Engineering & Hardware

Maintenance and Control of Electric Motors

Provider

Alison

Format

100% Online

Level

Certificate

Duration

2-3 Hours

Course Overview

We love this course because it pulls you away from the keyboard and into the real world. Software is useless if the physical machines it controls break down. Understanding how an electric motor actually works is a superpower for any engineer—software or hardware—working in automation today.

Learn the fundamentals of maintaining and controlling electric motors in industrial settings.

Electric motors are the literal driving force behind modern industrial manufacturing, powering everything from massive assembly line conveyors to precision CNC machines. The 'Maintenance and Control of Electric Motors' certificate provides critical, hands-on mechanical and electrical insight into these vital components. This course bridges the gap between theoretical physics and dirty-hands engineering. You will dissect the differences between AC and DC motor topologies, learning how magnetic fields are manipulated to generate rotational torque. The curriculum dives heavily into preventative maintenance strategies, teaching you how to use multi-meters and megohmmeters to diagnose winding failures and insulation breakdowns before they cause catastrophic factory downtime. Finally, you will study motor control circuits, understanding how relays, contactors, and Variable Frequency Drives (VFDs) safely regulate motor speed and direction.

•Self-paced learning, anytime and anywhere.
•Accessible on any device (Desktop, Tablet, Mobile).
•Interactive content designed for maximum retention.

Who Should Enrol?

Ideal for aspiring electricians, mechanical engineering students wanting practical troubleshooting skills, or software developers trying to understand the physical hardware their code controls.

English Language Requirements

A basic proficiency in reading and understanding English is recommended to fully benefit from the material.

Upon successful completion of this program, you will be able to:

✓Differentiate between the mechanical and electrical architectures of AC induction and DC motors.
✓Diagnose common electrical motor faults (short circuits, open windings) utilizing standard testing equipment.
✓Read and interpret complex industrial motor control schematic diagrams.
✓Configure Variable Frequency Drives (VFDs) to precisely regulate motor speed and torque.
✓Implement preventative maintenance schedules to drastically extend the operational lifespan of industrial motors.

A critical skillset for anyone entering the physical automation or manufacturing sectors. Readies candidates for high-demand, high-paying physical roles such as Industrial Maintenance Technician, Mechatronics Engineer, or Plant Operations Manager.

Why We Recommend This Course

"We love this course because it pulls you away from the keyboard and into the real world. Software is useless if the physical machines it controls break down. Understanding how an electric motor actually works is a superpower for any engineer—software or hardware—working in automation today."