Electrical & Electronics Engineering
The Department of Electrical and Electronics Engineering was incepted in the year 2007. The department offers an effective curriculum which is a judicious mixture of Electrical Engineering and Electronics Engineering. This course enables students to imbibe concepts of two vital fields of technology in one course. The course also addresses management related subjects and computer programming based subjects to ensure overall development of the students so as to prepare them to be competent to meet the needs of Industry.
The department currently runs three courses: B. Tech Electrical and Electronics Engineering, B. Tech Electronics and Computer Science (2023-2024) each with an intake of 60 seats, and M. Tech in Electrical Power and Energy System with an intake of 18 seats. The department has a dedicated, qualified faculty and staff who extend an ambience of effective teaching and learning. The faculty of the department support R&D activities like paper publications, guidance to post graduate and Ph.D. candidates. The department has well established and equipped laboratories to cater to the needs of the present day syllabus. Software packages viz., MATLAB, Turbo C, C++, MULTISIM, PROTEUS and various simulators are available at the computer center of the department. The department has a good Wi-Fi connectivity and Internet facility. The department has also a departmental library.
B. Tech Electronics and Computer Science course is a nice blend of Computer science Engineering and Electronics Engineering courses which are the recent trending areas of the Industry. A graduate of this course will have ample opportunities in both the fields.
The department has a student association named Electrical and Electronics Engineering Student Association, EEESA. The activities of the association include extra, co-curricular and technical activities to inculcate creativity, 'out of the box' thinking and integrity among students of Electrical and Electronics Engineering. A quarterly departmental News Letter, 'Communique' is also published.
The B.Tech, Electrical and Electronics Engineering, is one among the NBA accredited programmes of the Institute.
Name of the Course |
Level |
Intake |
B. E./ B. Tech (Electrical and Electronics Engineering) |
Undergraduate |
60 |
B. Tech (Electronics and Computer Science) |
Undergraduate |
60 |
M. Tech. (Electrical Power and Energy System) |
Post Graduate |
18 |
Vision
To impart quality education to students in Electrical and Electronics Engineering and enable them to emerge as ideators, leaders, and competent professionals to serve the society.
Mission
- To practice a balanced outcome-based curriculum and inculcate professionalism, rich ethical values, and a sense of responsibility towards society and the environment.
- To provide excellent infrastructure and competent faculty members.
- To set up an excellent teaching-learning ambience to motivate students to be involved in innovation, research, and life-long learning.
- To encourage students to participate in various extra and co-curricular activities for an all-round development in personality.
Other
PROGRAM EDUCATIONALOBJECTIVES (PEOs) of B.Tech. (EEE)
PEO 1: Understand and apply the necessary concepts of core subjects in the field of Electrical & Electronics for engineering practice.
PEO 2: Perform in multidisciplinary environment and design innovative systems to befit the needs of R&D and industries.
PEO 3: Emerge as a responsible individual with a sense of eco friendliness, social and professional ethics.
PEO 4: Prepare for higher studies and flourish technically through life-long learning to adapt new technology in engineering for the development of the society.
PROGRAM SPECIFIC OUTCOMES (PSOs)of B.Tech. (EEE)
The successful graduate will develop:-
PSO1: A strong foundation of the fundamentals in mathematics, science, data interpretation, application and analysis of the results in the field of Electrical and Electronics Engineering.
PSO2: A capability to comprehend the courses related to electric circuits and networks, Measurements and Instrumentation, Electrical Machines, Electronic circuits and devices, communication systems, Control Systems and Drives to solve engineering problems with the aid of state of art components and Software tools.
PSO3. An ability to identify, architect and analyse power systems that enable generation, transmission and distribution of electrical power efficiently with the aid of modern power electronic devices, computer aided design and soft computing techniques.
PSO4. An understanding of architecture, programming of Microprocessors, Microcontrollers, Embedded systems and their applications.
Year of Establishment
* The Department of Electrical and Electronics Engineering was established in the year 2007 with B.E
course.
*The new course, M.Tech. Programme in Electrical Power and Energy Systems, has been introduced in the
Department in 2018.
* Affiliated to Chhattisgarh Swami Vivekananda Technical University, Bhilai.
