Course Schema of PhD. (Electrical Engineering) - Batch 2025 and onwards

List of all courses

Courses: PhD in Electrical Engineering
S.No.	Course Code	Course	Credit Hours
1	EE-801	Advanced Control System	3 (3+0)
2	EE-802	Advanced Power Electronics	3 (3+0)
3	EE-803	Applied Machine Learning	3 (3+0)
4	EE-804	Research Methodology	3 (3+0)
5	EE-805	Advanced Electrical Machines	3 (3+0)
6	EE-806	Advanced Power Systems	3 (3+0)
7	EE-807	Sustainable Energy Systems	3 (3+0)
8	EE-808	Advanced Digital Signal Processing	3 (3+0)
9	EE-809	Advanced VLSI Systems Design	3 (3+0)
10	EE-810	Advanced Radio Frequency Circuit Design	3 (3+0)
11	EE-811	Advanced Networked Systems	3 (3+0)
12	EE-812	Electricity Markets	3 (3+0)
13	EE-813	Smart Grid Systems	3 (3+0)
14	EE-814	Internet of Things Based Systems	3 (3+0)
15	EE-815	Satellite Communication and Navigational Aids (replaced with EE-841)	3 (3+0)
16	EE-816	Modeling and Simulation	3 (3+0)
17	EE-817	High Voltage DC Transmission	3 (3+0)
18	EE-818	Advanced Digital Communication	3 (3+0)
19	EE-819	Electronic Materials and Devices	3 (3+0)
20	EE-820	IC Design and Packaging Technologies	3 (3+0)
21	EE-821	RF MEMS Theory and Application	3 (3+0)
22	EE-822	Photovoltaic Power System Design	3 (3+0)
23	EE-823	Advanced Mobile and Wireless Communication	3 (3+0)
24	EE-824	Swarm Robotics and Bio Inspired Robotics	3 (3+0)
25	EE-825	Advanced Digital Image Processing	3 (3+0)
26	EE-826	Power System Analysis and Design	3 (3+0)
28	EE-828	Distributed Generation and Smart Grids	3 (3+0)
28	EE-828	Robust Control in Power Systems	3 (3+0)
29	EE-829	Advanced Power System Protection	3 (3+0)
30	EE-830	Power Systems Stability and Control	3 (3+0)
31	EE-831	Power Converter Design	3 (3+0)
32	EE-832	Digital Control System and Design	3 (3+0)
33	EE-833	Transmission and Distribution System Engineering	3 (3+0)
34	EE-834	Advanced Computer Networks and Security	3 (3+0)
35	EE-835	Advanced Power Conversion	3 (3+0)
36	EE-836	Advanced Digital Systems Design	3 (3+0)
37	EE-837	Advanced Topics in RF and Microwave	3 (3+0)
38	EE-838	Distributed Generation and Microgrids	3 (3+0)
39	EE-839	Advanced Communication Networks	3 (3+0)
40	EE-840	Advanced Integrated Circuits	3 (3+0)
41	EE-841	Advanced Satellite Communication	3 (3+0)
42	EE-842	Advanced Nano Technologies	3 (3+0)
43	EE-843	Computer Vision	3 (3+0)
44	EE-844	Autonomous Vehicle Systems	3 (3+0)
45	EE-845	Advanced Optical Communication Systems	3 (3+0)
46	EE-846	Information and Coding Theory	3 (3+0)
47	EE-848	Wireless Sensor Networks	3 (3+0)
48	EE-848	Signal Detection and Estimation	3 (3+0)
49	EE-849	Radio Frequency Identification (RFID) Systems	3 (3+0)
50	EE-850	Analysis of Algorithms	3 (3+0)
51	EE-851	Optimization Techniques	3 (3+0)
52	EE-852	Advanced Probability and Stochastic Processes	3 (3+0)
53	EE-853	Professional Leadership Development	3 (3+0)

More courses can be added/offered/replaced subject to relevance, future trends etc.

Course Schema of M.E. (Electronics and Communication) - From Batch 2025

Core and elective courses

Core Courses: ME Electronics and Communication
Course. No.	Course Code	Course	Credit Hours
01	EE-701	Advanced Control Systems	3(3+0)
02	EE-708	Advanced Digital Signal Processing	3(3+0)
03	EE-703	Applied Machine learning	3(3+0)
04	EE-704	Research Methodology	3(3+0)

Elective Courses: ME Electronics and Communication
Course. No.	Course Code	Course	Credit Hours
05	EE-736	Advanced Digital Systems Design	3(3+0)
06	EE-739	Advanced Communication Networks	3(3+0)
07	EE-740	Advanced Integrated Circuits	3(3+0)
08	EE-710	Advanced Radio Frequency Circuit Design	3(3+0)

