Electrical Engineering (B.Tech.)
Electrical Engineering (B.Tech.)
Vision: To empower students to become leaders in electrical technology, driving the transition to efficient and sustainable energy systems.
Mission: Our mission is to provide a rigorous academic foundation in electrical sciences, emphasizing analytical and practical skills. We are committed to fostering innovation in power systems, control engineering, and renewable energy. Through advanced labs and industry collaborations, we prepare students to solve complex electrical challenges safely and ethically. We aim to produce socially responsible engineers who contribute to national development by advancing electrical infrastructure and smart grid technologies.
Overview of the Course
The B.Tech in Electrical Engineering focuses on the study of electricity, electronics, and electromagnetism. This four-year program covers the generation, transmission, and distribution of power, as well as the design of electrical machinery. Core subjects include Power Systems, Electrical Machines, Control Systems, and Power Electronics. The course bridges traditional high-voltage engineering with modern digital control systems. Students gain hands-on experience in labs with motors, transformers, and circuit simulations using MATLAB. We place a strong emphasis on Renewable Energy sources like solar and wind, preparing students for the green energy revolution. This program is ideal for those interested in the power that drives the modern world, from the national grid to industrial automation.
Career Opportunities
Electrical Engineering graduates are vital to modern civilization. The Power Sector is the primary employer, with state electricity boards and private utilities (like Adani Power) hiring Power System Engineers and Grid Managers. The Manufacturing Industry relies on them for Industrial Automation and maintenance of heavy machinery.
The Renewable Energy sector offers growing opportunities for Solar and Wind Energy Engineers. In the Electrical Equipment Industry, graduates work as Design Engineers for transformers and switchgear at companies like Siemens and ABB. Public sector roles in NTPC, PowerGrid, and Indian Railways are highly prestigious and available via GATE/IES. With the rise of Electric Vehicles (EVs), there is a surge in demand for engineers to design battery systems and charging infrastructure. Graduates can also pursue Technical Consultancy or higher education to specialize in Power Electronics.