

150

CS 607

System Programming and Hardware Lab

..

3

100

..

100

CS 608

Mini Project

..

3

100

..

100

Total

24

6

500

600

1100

Semester VII

CS/EB/EC/EE/EI/

Industrial Organization & Management

4

..

50

100

150

IT 701

CS 702

Advanced Architecture and Parallel

4

..

50

100

150

Processing

CS/IT 703

Advanced Computer Networks

4

..

50

100

150

CS/IT 704

Distributed Computing

4

..

50

100

150

CS 705

Elective-I

4

..

50

100

150

CS 706

Language Processor Lab

..

3

100

..

100

CS 707

Network and Operating Systems Lab

..

3

100

..

100

CS 708

Seminar

..

2

50

..

50

CS 709

Project Design

..

2

50

..

50

Total

20

10

550

500

1050

ELECTIVE I

CS 705A—Embedded Systems

CS/IT 705 B—Information Retrieval

CS/EB/IT 705 C—Artificial Neural Networks

CS 705 D—Web Commerce Technologies

Semester VIII

CS 801

Security in Computing

4

..

50

100

150

CS 802

Artificial Intelligence

4

..

50

100

150

CS 803

Object Oriented Modeling & Design

4

..

50

100

150

CS 804

Elective II

4

..

50

100

150

CS 805

Project Work

..

14

300

..

300

CS 806

Viva-voce

..

..

..

100

100

Total

16

14

500

500

1000

Grand Total

3700

4300

8000

(1)

(2)

(3)

(4)

(5)

(6)

(7)

19

ELECTIVE II

CS/EC/EE/EI 804 A—Digital Image Processing

CS/EB/EC/IT 804 B—Bioinformatics

CS 804 C—Software Architecture

CS/IT 804 D—Mobile Computing

B. TECH. DEGREE IN ELECTRONICS AND BIOMEDICAL ENGINEERING

Scheme for V to VIII Semesters

(2006 Admissions)

Hrs./week

Marks

Course No.

Subject

L

T/D/P

Int.

Univ.

Total

(1)

(2)

(3)

(4)

(5)

(6)

(7)

Semester V

EB/EC/EE/EI/CE/CS/ Engineering, Mathematics—IV

4

..

50

100

150

IT/ME/SE 501

EB 502

Biomaterials

4

..

50

100

150

EB 503

Hospital Engineering

4

..

50

100

150

EB 504

Biosignal Processing—I

4

..

50

100

150

EB 505

Bioinstrumentation—I

4

..

50

100

150

EB/CS 506

Microprocessor Based System Design

4

..

50

100

150

EB/EC/EI/CS 507

Microprocessor Laboratory

..

3

100

..

100

EB 508

Medical Electronics Laboratory—I

..

3

100

..

100

Total

24

6

500

600

1100

Semester VI

EB 601

Biosensors and Transducers

4

..

50

100

150

EB 602

Biomechanics

4

..

50

100

150

EB 603

Bioinstrumentation—II

4

..

50

100

150

EB 604

Principles of Object Oriented Programming

4

..

50

100

150

EB/EC/EI/CS 605

Control Systems Engineering

4

..

50

100

150

EB 606

Biosignal Processing—II

4

..

50

100

150

EB 607

Medical Electronics Laboratory—II

..

3

100

..

100

EB 608

Mini Project

..

3

100

..

100

Total

24

6

500

600

1100

20

Semester VII

EB/EC/EE/EI/CS/

Industrial Organization & Management

4

..

50

100

150

IT 701

EB 702

Therapeutic Equipments

4

..

50

100

150

EB 703

Principles of Radio diagnosis and

4

..

50

100

150

Radiotherapy

EB 704

Medical Imaging Techniques

4

..

50

100

150

EB 705

Elective I

4

..

50

100

150

EB 706

Biosignal Processing Laboratory

..

3

100

..

100

EB 707

Bioengineering Laboratory

..

