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 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 established many laboratories to cater to the needs of the present day syllabus. The department has Microprocessor/Microcontroller laboratory, Linear integrated circuits and applications laboratory, Digital Electronics laboratory, Digital Signal Processing Laboratory, Advanced Electronics laboratory, Analog Electronics laboratory and a Computer center. Also, other laboratories like Power system laboratory, Control System Laboratory, Electrical machinery laboratory, Electrical measurements laboratory, High voltage laboratory and Power electronics lab etc., are common to Electrical and Electronics Engineering department and department of Electrical Engineering. Software packages viz., MATLAB, Turbo C, C++, MULTISIM 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 a student association named Electrical and Electronics Engineering Association EEEA. 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.


To impart education and transform students into competent professionals in Electrical and Electronics Engineering to excel in various challenges to serve society.


  • To educate the students by inculcating vivid fundamental concepts and skills.
  • To provide dynamic and disciplined environment with rich cultural, ethical and social sensitiveness.
  • To equip the students to perform effectively as professionals in various fields of Electrical and Electronics Engineering.

PEO 1: Understand and apply the concepts of Mathematics, Physics and Chemistry
necessary for engineering practice.

PEO 2: Make prudent use of resources to become graduates of comparable professional
competence in the field of Electrical and Electronics Engineering.

PEO 3: Prepare for the professional development through self study and professional
studies in engineering as well as business management to be fit the needs of
PEO 4: Understand concurrent issues and Practice professional and ethical
responsibilities to influence the society through engineering solutions.

PEO 5: Flourish technically and intellectually through perpetuated learning.

PSO 1: A strong foundation of the fundamentals in mathematics, science, and Electrical
and Electronics engineering and an ability to apply them.

PSO 2: Knowledge of experimentation, data interpretation, presentation and analysis of
the results in the field of Electrical and Electronics Engineering.

PSO 3: An ability to design a system and conduct experiments in vital courses of the
program (Circuits, Networks, Electrical Machines, Digital and Analog
Electronics, Power system Analysis and Protection, Electric Drives, etc.) to
satisfy desired performance specifications.

PSO 4: An ability to identify, formulate and analytically solve engineering problems in
Electrical and Electronics Engineering with the aid of Modern Engineering tools

PSO 5: An ability to understand professional ethics and responsibilities.

PSO 6: Team spirit to work with others to execute professional and social activities.

PSO 7: An ability to incorporate economic, environmental and safety consideration in
the design processes.

PSO 8: Knowledge on upcoming contemporary issues in Electrical and Electronics
Engineering and interdisciplinary areas.

PSO 9: A motivation and an ability to engage in life-long learning through advanced

PSO 10: An understanding of the impact of engineering solutions on global issues.