The Board of Studies Meeting for B.TECH (ECE) Program was held on 05-04-2013 in Board Room. The BOS Members Resolved and recommended the following:
)> Er. D.Rama Krishna has given a short talk on "How to be successful in present age" and he
has given points on what industry wants and the importance of course objectives, programme objectives linking and connectivity in syllabus.
)> Dr. N.V.S. Sanna insisted the exposure of industry practices for faculty, importance of
feedback from old students & industrial persons.
)> Dr. Sudhakar insisted about creating the interest among faculty to improve industrial
exposure.
)> Dr. B. Seetharamanjaneylu discussed about choice based credit system, credits to skills and
exit options to students.
»
Lab and theory merging is discussed.»
Sri. P. Hari Babu suggested that electives selection should lead to project work.»
Dr. L. Rathaiah, Chairman welcomed BoS members and he has given some inputs for framing syllabus.5. Mr. P. Haribabu, Scientist, C-DAC, Bangalore.
2. Dr. N. V.S.N. Sharma Professor, NlT Warangal.
3. Mr. M. Srinivasarao. Director, !COMMTELE, Hyderabad.
+~
4. Mr. Subba Rangaiah. Director, VEDA !IT, Hyderabad~
~·
The following External members attended for the BoS meeting o~/04/2013
1. Er. D. Ramakrishna. Managing Director, Efftronics, Vijayawada.
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5th April, 2013 (DEPARTMENT OF ELECTRONICS AND COMMUNCATION ENGINEERING
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UNIVERSITY
Foundation'"' Science. Foundation tor Science Technology A Research
VIG NAN' VIG NAN'S
Technology & ReseorcoS
UNIVERSITY
(DEPARTMENT OF ELECTRONICS AND COMMUNCATION ENGINEERING
5" April, 2013
5. Mr. P. Haribabu, Scientist, C-DAC, Bangalore.
2. Dr. N. V.S.N. Sharma Professor, NIT Warangal.
3. Mr. M. Srinivasarao. Director, ICOMMTELE, Hyderabad.
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4. Mr sub6a Ragaiah. Director. VEDA IT. Hyderabad.,
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The following External members attended for the Bos meeting op,Q5/04/2013
I. Er. D. Ramakrishna. Managing Director, Efftronics, Vijayawada.
't:J A___
US_
The Board of Studies Meeting for B.TECH (ECE) Program was held on 05-04-2013 in Board Room. The BOS Members Resolved and recommended the following:
»>
Er. D.Rama Krishna has given a short talk on "How to be successful in present age" and he has given points on what industry wants and the importance of course objectives, programme objectives linking and connectivity in syllabus.»>
Dr. NV.S. Sarma insisted the exposure of industry practices for faculty, importance of feedback from old students & industrial persons.»
Dr. Sudhakar insisted about creating the interest among faculty to improve industrial exposure.►
Dr. B. Seetharamanjaneylu discussed about choice based credit system, credits to skills and exit options ro students.►
Lab and theory merging is discussed.»
Sri.P. Hari Babu suggested that electives selection should lead to project work.Dr. L. Rathaiah, Chairman welcomed Bos members and he has given some inputs for framing syllabus.
~ Cyber security course can be offered instead of network security proposed by Dr. B.Seetha Ramanjaneyulu.
~ Some of BoS members felt that cloud computing paper is not necessary for B.Tech ECE people and all accepted that.
~ Sri. M.Srinivasa Rao and Sri. P. Hari Babu felt that no need of Professional Communication Lab for engineers.
~ Power electronics course can be offered as elective for B.Tech students.
>'- Suggested by Sri. P. Hari Babu operating system course should made compulsory for
B.Tech ECE students.
>'- Dr. N.V.S. Sanna proposed microprocessor course and computer organization courses can
be merged.
~ Er. D. Rama Krishna, Sri. Srinivasa Rao & Sri. P. Hari babu suggested that instead of 8086 introduce ARM Processor Architectures.