Additional Elective Courses: ME Electronics and Communication
Course. No.	Course Code	Course	Credit Hours
9	EE-741	Advanced Satellite Communication	3(3+0)
10	EE-742	Advanced Nano Technologies	3(3+0)

List of all courses

Other elective courses: ME Electronics and Communication
S.No.	Course Code	Course	Credit Hours
1	EE-701	Advanced Control System	3 (3+0)
2	EE-702	Advanced Power Electronics	3 (3+0)
3	EE-703	Applied Machine Learning	3 (3+0)
4	EE-704	Research Methodology	3 (3+0)
5	EE-705	Advanced Electrical Machines	3 (3+0)
6	EE-706	Advanced Power Systems	3 (3+0)
7	EE-707	Sustainable Energy Systems	3 (3+0)
8	EE-708	Advanced Digital Signal Processing	3 (3+0)
9	EE-709	Advanced VLSI Systems Design	3 (3+0)
10	EE-710	Advanced Radio Frequency Circuit Design	3 (3+0)
11	EE-711	Advanced Networked Systems	3 (3+0)
12	EE-712	Electricity Markets	3 (3+0)
13	EE-713	Smart Grid Systems	3 (3+0)
14	EE-714	Internet of Things Based Systems	3 (3+0)
15	EE-715	Satellite Communication and Navigational Aids (replaced with EE-741)	3 (3+0)
16	EE-716	Modeling and Simulation	3 (3+0)
17	EE-717	High Voltage DC Transmission	3 (3+0)
18	EE-718	Advanced Digital Communication	3 (3+0)
19	EE-719	Electronic Materials and Devices	3 (3+0)
20	EE-720	IC Design and Packaging Technologies	3 (3+0)
21	EE-721	RF MEMS Theory and Application	3 (3+0)
22	EE-722	Photovoltaic Power System Design	3 (3+0)
23	EE-723	Advanced Mobile and Wireless Communication	3 (3+0)
24	EE-724	Swarm Robotics and Bio Inspired Robotics	3 (3+0)
25	EE-725	Advanced Digital Image Processing	3 (3+0)
26	EE-726	Power System Analysis and Design	3 (3+0)
27	EE-727	Distributed Generation and Smart Grids	3 (3+0)
28	EE-728	Robust Control in Power Systems	3 (3+0)
29	EE-729	Advanced Power System Protection	3 (3+0)
30	EE-730	Power Systems Stability and Control	3 (3+0)
31	EE-731	Power Converter Design	3 (3+0)
32	EE-732	Digital Control System and Design	3 (3+0)
33	EE-733	Transmission and Distribution System Engineering	3 (3+0)
34	EE-734	Advanced Computer Networks and Security	3 (3+0)
35	EE-735	Advanced Power Conversion	3 (3+0)
36	EE-736	Advanced Digital Systems Design	3 (3+0)
37	EE-737	Advanced Topics in RF and Microwave	3 (3+0)
38	EE-738	Distributed Generation and Microgrids	3 (3+0)
39	EE-739	Advanced Communication Networks	3 (3+0)
40	EE-740	Advanced Integrated Circuits	3 (3+0)
41	EE-741	Advanced Satellite Communication	3 (3+0)
42	EE-742	Advanced Nano Technologies	3 (3+0)
43	EE-743	Computer Vision	3 (3+0)
44	EE-744	Autonomous Vehicle Systems	3 (3+0)
45	EE-745	Advanced Optical Communication Systems	3 (3+0)
46	EE-746	Information and Coding Theory	3 (3+0)
47	EE-747	Wireless Sensor Networks	3 (3+0)
48	EE-748	Signal Detection and Estimation	3 (3+0)
49	EE-749	Radio Frequency Identification (RFID) Systems	3 (3+0)
50	EE-750	Analysis of Algorithms	3 (3+0)
51	EE-751	Optimization Techniques	3 (3+0)
52	EE-752	Advanced Probability and Stochastic Processes	3 (3+0)
53	EE-753	Professional Leadership Development	3 (3+0)

More courses can be added/offered/replaced subject to relevance, future trends etc.

