Rotating Machines

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CoursePlus
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Rotating Machines

Rotating Machines is an online course designed to help learners understand the fundamental principles, operation, and characteristics of electrical rotating machinery. Available on Course Plus, this course covers essential topics such as a review of machinery principles, DC machines, AC machinery fundamentals, three-phase induction motors, and synchronous generators and motors. Learners will explore how electrical machines convert energy between electrical and mechanical forms, understand the operating principles of different motor types, and develop knowledge of the components and characteristics that influence machine performance.

This course is ideal for electrical engineering students, aspiring engineers, and technical learners who want to strengthen their understanding of electrical machines and power systems. Through the study of DC machines, AC machinery, induction motors, and synchronous machines, learners can build a foundation for understanding motor operation, generator performance, and practical electrical engineering applications. The course also includes problem-solving topics related to synchronous generators and motors to help learners reinforce their theoretical knowledge. Enroll in Course Plus to expand your electrical engineering knowledge and develop essential skills for further study in electrical machines and energy conversion.

What is the Rotating Machines course about?
This course explores the principles and operation of electrical rotating machines, including DC machines, AC machines, three-phase induction motors, synchronous generators, and synchronous motors.
Who should take this course?
The course is suitable for electrical engineering students, engineering graduates, technicians, and learners interested in electrical machines and energy conversion.
What topics are covered in the Rotating Machines course?
The course covers machinery principles, DC machines, AC machinery fundamentals, three-phase induction motors, synchronous generators and motors, and related problem-solving exercises.
What is the difference between an induction motor and a synchronous motor?
An induction motor produces rotor current through electromagnetic induction and normally operates below synchronous speed when driving a load. A synchronous motor operates at the speed determined by the supply frequency and the number of magnetic poles.
What will I learn about synchronous generators and motors?
You will learn the fundamental operating principles of synchronous machines, their roles in electrical energy generation and motor applications, and how to approach related engineering problems.
Certificate included
Course details
Duration 7 h 33 mins
Lectures 8
Level Intermediate
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