"We impart quality education in the field of electrical engineering and develop students for their superior employability, pursue research and higher studies."

About Electrical Engineering:  Electrical Engineering is a study of electrical energy, power generation and supply systems. It also deals with the strategies of Electricity Generation, Transmission & Distribution, Load flow analysis, Fault analysis and Protection schemes. Electrical Engineers are responsible to design solutions for complex engineering problems and system components or processes that meet the specified needs of the public health, safety, cultural, societal, economic and environmental considerations. Electrical Engineering is distinctly focused towards integrating academics with cutting edge technology in the field of engineering. Electrical Engineering provides students with the necessary knowledge of engineering mathematics, fundamentals of electrical technology, information technology and engineering physics to successfully perform their tasks as electrical engineers in their future workplace.

Learning Perspective of Electrical Engineering: During the first year of study, a sound foundation is laid in physics, mathematics, chemistry, computer fundamentals, electrical fundamentals, machine drawing, practical geometry and communication techniques. The second, third and fourth years of the programme progress into specialized areas which include electrical machines (AC/DC), electrical measurements, instrumentation, digital electronics, power electronics, engineering materials, generation of power(AC/DC), transmission & distribution, power system, control system, EMFT, high voltage & extra-high voltage engineering (AC/DC), switchgear protection, artificial intelligence, utilization of electrical power, electrical drives & their control and entrepreneurship development. The curriculum is designed to prepare students for a professional career in Electrical Engineering and to develop the capability in students to solve engineering problems as well as carry out higher studies and research in core areas.

The department has following well- equipped laboratories:

  • Basic Electrical

  • Electrical Machines

  • Power Electronics

  • High Voltage Engineering

  • Electrical Measurement

  • Instrumentation

  • Digital Electronics

  • Microprocessor

  • Electronic Devices & Circuit

  • Computer laboratories with MATLAB and MULTISIM software

Duration: 2 Years

Eligibility: B.Tech. with Min 55% (EE, EEE)

Selection Procedure: Entrance Test and Interview

Syllabus

Programme Outcome

Curriculum

  • I Semester

    MTPS1.1Advance Power System Analysis
    MTPS1.2Power System Stability

    Elective - I

    MTPS 1.3.1Electrical Distribution System
    MTPS 1.3.2Advanced Power Electronics

    Elective - II

    MTPS 1.4.1Renewable Power Generation Sources
    MTPS 1.4.2Industrial Control Electronics
    MTPS 1.5Writing Skills and Presentation-I
    MTPS 1.6Power Electronics Simulation Lab
  • II Semester

    MTPS 2.1Power System Optimization & Control
    MTPS 2.2Advanced Power System Protection
    MTPS 2.3Transient Over Voltages in Power System

    Elective - I

    MTPS 2.4.1Advanced Distribution Systems
    MTPS 2.4.2Power Quality
    MTPS 2.4.3System Theory

    Elective - II

    MTPS 2.5.1Restructured Power System
    MTPS 2.5.2Power Electronic Drives
    MTPS 2.6Writing Skills and Presentation-II
    MTPS 2.7Control System Simulation Lab
  • III Semester

    MTPS3.1EHV AC/DC Transmission & FACTS
    MTPS3.2Smart Grid Technologies & Applications
    MTPS3.3Power System Simulation Lab
    MTPS3.4Dissertation Part-I
  • IV Semester

    MTPS4Dissertation Part-II

 

Career Prospects

Career Prospects

  • Private and Public power sectors
  • State Electricity Boards
  • Power Utilities/Corporations
  • R & D organizations and Academic institutions