B.Tech (EEE) Electrical and Electronics Engineering

The Department of Electrical & Electronics Engineering established in the year 1992, has a long-standing tradition of excellence. The department is multi-disciplinary with faculty expertise ranging from power electronics, power systems, embedded systems, control systems, and applied electronics. The department regularly organizes activities and events to enhance the quality of education and upgrade the skills of faculty and students. The department has well established laboratories as well as good infrastructure to carry out research.

B Tech (EEE) is accredited by National Board of Accreditation for imparting Highest Quality of Education in India.

The department strives to develop as a center of excellence in R&D in the field of Electrical and Electronics Engineering. The department has one ongoing International funded project in collaboration with University of Leeds, UK and Royal Academy of Engineering, UK. In addition, the department has 9 Funded Research and consultancy projects worth 2.0 crores from major National funding agencies. Six patents are granted and four patents are published by our faculty. We provide innovative solutions to industries and focus on innovative product development.

In recent years, the development of new technologies like electric vehicles, smart grid, nanotechnology applications, have opened numerous opportunities to electrical engineers. Electrical and Electronics Engineering is a major contributor in the field of mechatronics, sophisticated smart vehicles and manufacturing sector. Electrical engineers can contribute to the interdisciplinary areas that require blending of mechanical engineering, control engineering, computer engineering, communications and electronics. The future developments in the industry are also predicted to be along similar lines.

Vision

To educate the students in the recent developments of emerging fields in Electrical and Electronics Engineering, to encourage research activities, innovative techniques and to develop managerial abilities so as to make them excel globally with ethical values.

Mission

• To empower students with state-of-art knowledge and technological skills in Electrical and Electronics Engineering.
• To keep pace with changing industrial requirement and to imbibe the students with new technology
• To mold students for research, innovation and entrepreneurship.
• To inculcate managerial and professional capabilities with ethics and human values.

Program Educational Objectives (PEO'S)

• PEO 1 : Graduates will be capable of modeling, designing and developing innovative solutions for critical Electrical and Electronics Engineering problems using advanced techniques.
• PEO 2 : Graduates will demonstrate professional competence, practical and innovative skills in integrating various Electrical and Electronics components enabling them to have successful careers in Electrical Power, Electrical Vehicle or allied industry.
• PEO 3 : Graduates will be able to pursue higher studies, involve in research and development activities in interdisciplinary topics by applying recent technological developments in Electronics and Embedded Systems.

Program Specific Outcomes (PSO's)

• PSO 1 : Use logical & technical skills to model, simulate, analyze and develop electrical components and systems.
• PSO 2 : Integrate the knowledge of fundamental electronics, power electronics, control systems and embedded systems for designing industrial control systems.
• PSO 3 : Contribute to the development of smart power grid, electric vehicle and integrating green energy to meet the increasing demand of the society.

MICROCOMPUTER & SIMULATION LAB

Microcomputer & Simulation Laboratory has advanced infrastructure in terms of hardware and software which cater to the requirements of the students, teachers and the curriculum. It is a well-furnished lab with highly configured computers with latest software; Broadband Internet facility available for all computers with UPS facility for backup.

FARADAY'S LAB

he Faradays Laboratory is a recently updated learning facility designed to provide electrical engineering students with hands-on experience operating professional-standard equipment employed in industry. This laboratory will enable students to work on professional-standard equipment using methodologies employed in industrial environments, giving your career a kick start. This laboratory consists of several AC and DC motors for academic and research activities.

APPLIED ELECTRONICS LAB

The Applied Electronics lab was recently updated with modern equipment and Power Electronics WorkBench Assembly. Applied Electronics lab is utilized by UG, PG and their research and validation purpose.

CONTROL & INSTRUMENTATIONS LAB

This lab is developed to provide knowledge on analysis and design of control system along with basics of instrumentation. This lab was recently renovated and modernized with a workbench setup.

Electrical and Electronics engineers are highly employable and can find work in many areas including the electronics, automotive, information technology, power, transport, utilities and construction industries.
Electrical and Electronics engineers can also be placed in new engineering avenues like Mechatronics, Robotics, Electric Vehicle, Autotronics and Avionics.