3

100

..

100

EB 708

Seminar

..

2

50

..

50

EB 709

Main Project Design

..

2

50

..

50

Total

20

10

550

500

1050

ELECTIVE I

EB/EE 705 (A)—Computer Communications

EB 705 (B)—Biostatistics & Design of Experiments

EB/CS/IT 705(C)—Artificial Neural Networks

EB/EC/EI 705 (D)—Mechatronics

EB 705 (E)—Embedded Systems and Applications

Semester VIII

EB 801

Medical Image Processing

4

..

50

100

150

EB 802

Telemedicine

4

..

50

100

150

EB 803

Biophotonics

4

..

50

100

150

EB 804

Elective II

4

..

50

100

150

EB 805

Main Project

..

14

300

..

300

EB 806

Viva-voce

..

..

..

100

100

Total

16

14

500

500

1000

Grand Total

3700

4300

8000

ELECTIVE II

EB 804 (A)—Modelling of Physiological Systems

EB/EC/CS/IT 804 (B)—Bioinformatics

EB 804 (C)—Computer Graphics and Volume Visualisation

EB/EE 804 (D)—VLSI Design

EB 804 (E) Bio MEMS & Nanotechnology

(1)

(2)

(3)

(4)

(5)

(6)

(7)

21

B. TECH. ELECTRONICS & COMMUNICATION ENGINEERING

Scheme for V to VIII Semesters

(2006 Admissions)

Hrs/week

Marks

Subject Code

Subject Name

L

T/D/P

Int.

Univ.

Total

(1)

(2)

(3)

(4)

(5)

(6)

(7)

Semester V

CE/CS/EB/EC/EE/EI/ Engineering Mathematics-IV

4

..

50

100

150

IT/ME/SE/501

EC 502

Electromagnetic Theory

4

..

50

100

150

EC/EI 503

Digital System Design

4

..

50

100

150

EC/EI 504

Advanced Microprocessors

4

..

50

100

150

EC/EI 505

Micro Electronics & Intergrated Circuits

4

..

50

100

150

EC/EI 506

Digital Signal Processing

4

..

50

100

150

CS/EB/EC/EI 507

Microprocessor Laboratory

..

3

100

..

100

EC 508

Electronics Circuits Laboratory-II

..

3

100

..

100

Total

24

6

500

600

1100

Semester VI

EC 601

Digital Communication

4

..

50

100

150

EC 602

Microwave Techniques & Devices

4

..

50

100

150

EC/EI 603

VLSI Design

4

..

50

100

150

EC 604

Electronic Measurements and

4

..

50

100

150

Instrumentation

CS/EB/EC/EI 605

Control Systems Engineering

4

..

50

100

150

EC/EI 606

Embedded Systems

4

..

50

100

150

EC 607

Communication Laboratory-I

..

3

100

..

100

EC 608

Mini Project

..

3

100

..

100

Total

24

6

500

600

1100

Semester VII

CS/EB/EC/EE/EI/

Industrial Organization & Management

4

..

50

100

150

IT 701

EC 702

Radio Communication

4

..

50

100

150

EC/EI 703

Computer Communication & Networks

4

..

50

100

150

EC 704

Electronic Product Design

4

..

50

100

150

EC 705

Elective I

4

..

50

100

150

EC 706

Signal Processing Laboratory

..

3

100

..

100

EC 707

Communication Laboratory-II

..

3

100

..

100

EC 708

Seminar

..

2

50

..

50

EC 709

Project Design

..

2

50

..

50

Total

20

10

550

500

1050

ELECTIVE I

EC/EI 705 A—Intelligent Systems

EC 705 B—Fundamentals of RF Design

EC 705 C—Hardware modelling

EB/EC/EI 705 D—Mechatronics

22

Semester VIII

Hrs./week

Marks

Subject Code

Subject Name

L

T/D/P

Int.

Univ.

Total

EC 801

Audio & Video Engineering

4

..