~ Sri. P. Sudhakara Rao suggested to introduce multi-core processors in Microprocessor Subject.
~ Control systems course can be moved for the previous semesters suggested by Dr. N. V .S.
Sarma.
~ For B.Tech students introduce ARM lab instead of 8086 and use either keil or GCC tools suggested by Er. D. Rama Krishna and Sri. P.Hari babu.
~ Dr. N.V.S. Sarma suggested data structures subject should be in first year itself.
~ Suggested by Dr. N.V.S. Sanna - Antennas course can be merged with Electromagnetic Field Theory (EMFT) .
..,.. Sri. M. Srinivasa Rao, Dr. N.V.S. Sanna, Er. D. Rama Krishna sugge ted to change the lab name from' VLSI design lab" to "VLSI Lab".
~ Managerial Economics can be offered in any semester and it is useful for costing suggested by Er.D.Rama Krishna.
);;- DSP paper EMI paper can be offered in earlier semesters.
);;- "Internet of things" cause can be offered as elective suggested by Sri. P. Hari Babu.
~ Rename the lab from "EMl Lab" to "Instrumentation Lab".
~ Zigbee topic can be offered in any one of suitable courses of wireless communications.
~ Make optical or radars communication courses as compulsory, instead of Electives.
~ Exposure classes are needed to select any one of the electives stream.
ReflectionReflections on ECE Syllabus s on ECE Syllabus
►
Cyber security course can be offered instead of network security proposed by Dr. B.Seetha Ramanjaneyulu.►
Some of BoS members felt that cloud computing paper is not necessary for B.Tech ECE people and al I accepted that.►
Sri. M.Srinivasa Rao and Sri. P. Hari Babu felt that no need of Professional Communication Lab for engineers.►
Power electronics course can be offered as elective for B.Tech students.►
Suggested by Sri. P. Hari Babu operating system course should made compulsory for B.Tech ECE students.►
Dr. N.V.S. Sarma proposed microprocessor course and computer organization courses can be merged.►
Er. D. Rama Krishna, Sri. Srinivasa Rao & Sri. P. Hari babu suggested that instead of8086 introduce ARM Processor Architectures.►
Sri. P. Sudhakara Rao suggested to introduce multi-core processors in Microprocessor Subject.►
Control systems course can be moved for the previous semesters suggested by Dr. N. V.S.Sarma.
►
For B.Tech students introduce ARM lab instead of 8086 and use either keil or GCC tools suggested by Er. D. Rama Krishna and Sri. P.Hari babu.►
Dr. N.V.S. Sanna suggested data structures subject should be in first year itself.►
Suggested by Dr. N.V.S. Sarma - Antennas course can be merged with Electromagnetic Field Theory (EMFT).Sri. M. Srinivasa Rao, Dr. N.V.S. Sarma. Er. D. Rama Krishna suggested to change the lab name from "VLSI design lab" to VLSI Lab
►
Managerial Economics can be offered in any semester and it is useful for costing suggested by Er.D.Rama Krishna.►
DSP paper, EMI paper can be offered in earlier semesters.►
"Internet of things" couse can be offered as elective suggested by Sri. P. Hari Babu.►
Rename the lab from EMI Lab" to "Instrumentation Lab".►
Zigbee topic can be offered in any one of suitable courses of wireless communications.►
Make optical or radars communication courses as compulsory, instead of Electives.►
Exposure classes are needed to select any one of the electives stream./JL---
Chairman BoS I. Major restructuring has taken place in the Curriculum with theoretical courses and Practical
courses, the curriculum focussed on Higher education, Employability, Entrepreneurship etc.
2. The curriculum follows the choice based credit system (CBCS).
3. The 4 years B.Tech programme is approved with effect from the academic year 2013-14. The proposed structure and syllabus is applicable for 2013 admitted batch onwards.
4. The finalised Course Structure is shown in Appendix I
5. Inclusion of new courses in the curriculum is reviewed and is provided as Appendix 11.
6. In all the courses of the revised curriculum (R 13) significant changes are made in the content.
The percentage of revision from RI 0 to R 13 is 21 %.