Course Schema of M.E. (Electrical Engineering) - Batch 2025 and onwards

Core and elective courses

Core Courses: ME Electrical Engineering
Course. No.	Course Code	Course	Credit Hours
01	EE-701	Advanced Control Systems	3(3+0)
02	EE-702	Advanced Power Electronics	3(3+0)
03	EE-703	Applied Machine learning	3(3+0)
04	EE-704	Research Methodology	3(3+0)

Elective Courses: ME Electrical Engineering
Course. No.	Course Code	Course	Credit Hours
05	EE-705	Advanced Electrical Machines	3(3+0)
06	EE-706	Advanced Power Systems	3(3+0)
07	EE-707	Sustainable Energy Systems	3(3+0)
08	EE-739	Advanced Communication Networks	3(3+0)

Additional Elective Courses: ME Electrical Engineering
Course. No.	Course Code	Course	Credit Hours
9	EE-712	Electricity Markets	3(3+0)
10	EE-713	Smart Grid Systems	3(3+0)

List of all courses

Other elective courses: ME Electrical Engineering
S.No.	Course Code	Course	Credit Hours
1	EE-701	Advanced Control System	3 (3+0)
2	EE-702	Advanced Power Electronics	3 (3+0)
3	EE-703	Applied Machine Learning	3 (3+0)
4	EE-704	Research Methodology	3 (3+0)
5	EE-705	Advanced Electrical Machines	3 (3+0)
6	EE-706	Advanced Power Systems	3 (3+0)
7	EE-707	Sustainable Energy Systems	3 (3+0)
8	EE-708	Advanced Digital Signal Processing	3 (3+0)
9	EE-709	Advanced VLSI Systems Design	3 (3+0)
10	EE-710	Advanced Radio Frequency Circuit Design	3 (3+0)
11	EE-711	Advanced Networked Systems	3 (3+0)
12	EE-712	Electricity Markets	3 (3+0)
13	EE-713	Smart Grid Systems	3 (3+0)
14	EE-714	Internet of Things Based Systems	3 (3+0)
15	EE-715	Satellite Communication and Navigational Aids (replaced with EE-741)	3 (3+0)
16	EE-716	Modeling and Simulation	3 (3+0)
17	EE-717	High Voltage DC Transmission	3 (3+0)
18	EE-718	Advanced Digital Communication	3 (3+0)
19	EE-719	Electronic Materials and Devices	3 (3+0)
20	EE-720	IC Design and Packaging Technologies	3 (3+0)
21	EE-721	RF MEMS Theory and Application	3 (3+0)
22	EE-722	Photovoltaic Power System Design	3 (3+0)
23	EE-723	Advanced Mobile and Wireless Communication	3 (3+0)
24	EE-724	Swarm Robotics and Bio Inspired Robotics	3 (3+0)
25	EE-725	Advanced Digital Image Processing	3 (3+0)
26	EE-726	Power System Analysis and Design	3 (3+0)
27	EE-727	Distributed Generation and Smart Grids	3 (3+0)
28	EE-728	Robust Control in Power Systems	3 (3+0)
29	EE-729	Advanced Power System Protection	3 (3+0)
30	EE-730	Power Systems Stability and Control	3 (3+0)
31	EE-731	Power Converter Design	3 (3+0)
32	EE-732	Digital Control System and Design	3 (3+0)
33	EE-733	Transmission and Distribution System Engineering	3 (3+0)
34	EE-734	Advanced Computer Networks and Security	3 (3+0)
35	EE-735	Advanced Power Conversion	3 (3+0)
36	EE-736	Advanced Digital Systems Design	3 (3+0)
37	EE-737	Advanced Topics in RF and Microwave	3 (3+0)
38	EE-738	Distributed Generation and Microgrids	3 (3+0)
39	EE-739	Advanced Communication Networks	3 (3+0)
40	EE-740	Advanced Integrated Circuits	3 (3+0)
41	EE-741	Advanced Satellite Communication	3 (3+0)
42	EE-742	Advanced Nano Technologies	3 (3+0)
43	EE-743	Computer Vision	3 (3+0)
44	EE-744	Autonomous Vehicle Systems	3 (3+0)
45	EE-745	Advanced Optical Communication Systems	3 (3+0)
46	EE-746	Information and Coding Theory	3 (3+0)
47	EE-747	Wireless Sensor Networks	3 (3+0)
48	EE-748	Signal Detection and Estimation	3 (3+0)
49	EE-749	Radio Frequency Identification (RFID) Systems	3 (3+0)
50	EE-750	Analysis of Algorithms	3 (3+0)
51	EE-751	Optimization Techniques	3 (3+0)
52	EE-752	Advanced Probability and Stochastic Processes	3 (3+0)
53	EE-753	Professional Leadership Development	3 (3+0)

Course Schema of M.E. (Electrical Engineering) Batch 2024

Course Distribution into categories

With thesis
Core Courses	04	12 Credit Hours
Elective Courses	04	12 Credit Hours
Thesis	--	06 Credit Hours
Total		30 Credit Hours