50

100

150

EC 802

Communication Systems

4

..

50

100

150

EC 803

Opto Electronics & Communication

4

..

50

100

150

EC 804

Elective II

4

..

50

100

150

EC 805

Project Work

..

14

300

..

300

EC 806

Viva-voce

..

..

..

100

100

Total

16

14

500

500

1000

Grand Total

8000

ELECTIVE II

CS/EC/EE/EI 804 A—Digital Image Processing

CS/EB/EC/IT 804 B—Bioinformatics

EC/EI 804 C—ASIC Design

EC 804 D—Mixed Signal System Design

B. TECH. ELECTRICAL & ELECTRONICS ENGINEERING

Scheme for V to VIII Semesters

(2006 Admissions)

Hrs/week

Marks

Subject Code

Subject Name

L

T/D/P

Int.

Univ.

Total

(1)

(2)

(3)

(4)

(5)

(6)

(7)

Semester V

CE/CS/EB/EC/EE/EI/ Engineering Mathematics-IV

4

..

50

100

150

IT/ME/SE501

EE 502

Electrical Machines-II

4

..

50

100

150

EE 503

Field Theory

4

..

50

100

150

EE 504

Engineering Material Science

4

..

50

100

150

EE 505

Microprocessor Based Systems

4

..

50

100

150

EE 506

Linear Intergrated Circuits

4

..

50

100

150

EE 507

Electrical Machines-I Lab

..

3

100

..

100

EE 508

Power Electronics Lab

..

3

100

..

100

Total

24

6

500

600

1100

23

Semester VI

EE 601

Power Systems-I

4

..

50

100

150

CS/EE 602

Digital Signal Processing

4

..

50

100

150

EE 603

Control Systems-I

4

..

50

100

150

EE 604

Electrical Drawing

4

..

50

100

150

EE 605

Modern Communication Engineering

4

..

50

100

150

EE 606

Electrical Machines-III

4

..

50

100

150

EE 607

Microprocessor Lab

..

3

100

..

100

EE 608

Mini Project

..

3

100

..

100

Total

24

6

500

600

1100

Semester VII

CS/EB/EC/EE/EI/

Industrial Organization & Management

4

..

50

100

150

IT 701

EE 702

Design Estimation & Costing

4

..

50

100

150

EE 703

Power Systems-II

4

..

50

100

150

EE 704

Control Systems-II

4

..

50

100

150

EE 705

Elective-I

4

..

50

100

150

EE 706

Electrical Machines-II Lab

..

3

100

..

100

EE 707

Advanced Electrical Engineering Lab

..

3

100

..

100

EE 708

Seminar

..

2

50

..

50

EE 709

Project Design

..

2

50

..

50

Total

20

10

550

500

1050

ELECTIVE-I

EB/EE 705 A—Computer Communications

EE 705 B—High Voltage DC Transmission

EE 705 C—Neural Network & Fuzzy Logic

EE 705 D—Optimal Control Theory

Semester VIII

EE 801

Electrical Machine Design

4

..

50

100

150

EE 802

Power Systems-III

4

..

50

100

150

EE 803

Electronic Instrumentation

4

..

50

100

150

EE 804

Elective II

4

..

50

100

150

EE 805

Project Work

..

14

300

..

300

EE 806

Viva-voce

..

..

..

100

100

Total

16

14

500

500

1000

Grand Total

3700

4300

8000

ELECTIVE II

CS/EC/EE/EI 804 A—Digital Image Processing

EE 804 B—Renewable Sources of Energy

EE 804 C—Flexible AC Transmission

EB/EE 804 D—VLSI Design

(1)

(2)

(3)

(4)

(5)

(6)

(7)

24

B. TECH INFORMATION TECHNOLOGY

Scheme for V to VIII Semesters

(2006 Admissions)

Course Code

Subject Name

Hrs. / Week

Marks

L

T/D/P

Internal

University

Total

(1)

(2)

(3)

(4)

(5)

(6)

(7)

Semester V

CE/CS/EB/EC/EE/

Engineering Mathematics IV

4

..