* Approved by All India Council of Technical Education, New Delhi.
Higher Studies Plus Placements
Years |
Higher studies |
Placements/ Entrepreneurship |
Total |
Final year students |
Percentage of Placements & Higher studies |
2015-16 |
17 |
26 |
43 |
60 |
71.67 |
2016-17 |
16 |
29 |
45 |
69 |
65.22 |
2017-18 |
12 |
16 |
28 |
67 |
41.79 |
2018-19 |
09 |
12 |
21 |
58 |
36.20 |
2019-20 |
09 |
11 |
20 |
52 |
38.46 |
2020-21 |
01 |
11 |
12 |
52 |
23.07 |
Details of Video Lectures delivered by Faculty members:
S.No |
Name of the faculty |
Topic |
Link |
---|---|---|---|
1 |
Dr. S. Bhusnur |
Concept of Timing Diagram of 8085 Instructions |
https://drive.google.com/file/d/1ulB8cRPYqGOrxn55iic9R7DJle4yExbU/view |
2 |
Dr. S. Bhusnur |
Formation of Bus Admittance Matrix by Singular Transformation |
https://drive.google.com/file/d/15TnGYBHbsAhVbMmh3tCNtIorOh7lJRup/view |
3 |
Brahma Nand Thakur |
Fundamental Torque Equations and Multi Quadrant Operations. |
https://drive.google.com/file/d/1tm9oKkLNcd46OI2GE04IwBHdvCbl_M8P/view |
4 |
Brahma Nand Thakur |
Introducing the Electrical Power System-II and Single Line Diagram |
https://drive.google.com/file/d/134W8DGu6CJIuLT1OAkj4OKmEo_yYJ8Pu/view |
5 |
Abhijeet Lal |
Power flow diagram of 3 phase induction motor and Torque - slip characteristics |
https://drive.google.com/file/d/1l1gG7w3K9xs1EOQS11e8YYmm66eZ0Njf/view |
6 |
Abhijeet Lal |
Overview of National grid of India and introduction to electrical power system. |
https://drive.google.com/file/d/1SPxpSy_iTO41scQOSDMJhx4VL06YRCSL/view |
7 |
Mukesh Kumar Chandrakar |
Concept of Binary Codes, weighted code, non weighted code , sequential code |
https://drive.google.com/file/d/1Egl6gbHRe2IZbm8vhLeFnZTPKnjdQXaz/view |
8 |
Mukesh Kumar Chandrakar |
Mathematical equation of Narrow Band frequency Modulation |
https://drive.google.com/file/d/1ja_pN89V5alHZ4GiQqn146FZ-eEuG8T3/view |
9 |
Mousam sharma |
Diode Application |
https://drive.google.com/file/d/1oIyAh1SK8Seh047to4ljROQi6DL4C8V_/view |
10 |
Mousam sharma |
Rectifier |
https://drive.google.com/file/d/1YI7AsfCLYEVEtnggyG6_ymLcjGjhpqnL/view |
11 |
Naushin Anjum |
Types of Transducer : Piezoelectric Transducer, Photovoltaic Cell, Hall Effect Transducer |
https://drive.google.com/file/d/1pDYvQUClKH_1fq2a46k37LcQtvMuU5Ef/view |
12 |
Naushin Anjum |
Testing of Insulator |
https://drive.google.com/file/d/1z9WF5tsDN-rlBT1kSLLH7vuKndPa_jBG/view |
13 |
Abhishek Kumar Agrawal |
Properties of Laplace Transform |
https://drive.google.com/file/d/10d5oUxOSwbVVKHE61bBGSFPo2BK9cpoj/view |
14 |
Abhishek Kumar Agrawal |
Interconnections of two port networks |
https://drive.google.com/file/d/1hTPYpcleVBGsNJNyXZxsbmFfusoRWyoj/view |
15 |
Alka Mishra |
Difference Amplifier |
|
16 |
Alka Mishra |
Instrumentation Amplifier |
|
17 |
Alka Mishra |
Voltage to current amplifier |
|
18 |
Alka Mishra |
Current to voltage amplifier |
|
19 |
Alka Mishra |
Zero Crossing detector |