Without thesis
Core Courses	04	12 Credit Hours
Elective Courses	04	12 Credit Hours
Additional Elective Courses	02	06 Credit Hours
Total		30 Credit Hours

Titles of courses

Core Courses: ME Electrical Engineering with specialization in (i) Power Systems, and (ii) Electronic Systems
Course. No.	Course Code	Course	Credit Hours
01	EE-501	Advanced Control Systems	3(3+0)
02	EE-502	Advanced Power Electronics	3(3+0)
03	EE-503	Applied Machine learning	3(3+0)
04	EE-504	Research Methodology	3(3+0)

Elective Courses: ME Electrical Engineering with specialization in Power Systems
Course. No.	Course Code	Course	Credit Hours
05	EE-505	Advanced Electrical Machines	3(3+0)
06	EE-506	Advanced Power Systems	3(3+0)
07	EE-507	Sustainable Energy Systems	3(3+0)

Elective Courses: ME Electrical Engineering with specialization in Electronic Systems
Course. No.	Course Code	Course	Credit Hours
08	EE-508	Advanced Digital Signal Processing	3(3+0)
09	EE-509	Advanced VLSI Systems Design	3(3+0)
10	EE-510	Advanced Radio Frequency Circuits Design	3(3+0)

Elective (Common) Courses: ME Electrical Engineering with specialization in (i) power systems, and (ii) Electronic Systems
Course. No.	Course Code	Course	Credit Hours
11	EE-511	Advanced Networked Systems	3(3+0)

Additional Elective Courses: ME Electrical Engincering with specialization in Power Systems
Course. No.	Course Code	Course	Credit Hours
12	EE-512	Electricity Markets	3(3+0)
13	EE-513	Smart Grid Systems	3(3+0)

Additional Elective Courses: ME Electrical Enginecring with specialization in Electronic Systerns
Course. No.	Course Code	Course	Credit Hours
14	EE-514	Internet of Things Based Systems	3(3+0)
15	EE-515	Satellite Communication and Navigational Aids	3(3+0)

Semester wise Course Distribution

First Semester
S.No.	Course Code	Course	Credit Hours
01		Core-I	3(3+0)
02		Elective-I	3(3+0)
03		Elective-II	3(3+0)
Total Credit Hours			09(09+0)

Second Semester
S.No.	Course Code	Course	Credit Hours
04		Core-II	3(3+0)
05		Elective-III	3(3+0)
06		Elective-IV	3(3+0)
Total Credit Hours			09(09+0)

Third Semester
S.No.	Course Code	Course	Credit Hours
07		Core-III	3(3+0)
08		Core-IV	3(3+0)
09		Thesis-l/Elective-V	3(3+0)
Total Credit Hours			09(09+0)

Fourth Semester
S.No.	Course Code	Course	Credit Hours
10		Thesis-II I/Elective-VI	3(3+0)
Total Credit Hours			09(09+0)
In any category more courses can be added/offered/replaced subject to relevance, future trends etc.

LIST OF OTHER ELECTIVES

ELECTIVES
S.No.	Course Code	Course	Credit Hours
01	EE-516	Modeling and Simulation	3(3+0)
02	EE-517	High Voltage DC Transmission	3(3+0)
03	EE-518	Advanced Digital Communication	3(3+0)
04	EE-519	Electronic Materials and devices	3(3+0)
05	EE-520	IC Design and Packaging Technologies	3(3+0)
06	EE-521	RF MEMS Theory and Application	3(3+0)
07	EE-522	Photovoltaic Power system Design	3(3+0)
08	EE-523	Advanced Mobile and Wireless Communication	3(3+0)
09	EE-524	Swarm Robotics and Bio Inspired Robotics	3(3+0)
10	EE-525	Advanced Digital Image Processing	3(3+0)
11	EE-526	Power System Analysis and Design	3(3+0)
12	EE-527	Distributed Generation and Smart Grids	3(3+0)
13	EE-528	Robust Control in Power Systems	3(3+0)
14	EE-529	Advance Power System Protection	3(3+0)
15	EE-530	Power Systems Stability and Control	3(3+0)
16	EE-530	Power Converter Design	3(3+0)
17	EE-531	Digital Control system and Design	3(3+0)
18	EE-532	Fault Diagnosis and Tolerance	3(3+0)
19	EE-533	Transmission and Distribution System Engineering	3(3+0)
20	EE-534	Advanced Computer Networks and Security	3(3+0)
21	EE-535	Advanced Power Conversion	3(3+0)
22	EE-536	Advanced Digital System Design	3(3+0)
23	EE-537	Advanced Topics in RF and Microwave	3(3+0)
24	EE-538	Distributed Generation and Microgrids	3(3+0)