50

100

150

EI/IT/ME/SE 501

CS/IT 502

Systems Programming

4

..

50

100

150

CS/IT 503

Software Engineering

4

..

50

100

150

IT 504

Computer Graphics and Animation

4

..

50

100

150

CS/IT 505

Database Management Systems

4

..

50

100

150

IT 506

Knowledge Engineering

4

..

50

100

150

IT 507

Mini project-RDBMS Based

..

3

100

..

100

IT 508

Systems Programming lab

..

3

100

..

100

Total

24

6

500

600

1100

Semester VI

IT 601

Financial Management & E-Banking

4

..

50

100

150

IT 602

Internet programming

4

..

50

100

150

CS/IT 603

Operating Systems

4

..

50

100

150

CS/IT 604

Analysis and Design of Algorithms

4

..

50

100

150

IT 605

Object Oriented Modeling and Design

4

..

50

100

150

CS/IT 606

Computer Networks

4

..

50

100

150

IT 607

Computer Graphics Lab

..

3

100

..

100

IT 608

Mini Project-Internet Based

..

3

100

..

100

Total

24

6

500

600

1100

Semester VII

CS/EB/EC/EE/

Industrial Organization & Management

4

..

50

100

150

EI/IT 701

IT 702

Multimedia Computing

4

..

50

100

150

CS/IT 703

Advanced Computer Networks

4

..

50

100

150

CS/IT 704

Distributed Computing

4

..

50

100

150

IT 705

Elective I

4

..

50

100

150

IT 706

Computer Network Lab

..

3

100

..

100

IT 707

Mini Project-Multimedia Based

..

3

100

..

100

IT 708

Seminar

..

2

50

..

50

IT 709

Project Design

..

2

50

..

50

Total

20

10

550

500

1050

25

ELECTIVE I

IT 705 A—Parallel Computer Architecture & Programming

CS/IT 705 B—Information Retrieval

CS/EB/IT 705 C— Artificial Neural Networks

IT 705 D—Cryptography and Data Security

IT 705 E—Data Mining & Warehousing.

Semester VIII

IT 801

Electronic Business and Services

4

50

100

150

IT 802

Real Time Systems

4

50

100

150

IT 803

Software Project Management

4

50

100

150

IT 804

Elective II

4

50

100

150

IT 805

Project Work

14

300

300

IT 806

Viva-voce

100

100

Total

16

14

500

500

1000

Grand Total

3700

4300

8000

ELECTIVE II

IT 804 A—Software Testing methods & Tools

CS/EB/EC/IT 804 B—Bioinformatics

IT 804 C— Soft Computing

CS/IT 804 D—Mobile Computing

CS/IT 804 E—Geographical Information Systems.

B. TECH MECHANICAL ENGINEERING

Scheme for V to VIII Semesters

(2006 Admissions)

Course Code

Subject Name

Hrs./Week

Marks

L

T/D/P

Internal

University

Total

(1)

(2)

(3)

(4)

(5)

(6)

(7)

Semester V

CE/CS/EB/EC/EE/Engineering Mathematics IV

4

..

50

100

150

EI/IT/ME/SE 501

ME 502

Metrology & Machine Tools

4

..

50

100

150

ME 503

Mechanics of Machinery

4

..

50

100

150

ME 504

Thermal Engineering

4

..

50

100

150

ME 505

Power Plant Engineering

4

..

50

100

150

ME 506

Industrial Management

4

..

50

100

150

ME 507

Hydraulic Machinery Lab

..

3

100

..

100

ME 508

Machine Shop

..

3

100

..