7. The analysed Stakeholders feedback in CDMC kept before the BoS and the priority is given to the feedback while designing the curriculum and their suggestions are implemented.
The The Outcomes of BoS meeting are as fol lows: Outcomes of BoS meeting are as follows:
I. Major restructuring has taken place in the Curriculum with theoretical courses and Practical courses, the curriculum focussed on Higher education, Employability, Entrepreneurship etc.
2. The curriculum follows the choice based credit system (CBCS).
3. The 4 years B.Tech programme is approved with effect from the academic year 2013-14. The proposed structure and syllabus is applicable for 2013 admitted batch onwards.
4. The finalised Course Structure is shown in Appendix I
5. Inclusion of new courses in the curriculum is reviewed and is provided as Appendix II.
6. In all the courses of the revised curriculum (RIJ) significant changes are made in the content.
The percentage of revision from RI0 to RI3 is 21%.
7. The analysed Stakeholder's feedback in CDMC kept before the Bos and the priority is given to the feedback while designing the curriculum and their suggestions are implemented.
Chairman BoS
u
S. No Name of the Course L T p To
c
1 Engineering Mathematics-II 4 4 4
2 Engineering Physics 4 4 4
3 Engineering Mechanics 4 4 4
4 Technical English Communication 3 2 5 5
Problem Solving and Computer
5 Programming 5 5 5
6 Network Security 2 2
7 Engineering Physics Lab 3 3 2
8 Computer Programming Lab 3 3 2
9 Workshop Practice 3 3 2
Total 22 2 9 31 28
I year I II semester
S.No Name of the Course L T p To
c
1 Engineering Mathematics I 4 4 4
2 Engineering Materials 4 4 4
3 Fundamentals of Electrical Engineering 4 4 4
4 Engineering Chemistry 4 4 4
5 Environmental Studies 3 3 3
Professional Ethics, Values and Human
6 Rights 2 2
Fundamentals of Electrical engineering
7 Lab 3 3 2
8 Engineering Chemistry Lab 3 3 2
9 Engineering Graphics 1 3 4 3
I year I I semester
Course Structure
Appendix-I
-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-· -··-··-··-·--··-··-··-··-··-··-··-··-··-
DEPARTMENT OF ELECTRONICS & COMMlJNlCA TION ENGINEERING
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UNIVERSITY
Foundolion
VIGNAN
10< Science. Technology & Research'S
¥
Foundation for Science. Technology A ResearchVIG NAN'S
UNIVERSITY
DEPARTMENT OF ELECTRONICS & COMMUNICATION ENGINEERING
Appendix-I
Course Structure
Iyear/
Isemester
S.No Name of the Course L T p To C
