Electrical Engineering

The Department of Electrical Engineering started in the year 1997.The 4-year B.Tech course study includes fundamentals of Electrical Engineering embedded with Electrical Machines, Power System, Power Electronics, Control, Electronics, Communication, Signal processing and Artificial Intelligence. In the lower semesters, basic courses such as basic electrical engineering, Circuit analysis are offered for building the foundation blocks. In the higher semesters advance courses such as advanced control system, advanced power system (FACTs, HVDC, Power Quality, Protection and transients), soft computing (Neural Network, Fuzzy Logic, genetic algorithmic. ), Signal Processing, Power Electronics and applications are offered.

Apart from the subject course curriculum, the Department stress upon B.Tech projects on advanced research areas covering control systems, power systems and optimization, Power Electronics and Drives, Communication, soft computing and signal processing applications to power, control and communications, distributed generations, economics in power systems and related areas. Both simulation and experimental based projects are encouraged to create a research ambience among the undergraduate student community.

The students of Electrical Engineering undertake project work focused on latest development in core and associated electrical domain such as electric drives, static controllers, power system operation and control, VAR compensation, optimization technique applied to electrical system ,microprocessor and microcontroller based system, PLC based system and some software related field. The students are exposed to industrial environment during their summer training after 2nd and 3rd year in various reputed organizations like RSP, NALCO, HAL, NTPC, TTPS, GRIDCO, OHPC, OPTCL etc.

PEOs

• To produce EE graduates having in-depth knowledge in Mathematics, Science, Basic Engineering and Management for solving Industrial problems.
• To enable EE graduates for pursuing higher education and research activities in the field of Electrical Engineering.
• To inculcate professional and ethical attitude and leadership qualities to work in a multidisciplinary setup through effective communication quality.
• To prepare EE graduates to adapt to the current trends through life-long learning.