100

Total

24

6

500

600

1100

(1)

(2)

(3)

(4)

(5)

(6)

(7)

26

Semester VI

ME 601

Instrumentation & Control Systems

4

50

100

150

ME 602

Dynamics of Machiney

4

50

100

150

ME 603

Machine Design I

4

50

100

150

ME 604

Heat & Mass Transfer

4

50

100

150

ME 605

Tool Engineering and Design

4

50

100

150

ME 606

CAD-CAM

4

50

100

150

ME 607

Thermal Engineering Lab

3

100

100

ME 608

Metrology & Measurements Lab

3

100

100

Total

24

6

500

600

1100

Semester VII

ME 701

Operations Research

4

50

100

150

ME 702

Vibration & Noise Control

4

50

100

150

ME 703

Machine Design II

4

50

100

150

ME 704

Refrigeration & Air-Conditioning

4

50

100

150

ME 705

Elective I

4

50

100

150

ME 706

HMT Lab

3

100

100

ME 707

CAD-CAM Lab

3

100

100

ME 708

Seminar

2

50

50

ME 709

Project Design

2

50

50

Total

20

10

550

500

1050

ELECTIVE I

ME 705 A—Aerospace Engineering

ME 705 B—Finite Element Method

ME 705 C— Advanced Engineering Materials

ME 705 D—Quality Engineering.

Semester VIII

ME 801

Operations Management

5

50

100

150

ME 802

Compressible Fluid Flow

5

50

100

150

ME 803

Production Technology

5

50

100

150

ME 804

Elective II

5

50

100

150

ME 805

Project Work

10

300

300

ME 806

Viva-voce

100

100

Total

20

10

500

500

1000

Grand Total

3700

4300

8000

ELECTIVE II

ME 804 A—Propulsion Engineering

ME 804 B—Computational Fluid Dynamics

ME 804 C— Material Management

ME 804 D—Advanced Production Technology

ME 804 E—Automobile Engineering

(1)

(2)

(3)

(4)

(5)

(6)

(7)

27

B. TECH. DEGREE COURSE IN SAFETY & FIRE ENGINEERING

Scheme for V to VIII Semesters

(2006 Admissions)

Code No.

Subject

Hrs./Week

Marks

L

T/D/P

Internal

University

Total

(1)

(2)

(3)

(4)

(5)

(6)

(7)

Semester V

CE/CS/EB/EC/EE/

Engineering Mathematics IV

4

50

100

150

EI/IT/ME/SE 501

SE 502

Chemical Engineering III

4

50

100

150

SE 503

Principles of Engineering Design

4

50

100

150

SE 504

Fire Engineering II

4

50

100

150

SE 505

Principles of Industrial Management

4

50

100

150

SE 506

Safety in Construction

4

50

100

150

SE 507

Safety Engineering Lab

..

3

100

..

100

SE 508

Chemical Engineering Lab

..

3

100

..

100

Total

24

6

500

600

1100

Semester VI

SE 601

Legal Aspects of Safety, Health

4

50

100

150

and Environment

SE 602

Chemical Process Safety

4

50

100

150

SE 603

Process Instrumentation and

4

50

100

150

Control Engineering

SE 604

Fire Engineering III

4

50

100

150

SE 605

Environmental Engineering and

4

50

100

150

Management

SE 606

Occupational Health & Hygiene

4

50

100

150

Management

SE 607

Environmental Engineering &

..

3

100

..

100

Management Lab

SE 608

Minor Project

..

3

100

..

100

Total

24

6

500

600

1100

Semester VII

SE 701

Hazard Identification and

4

50

100

150

Risk Assessment

SE 702

Safety in Rail and Road Transport

4

50

100

150

SE 703

Safety in Engineering Industry

4

50

100

150

SE 704

Fire Engineering IV

4

1

50

100

150

SE 705

Elective I

4

50

100

150

SE 706

Fire Engineering Lab

..

3

100

..

100

SE 707

Industrial Hygiene Lab

..

3

100

..

100

SE 708

Seminar

..

3

100

..

100

Total

20

10

550

500

1050