1 Engineering Mathematics I 4 4 4
2 Engineering Materials 4 4 4
3 Fundamentals of Electrical Engineering 4 4 4
4 Engineering Chemistry 4 4 4
5 Environmental Studies 3 3 3
Professional Ethics, Values and Human
6 Rights 2 2
Fundamentals of Electrical engineering
7 Lab 3 3 2
8 Engineering Chemistry Lab 3 3 2
9 Engineering Graphics 1 3 4 3
I
year/
IIsemester
5. No Name of the Course L T p To C
1 Engineering Mathematics-II 4 4 4
2 Engineering Physics 4 4 4
3 Engineering Mechanics 4 4 4
4 Technical English Communication 3 2 5 5 Problem Solving and Computer
5 Programming 5 5 5
6 Network Security 2 2
7 Engineering Physics Lab 3 3 2
8 Computer Programming Lab 3 3 2
9 Workshop Practice 3 3 2
Total 22 2 9 31 28
S. No Name of the Course
L T p To
c
PROBABILITY THEORY AND
I STOCHASTIC PROCESSES 3 1 4 4
2 ELECTRONIC CIRCUIT ANALYSI
4 4 4
3 DIGITAL ELECTRONICS 3 1 4 4
4 ANALOG COMMUNICATIONS 4 4 4
5 ELECTRO MAGNETIC FIELD THEORY 3 1 4 4
6 MJNOR-11 4 4 4
7 SEMINAR 1 1 1
8 ELECTRONIC CIRCUIT ANALYSIS LAB 3 3 2 9 ANALOG COMMUNICATIONS LAB 3 3 2
10 PROFESSIONAL COMMUNJCATION LAB 3 3 2
TOTAL 21 3 10 34 31
II year I II semester
S. No Name of the Course L T p To
c
COMPLEX VARIABLES AND SPECIAL
1 FUNCTIONS 3 1 4 4
2 ELECTRONIC DEVICES AND CIRCUITS 4 4 4
3 NETWORK THEORY 3 1 4 4
4 SIGNALS AND SYSTEMS 3 1 4 4
5 DATA STRUCTURES USING C++ 4 4 4
6 MINOR-I 4 4 4
7 SEMINAR 1 1 1
8 ELECTRONIC DEVICES AND CIRCUITS LAB 3 3 2
9 SIGNALS AND SYSTEMS LAB 3 3 2
10 SOFT SKILLS LAB 3 3 2
TOTAL 21 3 10 34 31
II year I I semester TI year/ I semester
S. No Name of the Course L T p To C
COMPLEX VARIABLES AND SPECIAL
1 FUNCTIONS 3 1 4 4
2 ELECTRONIC DEVICES AND CIRCUITS 4 4 4
3 NETWORK THEORY 3 1 4 4
4 SIGNALS AND SYSTEMS 3 1 4 4
5 DATA STRUCTURES USING C++ 4 4 4
6 MINOR-I 4 4 4
7 SEMINAR 1 1 1
8 ELECTRONIC DEVICES AND CIRCUITS LAB 3 3 2
9 SIGNALS AND SYSTEMS LAB 3 3 2
10 SOFT SKILLS LAB 3 3 2
TOTAL 21 3 10 34 31
IH year / II semester
S. No Name of the Course
L T p To C PROBABILITY THEORY AND
I STOCHASTIC PROCESSES 3 1 4 4
2 ELECTRONIC CIRCUIT ANALYSIS
4 4 4
3 DIGITAL ELECTRONICS 3 1 4 4
4 ANALOG COMMUNICATIONS 4 4 4
5 ELECTRO MAGNETIC FIELD THEORY 3 1 4 4
6 MINOR-II 4 4 4
7 SEMINAR 1 1 1
8 ELECTRONIC CIRCUIT ANALYSIS LAB 3 3 2
9 ANALOG COMMUNICATIONS LAB 3 3 2
10 PROFESSIONAL COMMUNICATION LAB 3 3 2
TOTAL 21 3 10 34 31
S. No Name of the Course L T p To
c
I LfNEAR CONTROL SYSTEMS 4 4 4
2 VLSI DESIGN 4 4 4
.., ANTENNA PROPAGATION 4 4 4
.)
