Department of Electronics & Communication Engineering

COURSE STUCTURE FOR B.TECH. (ELECTRONICS)

YEAR - FIRST

SEMESTER-I

S.N.	CODE	SUBJECT	PERIODS			CR
S.N.	CODE	SUBJECT	L	T	P
1	MA101	Mathematics I	3	1	0	4
2.	PH 101	Physics I	3	1	3	5
3.	EX 101	Electrical and Electronics Engg.	4	0	2	5
4.	HS 101/ CH 101	English language and composition/ Chemistry	2 3	1 1	1 2	3 5
5.	CS 101	Introduction to Engineering Profession	2	0	2	3
6.	ME 101/ MC 101	Introduction to Manufacturing Process/ Engineering Graphics	2 2	0 0	2 4	3 4
		Total	16/17	3/3	10/13	23/26

TOTAL CONTACT HOURS: 29/33

TOTAL CREDITS: 23/26

SEMESTER-II

SN	CODE	SUBJECT	PERIOD			CR
SN	CODE	SUBJECT	L	T	P	CR
1.	MA 201	Mathematics II	3	1	0	4
2.	PH 201	Physics II	3	1	2	5
3.	ME 201 MC 201	Introduction to Manufacturing Process/Engineering Graphics	2 2	0 0	2 4	3 4
4.	CS 201	Computer Programming	2	1	2	4
5.	HS 201/ CH 201	English language and composition/ Chemistry	2 3	1 1	1 2	3 5
6.	AM 201	Engg. Mechanics	3	1	2	5
		Total	15/16	5/5	9/12	24/27

TOTAL CONTACT HOURS: 29/33

TOTAL CREDITS:24/27

YEAR - SECOND

SEMESTER-III

S.N	CODE	SUBJECT	PERIODS			CR
S.N	CODE	SUBJECT	L	T	P	CR
1.	CE 301	Environment and Ecology	3	1	0	4
2.	MA 301	Mathematics-III	3	1	0	4
3.	AM 301	Material Science and Engineering	3	1	2/2	4
4.	CS 311	Computer Based Numerical and Statistical Techniques	3	1	2	5
5.	EC 301	Electronics Devices and Circuits	3	1	2	5
6.	EE 301	Networks & Systems	3	1	2	5
		Total	18	6	7	27

TOTAL CONTACT HOURS: 31

TOTAL CREDITS: 27

SEMESTER-IV

SN	CODE	SUBJECT	PERIOD			CR
SN	CODE	SUBJECT	L	T	P	CR
1.	CS 411	Data Structures and Program Design	3	1	2	5
2.	EC 401	Digital Electronics	3	1	2	5
3.	EC 402	Signals and Systems	3	1	0	4
4.	EC 403	ElectroMagnetic Theory	3	1	0	4
5.	EE 403	Electrical Machines	3	1	2	5
6.	EE 404	Measurement & Instrumentation	3	1	2	5
		Total	18	6	8	28

TOTAL CONTACT HOURS: 32

TOTAL CREDITS: 28

YEAR – THIRD

SEMESTER-V

S N	CODE	SUBJECT	PERIODS			CR
S N	CODE	SUBJECT	L	T	P	CR
1.	CS 507	Computer Organization	3	1	2	4
2.	EE 504	Industrial Electronics	3	1	2	5
3.	EC 501	Antenna and Wave Propagation	3	1	0	4
4.	EC 502	Electronics Circuit Design	3	1	2	5
5.	EC 503	Communication Systems	3	1	2	5
6.	EE 505	Automatic Control Systems	3	1	2	5
		Total	18	6	10	28

TOTAL CONTACT HOURS: 34

TOTAL CREDITS: 28

SEMESTER-VI

S.N.	CODE	SUBJECT	PERIODS			CR
S.N.	CODE	SUBJECT	L	T	P	CR
1.	HS 601	Principles of Management	3	0	0	3
2.	EC 601	Digital Signal Processing	3	1	2	5
3.	EC 602	Microwave Engineering	3	1	0	4
4.	EC 603	Digital Communications	3	1	2	5
5.	EC 604	Microprocessors and its Applications	3	1	2	5
6.	EC 605	VLSI Technology	3	1	0	4
7.	HS 602	Soft Skills(Workshop)	0	0	2	0
8.		Total	18	5	8	26

TOTAL CONTACT HOURS: 31

TOTAL CREDITS: 26

YEAR – FOURTH

SEMESTER-VII

S N	CODE	SUBJECT	PERIODS			CR
S N	CODE	SUBJECT	L	T	P	CR
1.		Open Elective I	3	1	0	4
2.	EC701	Data Communication&Networks	3	1	2	5
3.		Prof.Elective-I	3	1	0	4
4.		Prof.Elective-II	3	1	0	4
5.	EC702	Project	0	0	8	10
		Total	12	4	10	26

TOTAL CONTACT HOURS: 26

TOTAL CREDITS: 26

SEMESTER-VIII

S.N.	CODE	SUBJECT	PERIODS			CREDITS
S.N.	CODE	SUBJECT	L	T	P	CREDITS
1.		Open Elective II	3	1	0	4
2.	EC 801	MicroElectronics &VLSI Design	3	1	2	5
4.		Prof.Elective-III	3	1	0	4
5.		Prof.Elective-IV	3	1	0	4
6.	EC 802	Project	0	0	8	10
		Total	12	4	10	26

TOTAL CONTACT HOURS: 26

TOTAL CREDITS: 26

PROFESSIONAL ELECTIVE-I

EC 703 Optical Communication
EC 704 Digital Transimission
EC 705 RADAR and Satellite Communication
EC 706 Digital Hardware Design

PROFESSIONAL ELECTIVE-II

EC 707 MicroComputer Based System Design
EC 708 Neural Networks
EC 709 Digital Image Processing
EC 710 Statistical Signal Processing

PROFESSIONAL ELECTIVE-III

EC 803 Advanced Logic Design
EC 804 Switching Circuits and Fault Diagnosis
EC 805 Wireless Communication
EC 806 Optoelectronics
EC 807 Multimedia Communication

PROFESSIONAL ELECTIVE-IV

EC 808 Computer Architecture
EC 809 ATM Networks and B-ISDN
EC 810 DSP Architecture and Applications
EC 811 Embedded Systems
EC 812 Wireless Lan

List of Open Electives

1. Introduction to Nano-Technology

2. Introduction to Bio-informatics

3. Introduction to Bio-Engineering

4. Powder Metallurgy

5. Optimization Techniques

6. Engineering Materials and their Applications

7. Reliability Engineering

8. Digital Electronics and Microprocessors

9. Electrical and Electronic Measurements

10. Data Communication and Networking

11. Optical and mobile Communication

12. Fuzzy Logic and Neural Network

13. Modern Architectural Practices

14. Artificial Intelligence and Expert Systems

15. Web Technology

16. Introduction to Robotics

17. Non-conventional Energy Sources

18. Statistical Methods in Engineering

19. Differential Geometry

20. Graph Theory

21. Industrial Psychology

22. Power Plant Engineering

23. Knowledge Management

24. Technology Management

25. Total Quality Management

26. Safety Engineering

27. Value Engineering

28. Solid State Physics

29. Condensed Matter Physics

30. X-ray Spectroscopy

31. Spectroscopy for Engineers

32. Introduction to Biotechnology

33. Biomaterials Science & Technology

34. Bio-medical Instrumentation

35. Introduction to GIS

36. Micro-electronics and VLSI Technology