• To provide state of art facilities and to attain excellence in teaching, learning and research activities.
• To develop innovative Electrical and Electronics Engineers who can contribute to the technical advancements in meeting the global needs.
• To bridge the gap between the Institute and Industry by incorporating courses based on industrial needs in the curriculum and syllabi

EEE is a unique, multifaceted discipline and the Universal set of all other circuit branches that offers exponential growth with widest spectrum of career choices into various fields namely Power and Energy Sector, Aircrafts, Computer System Design, Embedded Technologies, Bio-Medical Instrumentation, Semiconductor Manufacturing, Renewable energy sector. Electrical Engineers are into design and test equipment for Communication, Electrical Manufacturing, Navigation, Construction, Broad casting, Power Generation Computers, Automobiles and Aircrafts with top salary packages.

Graduates will be able to:

• Provide acceptable solutions to complex electrical engineering problems with the application of modern and appropriate techniques for sustainable development in e mobility and smart systems.
• Apply the knowledge to improve and manage the conventional and non-conventional energy systems for specific applications using IOT techniques ethically and eco-friendly.

The graduates of B. Tech. in Electrical and Electronics Engineering will have the opportunity to work in various Government sectors like atomic power plants, hydro or thermal power plants. Job opportunities are ample in both public & private like Railways, Civil aviation, electricity board and utility companies, electrical design and consultancy firms and all types of manufacturing industries that includes

• Design, manufacture and operate power plants, industrial machinery, electrical motors and ignition systems for automobiles, aircrafts, space crafts and all kinds of engines.
• Innovate techniques of e mobility including electric vehicles, hoists, elevators and other mobility technologies.
• Design storage & battery systems, advanced drives and smart sensors for e mobility and autonomous vehicles.
• Innovate techniques of renewable energy generation, hybrid energy techniques including solar & wind energy and energy management.
• Research and Design improved ways for using electrical power.
• Compute detailed calculations for the manufacture, construction and installation of electrical equipment as per specifications.
• Attend to operational issues and troubleshoot problems in the operation of electrical equipment.
• Specialize in power generation, transmission and distribution, communications, electrical equipment manufacturing.

Without Electrical Energy, Life is unimaginable. The exponential growth in the Industrial and agricultural sectors have tremendously increased the demand for Electrical Engineers. This is vividly reflecting in the progress of the nation too. Higher power generation capacity is the benchmark for the State’s or Country’s pride.

The EEE Course will train the students in understanding and developing sustainable power generation by imparting fundamental knowledge on generation, transmission, control, distribution, storage, measurements and applications besides enhancing the knowledge on basic electronics, semiconductor devices, CMOS, optoelectronics and sensors including their multidisciplinary applications.

This will equip the students to compete globally as professional engineers and researchers in the field of electrical engineering, electronics engineering, communication, bio medical engineering, energy and environmental engineering, materials and nanotechnology.

• Electric & Hybrid Vehicles
• IOT for Power and Energy
• Smart City
• Solar Roads
• Eco friendly power generation
• Energy management and auditing
• Renewable & Hybrid Energy
• Smart Grid and HVDC
• Nano and Optoelectronics
• Automation Technologies- PLC & SCADA Systems
• Embedded Controllers

The vision of the department is such that students not only gain knowledge through classroom teaching, but also enhance their skill sets through value addition programs offered in conjunction with industry majors such as PRDC, L&T, BHEL, ISRO, Bosch, Sara Consultancy.

These include training from the industry perspective on design and development, testing of electrical equipment and systems, training and practical use of MATLAB, MiPower, AutoCAD, Keil, PSpice, PLC, etc.

Being a core engineering branch, and one of the basic branches, there is no dearth of opportunities. Any industry, company, research institute is dependent on electrical energy. Renewable energy, clean energy, smart cities are the thrust areas in coming years. There is great demand for electrical engineers in solar, wind, biomass, ocean energy, micro-grids, energy management, load management, smart energy systems, smart meters etc.

BHEL, BEL, ISRO, BMRCL, HPCL, Tata Power, Reliance Power, Bosch, L&T, PRDC, ABB, Schneider, CPRI are some the companies that electrical engineers have career opportunities.