COMPUTER ARCHITECTURE AND
4 ORGANIZATION 4 4 4
5 DEPT ELECTIVE -LI 4 4 4
OPTJCAL COMMUNICATION EMBEDDED SYSTEMS
ELECTROMAGNETIC INTERFERENCE AND COMPATIBILITY
6 MINOR-IV 4 4 4
7 SEMINAR 1 1 1
8 DATA STRUCTURES USING C++ LAB 3 3 2
9 VLSI DESIGN LAB 3 3 2
10 MINI PROJECT 3 3 2
TOTAL 24 0 10 34 31
III year I II semester
S. No Name of the Course L T p To
c
I LINEAR !C'S AND APPLICATIONS 4 4 4 MICROPROCESSORS AND
2 MICROCONTROLLERS 4 4 4
3 DIGIT AL COMMUNICA TlONS 4 4 4
TRANSMISSION LINES AND
4 WAVEGUIDES 4 4 4
s
DEPT ELECTIVE -I 4 4 4OPERA TING SYSTEMS OBJECT ORIENTED PROGRAMMING
THROUGH JAVA DlGITAL JC APPLICATIONS
6 MINOR-III 4 4 4
7 SEMINAR 1 1 1
8 IC APPLICATIONS LAB 3 3 2
MICROPROCESSORS AND
9 MlCROCONTROLLERSLAB 3 3 2
10 DIGIT AL COMMUNICATlONS LAB 3 3 2
TOTAL 24 0 10 34 31
III year rn year/ I I semester
lsemester
S. No Name of the Course L T p To C I LINEAR IC'S AND APPLICATIONS 4 4 4
MICROPROCESSORS AND
2 MICROCONTROLLERS 4 4 4
3 DIGITAL COMMUNICATIONS 4 4 4
TRANSMISSION LINES AND
4 WAVEGUIDES 4 4 4
5 DEPT ELECTIVE -I 4 4 4
OPERATING SYSTEMS OBJECT ORIENTED PROGRAMMING
THROUGH JAVA DIGITAL JC APPLICATIONS
6 MINOR-Ill 4 4 4
7 SEMINAR 1 1 1
8 JC APPLICATIONS LAB 3 3 2
MICROPROCESSORS AND
9 MICROCONTROLLERS LAB 3 3 2
10 DIGITAL COMMUNICATIONS LAB 3 3 2
TOTAL 24 0 10 34 31
III year/ II semester
S. No Name of the Course L T p To C
I LINEAR CONTROL SYSTEMS 4 4 4
2 VLSI DESIGN 4 4 4
3 ANTENNA PROPAGATION 4 4 4
COMPUTER ARCHITECTURE AND
4 ORGANIZATION 4 4 4
5 DEPT ELECTIVE -11 4 4 4
OPTICAL COMMUNICATION EMBEDDED SYSTEMS
ELECTROMAGNETIC INTERFERENCE AND COMPATIBILITY
6 MINOR-IV 4 4 4
7 SEMINAR 1 1 1
8 DATA STRUCTURES USING C++ LAB 3 3 2
9 VLSI DESIGN LAB 3 3 2
10 MINI PROJECT 3 3 2
TOTAL 24 0 10 34 31
The students opting for semester long industrial internship during eight semester, carry out Minor-V in seventh semester itself as additional courses eighteen credits are allocated to internship as given below
S. No Name of the Course L T p To
c
I MlNOR-V 4 4 4
2 DEPT ELECTIVE -V 4 4 4
SENSORS AND ACTUATORS WIRELESS SENSOR NETWORKS BIOMEDICAL SIGNAL PROCESSING
3 DEPT ELECTIVE-VI 4 4 4
DIGITAL IMAGE PROCESSING RADAR SYSTEMS VLSI TESTlNG AND VAUDATION
PROJECT 20 20 10
TOTAL 12 0 20 32 22
IV year I II semester
S. No Name of the Course L T p To
c
I MANAGERIAL ECONOMICS 4 4 4
2 DIGITAL SIGNAL PROCESSING ..,
I 4 4
J
.., RF AND MICROWAVE ENGINEERING 4 4 4
.)
