What is the power of electronics, and what use of it in today’s life?

Power inverter course

Electrical engineering includes the study of power electronics. Many positive changes to human life have resulted from its recent successes. It sets the way for a new industrial revolution that will be pivotal in energy conversion, energy from renewable sources, storage, and electric and hybrid cars. Power electronics are crucial to our ecosystem because they use abundant, low-cost materials.

Power electronics are the foundation for modern automation and high-efficiency systems. Switching power supplies, powered converters/inverters, motor drives, and soft motor starters are all examples of applications for power electronics. Demand for energy-efficient and portable gadgets that run on batteries is predicted to skyrocket soon.

This calls for a significant increase in the number of power electronics graduates. The energy industry is expected to add jobs at a rapid clip between 2020 and 2025. Power electronic engineers want to create a more sustainable future by reducing energy waste.

Power Electronics: How Do They Function?

Power inverter course is used to change the shape of electricity. Changing the voltage, current, and frequency might be part of this process. It makes that the electrical flow is enough for the loads being used. Maximum efficiency and dependability at minimum cost, weight, and space is the holy grail of power electronics. Some examples of power electronic parts are as follows:

  • It allows current to flow in just one direction by offering relatively low resistance to electricity while blocking current in the other. Diodes convert AC to DC, regulate voltage, and modulate signals. 
  • Semiconductors also include transistors. These are employed to boost electronic signals and switch electrical currents. 

Power Electronics Admissions Requirements (Undergraduate & Graduate)

  • Beneficial Towards a Bachelor’s in Power Electronics
  • Candidates should have high school diplomas or equivalents.

Admissions decisions at certain universities are based on the results of a separate test.

Power Electronics Graduate Study

Postgraduate electrical engineering courses are open to students having a Bachelor of Science in any technical discipline.

A minimum grade point average of 50% in the bachelor’s program is required. To enroll in a “deemed” university, they must first pass an admission test.

Jobs In The Field Of Power Electronics

Power electronics engineers are architects and engineers by trade. Between 2020 and 2030, employment in architecture and engineering is expected to increase by 6%, as reported by the US Bureau for Labor Statistics (BLS). This number amounts to around 146,000 more employment, most of which are in engineering. The growing interest in fields like robotics & renewable energy is also helping to increase the need for engineers. 

Learn The Fundamentals

The technical and professional abilities necessary for power electronics experts are outlined below. You may use it to zero in on specific knowledge gaps.  Excellent familiarity with power electronics systems or concepts, including AC/DC transformation, AC conversion devices, DC-DC converters, or grid-connected converters.

Familiarity with power electronics test instruments, including oscilloscopes, power meters, etc. Familiarity with the precautions to take while dealing with high current or voltage levels


Participating in the power circuits community is a great way to show off your knowledge to potential employers and learn about new developments in the field.

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