B.Tech. Power System Engineering: Course, Career, Salary, Duration, Scope


B.Tech. Power System Engineering or Bachelor of Technology in Power System Engineering is an undergraduate Power System Engineering course. This program, at the intersection of electric power, economics, and management, prepares professionals in power generation, transmission and distribution, and power equipment.

The students can also switch over to other specializations like energy conservation, renewable energy engineering, sustainable development.

The course deals with the generation, transmission, and distribution of electric power as well as the electrical devices connected to such systems including generators, motors, and transformers. The duration of the course is four years and it provides many careers after its completion.

Bachelor of Technology in Power System Engineering

Duration: 4 Years
Level: Graduation
Type: Degree
Eligibility: 10+2

B.Tech. Power System Engineering Eligibility

  • XII with Physics, Chemistry, and Mathematics or equivalent with minimum 55% marks.
  • Some reputed colleges and institutes conduct entrance examination for admission.

B.Tech. Power System Engineering Syllabus

Syllabus of Power System Engineering as prescribed by various Universities and Colleges.

Sem. I
Subjects of Study
Physics I
Chemistry
Mathematics I
Engineering Mechanics
Computer Science
Communication Workshop I
Environmental Studies
Practical
Physics Lab I
Chemistry Lab
Computer Lab
Engineering Mechanics
Sem. II
Physics II
Mathematics II
Engineering Graphics
Communication Workshop II
Workshop Technology
Material Science
OOPs using C++
Practical
Programming Lab
Engineering Graphics Lab I
Physics Lab II
Engineering Workshop Lab
Sem. III
Mathematics III
Thermodynamics
Mechanics of Solids
Electrical Machine I
Electric Circuit Theory
Analogue Electronics
Communication Workshop III
Practical
Electrical Machine Lab I
Material Testing Lab
Electrical Circuit Lab I
Electronics Lab
Engineering Thermodynamics Lab
Sem. IV
Applied Fluid Mechanics
Communication Workshop IV
Electrical Machines
Heat & Mass Transfer Processes
Control Engineering
Energy Conversion
Digital Electronics
Practical
Digital Electronics Lab
Control Engineering Lab
Electric Machines Lab
Thermal Lab
Fluid Machines Lab
Sem. V
Power Generation Engineering
Steam Generator & Turbine and their Auxiliaries
Power Plant Electrical Machines & Systems
Applied Numerical Methods
Electrical & Electronics Measurement
Hydro Power Engineering
Practical
Microprocessor Lab
Electrical & Electronic Measurement Lab
Minor Project I
Industrial Visit
Power System Modelling & Simulation Lab
Sem. VI
Power System Protection & Switchgear
Power Transmission
Power Distribution and Utilization
Power Plant Control & Instrumentation
Power Electronics & Electrical Drives
Substation Designing
Practical
Power System Protection & Switchgear Lab
Power Electronics & Electrical Drives Lab
Minor Project II
Comprehensive Viva I
Sem. VII
Renewable Power Distribution & Utilization
Power Plant Operation & Maintenance
Power System Analysis & Stability
Project Management & Contract Administration
Elective I (choose any one)
Nuclear Power Generation
IC Engineering & Gas Dynamics
Practical
Minor Project I
Seminar I
Industrial Training
Sem. VIII
Conservation & Energy Audit
Load Dispatch & Regulatory Issues
IE Rules & Electrical Safety
Elective II (choose any one)
Design of Electrical Machines
SCADA & Telemetry
Practical
Major Project II
Comprehensive Viva II

B.Tech. Power System Engineering Colleges

  • National Power Training Institute – NPTI Faridabad, Faridabad
  • United College of Engineering and Research, Noida
  • University of Petroleum and Energy Studies – UPES, Dehradun
  • West Bengal University of Technology – WBUT, Kolkata

B.Tech. Power System Engineering Course Suitability

  • Those who want to plan, design, construct, operate and maintain power systems and equipment. This is the infrastructure that generates transports and distributes electricity, the heartbeat of modern society.
  • Candidates who want to pursue a career with major corporations and government departments also can go for it.
  • Applicants willing for further Master’s degrees and then for research work also are suitable for it.

How is B.Tech? Power System Engineering Course Beneficial?

  • It is beneficial to pursue a career with major corporations and government departments involved with providing and using electrical power, or conduct research on developing alternative power sources such as solar and wind energy.
  • The course also helps in further studies such as M.E./M.Tech., M.Phil., Ph.D., etc.
  • The course helps you to design and test your controllers for a wide variety of applications including small power converters, hybrid electric drives, large power grids, and renewable energy systems.
  • Graduates in power engineering may go on to become power transmission and generating systems engineers, grid maintenance and stability contractors and industrial power supply engineers.

B.Tech. Power System Engineering Employment Areas

  • Electricity Boards
  • Power Plants
  • Educational Institutes
  • Power Grid Stations
  • Electricity Generation Units
  • Power Ministry

B.Tech. Power System Engineering Job Types

  • Power System Engineer
  • Engineering and Design Engineer
  • Project Manager
  • Power Systems & Control Engineer
  • Engineer/Assistant Manager
  • Associate Lab System Engineer
  • Junior Engineering Assistant
  • Avionics Embedded System Engineer
  • Design Manager (power train-exhaust System)

Advance Course in B.Tech. Power System Engineering

  • M.Tech. (Power System Engineering)

For any other queries about B.Tech. Power System Engineering, you can leave your queries below in the comment box.

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