Power System Engineering Courses in India

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Power System Engineering Courses in India form the basis of a career in power sector. Power System Engineering is that branch of engineering which studies generation, transmission and distribution of electric power. It is also known as Power engineering. The study of power system engineering course also involves electrical devices connected to generators, motors, transformers and power systems used in aircraft and electric railway networks. The main focus of power engineering is to solve the problems of three-phase AC power. This type of power is standard requirement for large-scale power transmission and distribution. The course curricula of power system engineering course, all in all is an amalgamation of electric power, economics and management.

Power engineering consists of three main subsystems:

  1. Generation Subsystem - Generation subsystem generates electricity from the power plant.
  2. Transmission Subsystem - Transmission subsystem transmits the electricity to the load centres.
  3. Distribution Subsystem - Distribution subsystem continues to transmit the power to the customers.

Power System Engineering Specialist is generally known as Power System Engineer. The major objective of a Power System Engineer is to diagnose and service power systems and ensure proper functioning of power system for different organizational units. The Indian power sector is not the number one in the world but it is the sixth largest power consumer in the world. This consumption is going to increase with every passing year. The progress of India is largely dependent on the power industry and that is why education in power engineering is highly beneficial for a professional in this field. India has good number of coal reserves and a significant potential for renewable energy production from wind, small hydro, biomass and sun. There are many power engineer organisations working for the development of the sector. On such is American Society of Power Engineers, Inc. (ASOPE®). It is an independent third party licensing agency whose objective is to establish national standards and a formal structured level of competence for national and international recognition of power engineer.

  • B.Tech Power Engineering

    Bachelor of Technology in Power Engineering

    Total Colleges: 4

  • B.Tech Power System Engineering

    Bachelor of Technology in Power System Engineering

    Total Colleges: 6

  • M.Tech (Integrated Power System)

    Master of Technology in Power System

    Total Colleges: 3

  • M.Tech Electrical Power Engineering

    Master of Technology in Electrical Power Engineering

    Total Colleges: 5

  • M.Tech Heat Power

    Master of Technology in Heat Power

    Total Colleges: 15

  • M.Tech High Voltage Engineering

    Master of Technology in High Voltage Engineering

    Total Colleges: 3

  • M.Tech Power System & Automation

    Master of Technology in Power System & Automationn

    Total Colleges: 11

  • M.Tech Power System Engineering

    Master of Technology in Power System Engineering

    Total Colleges: 136

  • M.Tech. (Automotive Powertrain Design)

    Master of Technology in Automotive Powertrain Design

    Total Colleges: 1

  • M.Tech. (Electrical Power Systems)

    Master of Technology in Electrical Power Systems

    Total Colleges: 39

  • ME Power System Engineering

    Master of Engineering in Power System Engineering

    Total Colleges: 70

  • Ph.D. (Power Systems)

    Doctor of Philosophy in Power Systems

    Total Colleges: 3

  • Few of the specialized fields

    • Power System & Automation
    • Power Systems and Power Electronics
    • Electrical Devices & Power System Engineering
    • I.T. in Power Systems

    Course Content: Overview 

    • Engineering Mechanics
    • Mechanics of Solids
    • Advanced Power System Protection
    • Real time control of Power Systems
    • Communication Workshop

    Course Objectives

    • To understand power systems, their components and related analytical approaches
    • To contribute in reliable, efficient generation, transmission and distribution of electrical power
    • To become knowledgeable decision-makers on critical energy policy issues

    Course: Basic Requirements

    • Higher Secondary Examination or 10+2 from any recognized central / state board with physics, chemistry and mathematics are mandatory. Percentage requirements vary as per institute and the level of the course.
    • There are several engineering entrance examinations, required to be cleared to seek admission in various level of courses in power engineering.

    Personality Traits

    On should have or develop an understanding of the concepts of areas peripheral to power systems engineering, such as renewable energy sources and conventional thermal power plant.

    To have appropriate or acquire project management skills and an understanding of the application of these skills in a commercial and/or research environment.

    To have good foresight towards conceptual and system engineering problems.

    Some of the Major Power System Engineering Institutes

    Career & Job Perspectives

    The power sector offers employment opportunities in conventional and renewable energy production. India is second in bio-gas with installation of over 40 lakh Biogas plants and fourth in wind energy development worldwide. Power Generation Companies are the largest employers of power engineers. Other employers include those dealing in batteries, power systems, system planning, communications infrastructure, technology/strategic planning, operations support, rates & financial planning, economic and market research amongst various others. Some of the organisations requiring power engineering specialists include NTPC, HBL Power Systems Limited, Ge Capital, HBL Power Systems Ltd., Qualcomm, HVK Systems, M/s Doosan Power Systems etc. At the international level, organisations like National Institute for the Uniform Licensing of Power Engineers, Inc. (NIULPE), IEEE Power & Energy Society, We Energies, Power Engineering magazine, Caterpillar, OMICRON, Honeywell, Siemens, provide lucrative power systems engineering jobs.

    Power System Engineering Remuneration - The income of professionals change on the basis of their qualification and experience. With the increase in proficiency and skills, the salary also increases. Average starting salary for fresher’s varies between 4,50,000 – Rs. 6, 00,000 per annum. Professionals in the field may earn approximately Rs. 6,50,000 – Rs. 9,50,000 every year.

    Power System Engineering Job Types

    • Design Engineer
    • Senior Firmware Engineer
    • Purchase Manager
    • E R P Support Engineer
    • Sales Engineer
    • Power System Analyst
    • Power System Development Engineer
    • Field Service Engineer
    • Power Generator Technician

    Employment Areas

    • Power Grid
    • Power Plant
    • Power Systems Planning Consultancy
    • Power Systems Engineering Research Centre
    • Power Generation Companies
    • Power Transmission Companies
    • Power Distribution Companies
    • Technical Service Providers