To be a
most preferred Electrical & Electronics Engineering department of learning
for students and teachers alike, with dual commitment to research and serving
students in an atmosphere of innovation and critical thinking.
high-quality education in Electrical & Electronics Engineering, to prepare
the graduates for a rewarding career in Electrical & Electronics
Engineering and related industries, in tune with evolving needs of the
prepare the students to become thinking professional and good citizens who
would apply their knowledge critically and innovatively to solve professional
and societal problems.
Welcome to the department of Electrical & Electronics
Engineering of GMRIT. Department of EEE offers Four year B.Tech and Two year
M.Tech programs. The department has a rich tradition and well qualified faculty
and widely recognised laboratories. The department provides a strong
mathematical and scientific foundation in Electrical and Electronics
Engineering fundamentals. The course also addresses and develops abilities in
the application of design processes to innovative engineering solutions. Annual
intake of this Department is 120 students.
Facilities & Infrastructure
Sophisticated Laboratories include:
Electrical Machines Lab
Electrical Networks Lab
Electrical Measurements Lab
Power Electronics Lab
Control Systems Lab
Simulation of Electrical Systems Lab with Multi-sim and MAT Lab Software
An efficient administrative office that operates as per ISO-9001
A well-stocked department library
Major Courses Offered
Electrical Power Systems
Electrical Networks & Control Systems, Measurements and
Computer Systems include C & Data Structures
Information Technology & Numerical Methods
JAVA, UNIX and N.T
Microprocessors & Controllers
Pulse & Digital Circuits
Linear Digital I.C applications
Digital Signal Processing
Electronic Devices & Circuits
Business Management Studies
Power Electronics & Applications
Some Interesting Project Assignments
Simulation and real time verification of speed control of
Simulation of distributed generation unit and distributed
storage unit of micro grid using PSCAD.
Remote speed control of a motor by thyristor trigger angle
change with display of delayed firing angle.
Modeling design and simulation of a wind/fuel
cell/ultra-capacitor based hybrid power generation system.
Hard ware implementation of speed control of dc motorusing
Optimal location of unified power flow controller in a power
system network by using genetic algorithm and particle swarm optimization.
Hardware implementation of stabilizing and over voltage
protection circuitry against gusts in wind for an induction generator wind
Harmonic mitigation through shunt active filters.
Optimal Placement of distribution substation using genetic
Simulink implementation of space vector modulation for
voltage source inverter fed induction motor.