Free online courseHow Electric Motors works

Course Description

The "How Electric Motors Work" course is a comprehensive, intricately designed educational experience tailored for professionals in the field of electric motors and electrical engineering. Delivered in an engaging and insightful manner, this course spans a total duration of 2 hours and 52 minutes. It has garnered an exceptional average rating of 5 stars, reflecting its high-quality content and the satisfaction of its participants.

This course falls under the Professional Courses category, specifically targeting aspiring and seasoned electricians. It delves deep into the mechanics and principles underlying various types of electric motors. Participants will gain a robust understanding of complex topics such as 3-phase AC induction motors, DC motors, and automotive electricity generators, such as alternators.

Moreover, the course addresses an array of specialized electric motors, including stepper motors, servo motors, and brushless motors (BLDC). The instruction is meticulously structured to cover how these motors work, their internal components, and their practical applications.

A key highlight of the course is its comprehensive treatment of electrical motor connections, which is essential for anyone involved in the construction, maintenance, or troubleshooting of electric motors. An innovative segment includes a hands-on project where learners can build a simple electric motor, providing a tangible, real-world application of theoretical knowledge.

Participants will also explore the intricate workings of servo motors, including their control via Arduino, which is a valuable skill in contemporary engineering projects. Similarly, the course extends to the control of BLDC motors with an Arduino, detailing the importance of electronic speed controllers (ESC) and pulse-width modulation (PWM) in their operation.

Understanding the fundamentals of induction motors is another crucial aspect of the course. The curriculum explains the basic principles behind these commonly used motors, ensuring that learners can grasp their role and functionality in various applications. Additionally, there is a focused discussion on the internal components of DC motors, stepper motors, and starter motors, along with a detailed analysis of their functionalities.

The course doesn't shy away from niche topics, posing questions like, "Have you ever wondered how multispeed pumps work?" Such inquiries stimulate curiosity and deeper insights into specialized motor functions. By addressing both fundamental and advanced topics, the course ensures a rounded and thorough educational experience.

Overall, "How Electric Motors Work" is an indispensable resource for those looking to deepen their understanding of electric motors. Whether you're a seasoned electrician or a budding enthusiast, this course provides the requisite knowledge and practical skills to excel in the field. Its comprehensive approach and practical applications make it a standout choice in professional education for electric motors.