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Electrical & Electronics Engineering
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Electrical & Electronics Engineering

Powering Innovation Through Electrical & Electronic Excellence

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Electrical & Electronics Engineering (EEE)

About Electrical & Electronics Engineering

The Department of Electrical & Electronics Engineering (EEE) is committed to providing quality technical education and developing skilled engineers in the field of electrical and electronic technologies. The B.Tech program in Electrical & Electronics Engineering is designed to build strong foundational knowledge in electrical circuits, electronics, power systems, and control engineering, enabling students to understand and apply modern engineering concepts.

The curriculum focuses on core areas such as Electrical Machines, Power Systems, Power Electronics, Control Systems, and Industrial Drives. Along with theoretical knowledge, the program emphasizes practical learning through well-equipped laboratories, technical projects, and hands-on training, helping students develop analytical and problem-solving skills required in real-world electrical engineering applications. Through seminars, workshops, internships, and project work, students gain exposure to modern tools and emerging trends, preparing them for successful careers in power industries, automation, manufacturing, and research sectors.

Electrical Engineering at a Glance

Building future engineers with expertise in electrical systems, smart technologies, and industrial applications

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Faculty

Labs & Facilties

Meet our distinguished faculty members who bring expertise and excellence to every classroom.

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Electrical Machines Lab

The Electrical Machines Labs provides hands-on experience with transformers, DC machines, and AC machines, enabling students to understand their operation, and performance characteristics.

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Power Electronics Lab

This laboratory focuses on the study of power semiconductor devices, converters, inverters, and choppers, helping students gain knowledge in power control and energy conversion techniques.

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Control Systems Lab

The Control Systems Laboratory allows students to analyze and design control systems using modern tools and techniques, emphasizing system stability, feedback, and automation.

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Electrical Circuits Lab

This lab strengthens the fundamentals of electrical engineering by providing experiments on circuit laws, network theorems, and analysis of AC/DC circuits.

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Power Systems Lab

The Power Systems Laboratory offers practical exposure to generation, transmission, and distribution concepts, including fault analysis and protection systems.

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Measurements & Instrumentation Lab

This lab helps students understand electrical measurements, sensors, and instrumentation techniques used in monitoring and controlling electrical systems.

Campus & Student Life

Explore our comprehensive range of undergraduate and postgraduate programs

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Academic Regulations & Guidelines

Our students consistently push boundaries, bringing pride to the institution on every stage.

Graduates of Electrical & Electronics Engineering can pursue careers in power generation and distribution companies, renewable energy sectors, automation industries, electrical design firms, manufacturing units, public sector undertakings, and IT companies. Opportunities are also available in roles such as Electrical Engineer, Design Engineer, Control Systems Engineer, Power Systems Engineer, and Embedded Systems Engineer.
Yes. The department offers extensive practical training through well-equipped laboratories covering electrical machines, power systems, control systems, power electronics, and renewable energy systems. Students gain hands-on experience through experiments, mini-projects, and major projects aligned with industry standards.
Yes. CRIT encourages students to undertake internships in reputed industries, power plants, manufacturing units, and technology companies. Internship programs provide real-world exposure and enhance practical knowledge and professional skills.
Yes. The curriculum includes renewable energy technologies, smart grids, electric vehicles, automation, and emerging electrical systems. Students are encouraged to participate in research projects and certification programs related to modern technological advancements.
The institution provides structured placement training, including aptitude preparation, technical skill development, soft skills training, mock interviews, and industry interaction sessions. The dedicated placement cell works closely with companies to create career opportunities for students.
Students can pursue higher studies such as M.Tech in specialized fields, MBA, MS programs abroad, or appear for competitive examinations like GATE, UPSC, and other government sector exams to advance their academic and professional careers.

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