ELECTRONIC MEASUREMENTS AND
4 INSTRUMENTATION 4 4 4
5 DEPT ELECTIVE -Ill 4 4 4
DATA COMMUNICATION AND COMPUTER NETWORKS SATELLITE COMMUNTACATION
MEMS
6 DEPT ELECTJVE -IV 4 4 4
DIGITAL DESIGN THROUGH VERILOG CELLULAR AND MOBILE
COMM UNlCATIONS NANO ELECTRONICS
7 DIGITAL SIGNAL PROCESSING LAB ..,
3 2
J
8 MICROWAVE ENGINEERING LAB ..,
3 2
J
9 INSTRUMENTATION LAB 3 3 2
TOTAL 23 I 9 33 30
IV year
IVyear/ I I semester I semester
S. No Name of the Course L T p To C
I MANAGERIAL ECONOMICS 4 4 4
2 DIGITAL SIGNAL PROCESSING 3 I 4 4 3 RF AND MICROWAVE ENGINEERING 4 4 4
ELECTRONIC MEASUREMENTS AND
4 INSTRUMENTATION 4 4 4
5 DEPT ELECTIVE -111 4 4 4
DATA COMMUNICATION AND COMPUTER NETWORKS SA TEL LITE COMMUNIACATION
MEMS
6 DEPT ELECTIVE -IV 4 4 4
DIGITAL DESIGN THROUGH VERILOG CELLULAR AND MOBILE
COMMUNICATIONS NANO ELECTRONICS
7 DIGITAL SIGNAL PROCESSING LAB 3 '
•
2 8 MICRO WA VE ENGINEERING LAB 3 3 29 INSTRUMENTATION LAB 3 3 2
TOTAL 23 I 9 33 30
IV
year / II semester
S. No Name of the Course L T p To C
I MfNOR-V 4 4 4
2 DEPT ELECTIVE -V 4 4 4
SENSORS AND ACTUATORS WIRELESS SENSOR NETWORKS BIOMEDICAL SIGNAL PROCESSING
3 DEPT ELECTIVE -VI 4 4 4
DIGITAL IMAGE PROCESSING RADAR SYSTEMS
VLSI TESTING AND VALIDATION
PROJECT 20 20 10
TOTAL 12 0 20 32 22
The students opting for semester long industrial internship during eight semester, carry
out Minor-V in seventh semester itself as additional courses eighteen credits are
allocated to internship as given below
tJ·L -
Chairman BoS Note: The courses that are highlighted denotes the implementation of "Choice Based Credit System (CBCS)"
S.No Name of the Course L T p To
c
I ELECTRONIC DEVICES 4 4 4
2 ELECTRONIC CIRCUITS 4 4 4
3 DJGITAL ELECTRONICS 4 4 4
4 COMMUNICATION SYSTEMS -1 4 4 4
5 LINEAR IC APPLlCATIONS 4 4 4
6 MJCROPROCESSORS AND JNTERF ACING 4 4 4 7 COMMUNICATION SYSTEMS -II 4 4 4
8 SENSORS AND TRANSDUCERS 4 4 4
ECE Minor Stream
136
I
36l
isI
Project I Internship
1
IV year IV year/ IT semester I II semester
1 Project/ Internship
[as Ts Tis]
ECE Minor Stream
S.No Name of the Course L T p To C
I ELECTRONIC DEVICES 4 4 4
2 ELECTRONIC CIRCUITS 4 4 4
3 DIGITAL ELECTRONICS 4 4 4
4 COMMUNICATION SYSTEMS -I 4 4 4
5 LINEAR IC APPLICATIONS 4 4 4
6 MICROPROCESSORS AND INTERFACING 4 4 4
7 COMMUNICATION SYSTEMS -11 4 4 4
8 SENSORS AND TRANSDUCERS 4 4 4
Note: The courses that are highlighted denotes the implementation of Choice Based Credit System (CBCS)"
k]. l
Chairman BoS
Year/
S.No Semester Name of the Course
1 II/I ELECTRONIC DEVICES ANDvCIRCU!TS
2 II/I NETWORK THEORY
3 II/I SIGNALS AND SYSTEMS
4 II/I
Data Structures using C++
Seminar
5 11/l
6 11/11 PROBABILITY THEORY AND STOCHASTIC PROCESSES
7 11/11 ELECTRONIC CIRCUIT ANALYSIS
8 11/11 DIGITAL ELECTRONICS
9 11/11 ANALOG COMMUNICATIONS
10 11/11 Electro Magnetic Field Theory
11 11/11 Seminar
12 Ill/I
Linear IC's and Applications
13 Ill/I
Microprocessors and Microcontrollers
14 Ill/I
Digital Communications
15 Ill/I Transmission Lines and Waveguides
16 111/I Operating Systems
17 Ill/I Object Oriented Programming Through Java
18 Ill/I Digital IC Applications
19 Ill/I
Seminar
20 111/11
LINEAR CONTROL SYSTEMS
B.Tech Electronics and Communication Engineering Curriculum Appendix-II
List of new courses in the R-13
-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-··-
DEPARTMENT OF ELECTRONICS & COMMUNICATION ENGINEERING
£.
