Power Engineering
A subfield of electrical engineering that deals with the generation, transmission, distribution, and utilization of electric power is power engineering, also known as power systems engineering. The design and development of electrical devices used in the generation, transmission, distribution, and utilization of electrical power are also related to power engineering. Companies involved in electrical power generation, transmission, distribution, and the design and development of electrical devices like generators and transformers require a lot of power engineering professionals.
Numerous institutions, including the National Power Training Institute, offer graduate and postgraduate power engineering courses. Additionally, a few educational institutions offer power engineering diploma programs. The syllabus for power engineering covers, among other things, power generation engineering, power distribution and utilization, manufacturing and industrial engineering, power plant operation, and maintenance.
Power Engineering Courses
Column1 |
Power Engineering Degree |
B.Tech in Electrical Engineering Power |
B.Tech, PGDC in Power Engineering |
B.Tech in Power Engineering |
B.Voc in Power Distribution Management |
B.Tech in Power Systems Engineering |
Power Engineering Courses Eligibility Criteria
The eligibility requirements for taking power engineering courses vary depending on the program and the level. In contrast to graduate or postgraduate program eligibility, power engineering diploma course eligibility is distinct. Detailed eligibility requirements for various power engineering courses can be found here.
• A B.Tech. in electrical engineering is required for those interested in taking the power engineering diploma course. Candidates must have passed class 12 with Physics, Chemistry, and Mathematics as compulsory subjects to pursue a B.Tech in power engineering from NPTI.
• The electrical engineering graduate course curriculum primarily includes power engineering courses. However, there are a few institutions that offer graduate-level programs in power engineering.
• Candidates who want to take a post-graduate course in power engineering must have a graduate degree in the relevant field.
Power Engineering Syllabus
Column1 | Column2 | Column3 | Column4 |
1 | Power Distribution And Utilization | 6 | Theory of Machines |
2 | Load dispatch and regulatory issues | 7 | Energy management |
3 | Steam Generator and Its Auxiliaries | 8 | Civil Works in Power Engineering |
4 | Steam Turbine And its Auxiliaries | 9 | Power System |
5 | Power System Analysis & Stability | 10 | Electrical Machines |
Scope in Power Engineering
With the rise in electricity demand and technological advancement, professionals in power engineering will continue to be one of India's greatest needs. The requirement for professionals with a degree in power engineering is increasing, in addition to the seemingly never-ending demand for power transmission and distribution. In addition, there is definitely room for growth in power engineering in the not-too-distant future thanks to the inclusion of the private sector in power production by companies like Reliance and Torrent Power.
Power Engineering Jobs
The companies engaged in power production, transmission, and distribution as well as those associated with electrical and power devices recruit power engineering graduates at various roles. Some of the job profiles of power engineering professionals are
• Electrical Project Engineer
• Instrumentation and Electrical Engineer
• Power Systems Engineer
• Project Engineer
• Test Engineer
• Circuits Engineer
• Design Engineer
• Electrical Controls Engineer
• Electrical Design Engineer
• Electrical Engineer
• Power Plant Maintenance Engineer
• Power Plant operations Engineering
This can be summarized that power engineering has a great career prospect with the rise in demands of power engineering professionals. Candidates interested in having a career in the power and electrical engineering sector can pursue courses in power engineering.