About Department:
The
EEE Department is dedicated to delivering competent electrical engineers to the
arena of the real world. They are outfitted with core technical knowledge as
well as professional skills necessary to face the challenges of the future. The
committed faculty and staff are fully geared up towards this end.
There
is a Native American saying that goes, ‘Tell me, and I’ll forget. Show me, and
I may not remember. Involve me, and I’ll understand.’ The above statement
underscores the importance of Industrial Visits, in the engineering curriculum.
The department arranges industrial visits to reputed establishments in and
around the state, with a view to integrate academic instructions and practical
aspects. The students of the Department of Electrical and Electronics
Engineering have visited
Excellent
laboratories have been laid out for the practical instruction of students.
These add value to the theoretical instruction gleaned in the lecture halls.
The Machines lab, Measurement Lab, Digital and Electronics Lab, Control and
Power Electronics Lab (UG), Power Systems Simulation Lab, Electrical Workshop,
Electrical Model Lab totaling 1000 sq.m are manned by competent staff. MATLAB,
MiPower and PSCAD software has been installed in the Power Systems Simulation
Lab. The department has qualified and dedicated faculty members with Ph.D &
M.Tech qualification and is instrumental in building the career of the
students.
Our Vision:
To produce globally competitive
engineering graduates and become center of excellence through research in the
areas of Electrical & Electronics Engineering.
Our Mission:
- To impart quality and contemporary education in the realm of Electrical & electronics engineering.
- To pursue research and new technologies in Electrical & Electronics Engineering and related disciplines in order to serve the needs of the society.
PROGRAM EDUCATIONAL
OBJECTIVES
1.
Excel in their professional career and
higher education in Electrical & Electronics Engineering and chosen fields.
2.
Demonstrate leadership qualities, team
work and professional ethics to serve the society
3.
Adapt to state of art technology
through continuous learning in the areas of interest.
PROGRAM OUTCOMES
1.
An ability to apply knowledge of
mathematics, science, and engineering
2.
An ability to identify, formulate, and
solve engineering problems.
3.
Ability to design solutions for complex
engineering problems with appropriate consideration for the society.
4.
Ability to use research-based knowledge
and research methods including design of experiments to provide valid
conclusions.
5.
An ability to identify and solve
engineering problems, using modern tools for complex design.
6.
An ability to design a system within
realistic constraints such as social, health and safety.
7.
Ability to understand the impact of
engineering solutions in a global, economic, environmental, and societal
context with sustainability.
8.
Commitment to professional ethics and
responsibilities for engineering practice
9.
An ability to function on
multidisciplinary teams.
10.
An ability to communicate technical
information through professional quality.
11.
Ability to understand engineering and
management principles and apply them to one’s own work, as a member and leader
in a team, to manage projects.
12.
An ability to engage in, lifelong
learning.