About the course

Description:

Heat power engineering is the study of thermodynamics and heat transfer principles applied to the design and operation of power generation systems. This course covers fundamental concepts of energy conversion, power cycles, steam and gas turbines, combustion processes, and renewable energy technologies.

Key Highlights:

Thermodynamics principles for power generation
Design and operation of steam and gas turbines
Renewable energy applications
Combustion processes in power systems

What you will learn:

Understand energy conversion processes
Learn how heat energy is converted into usable electrical power
Design efficient power cycles
Design and optimize power generation cycles for maximum efficiency
Explore renewable energy technologies
Study the latest advancements in renewable energy for sustainable power generation
Gain insights into combustion processes
Understand the role of combustion in power systems and environmental impact

Syllabus

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What do we offer

Live learning

Learn live with top educators, chat with teachers and other attendees, and get your doubts cleared.

Structured learning

Our curriculum is designed by experts to make sure you get the best learning experience.

Community & Networking

Interact and network with like-minded folks from various backgrounds in exclusive chat groups.

Learn with the best

Stuck on something? Discuss it with your peers and the instructors in the inbuilt chat groups.

Practice tests

With the quizzes and live tests practice what you learned, and track your class performance.

Get certified

Flaunt your skills with course certificates. You can showcase the certificates on LinkedIn with a click.

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