(Deemed to bP Un1vNs1ty) '
,,
-- VIG NAN'S VIGNAN'S
(Deemed to be University)
DEPARTMENT OF ELECTRONICS & COMMUNICATION ENGINEERING
Appendix-II
List of new courses in the R-13
B.Tech Electronics and Communication Engineering Curriculum
Year/
S.No Semester Name of the Course
1
/I
ELECTRONIC DEVICES ANDvCIRCUITS2 11/1 NETWORK THEORY
3 11/1 SIGNALS AND SYSTEMS
4 11/1 Data Structures using C++
Seminar
5 11/1
6 11/11 PROBABILITY THEORY AND STOCHASTIC PROCESSES
7 11/11 ELECTRONIC CIRCUIT ANALYSIS
8 11/11 DIGITAL ELECTRONICS
9 11/11 ANALOG COMMUNICATIONS
10 11/11 Electro Magnetic Field Theory
11 11/11 Seminar
12 111/1 Linear IC's and Applications
13 111/1 Microprocessors and Microcontrollers
14 111/1 Digital Communications
15 111/1 Transmission Lines and Waveguides
16 111/1 Operating Systems
17 111/1 Object Oriented Programming Through Java
18 II/I Digital IC Applications
19
I/I
Seminar20 111/11 LINEAR CONTROL SYSTEMS
rJi.---
Chairman BoS
21 111/11 VLSI Design
22 111/11 Antenna Propagation
23 111/11 Computer Architecture and Organization
24 111/11 Optical Communication
25 111/11 Embedded Systems
26 111/11 ELECTROMAGNETIC INTERFERENCE AND COMPATIBILITY
27 111/11 Seminar
28 Ill/II Mini Project
29 IV/I Managerial Economics
30 IV/I Digital Signal Processing
31 IV/I RF and Microwave Engineering
32 IV/I Electronic Measurements and Instrumentation
33 IV/I Data Communication and Computer networks
34 IV/I Satellite Communiacation
35 IV/I MEMS
36 IV/I Digital Design through Verilog
37 IV/I Cellular and Mobile Communications
38 IV/I Nano Electronics
39 IV/II Sensors and Actuators
40 IV/II Wireless Sensor Networks
41 IV/II Biomedical Signal Processing
42 IV/II Digital Image Processing
43 IV/II Radar Systems
44 IV/II VLSI Testing and Validation
45 IV/I Project
46 IV/II Project I Internship
.
'.4
21 111/11 VLSI Design
22
/I
Antenna Propagation23 111/11 Computer Architecture and Organization
24 111/11 Optical Communication
25 111/11 Embedded Systems
26 111/11 ELECTROMAGNETIC INTERFERENCE AND COMPATIBILITY
27 111/11 Seminar
28 111/11 Mini Project
29 IV/I Managerial Economics
30 IV/I Digital Signal Processing
31 IV/I RF and Microwave Engineering
32 Iv/ Electronic Measurements and Instrumentation
33 IV/I Data Communication and Computer networks
34 IV/I Satellite Communiacation
35 IV/I MEMS
36 IV/I Digital Design through Verilog
37 IV/I Cellular and Mobile Communications
38 IV/I Nano Electronics
39 IV/II Sensors and Actuators
40 IV/II Wireless Sensor Networks
41 IV/II Biomedical Signal Processing
42 IV/II Digital Image Processing
43 IV/II Radar Systems
44 IV/II VLSI Testing and Validation
45 IV/I Project
46 IV/II Project/ Internship
Chairman
