Electric Motor Control from Udemy

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Syllabus

Electrical Control and Protective Devices

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Circuit Breakers

Fuses

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Covers electrical control and protective devices, which are essential for understanding motor control systems and ensuring safe operation

Explores motor control circuit design, which is a fundamental skill for electrical engineers and technicians working with industrial automation

Includes practical wiring examples, which are valuable for hands-on learners and those seeking to apply their knowledge in real-world scenarios

Discusses motor panel sizing according to NEC standards, which is crucial for compliance and safety in electrical installations in North America

Explores low voltage network design according to IEC standards, which is crucial for compliance and safety in electrical installations outside of North America

Features a section on earthing systems, which is a critical aspect of electrical safety and equipment protection in industrial environments

Reviews summary

Practical guide to electric motor controls

According to learners, this course provides a solid foundation in electric motor control, focusing on practical applications and industry standards like NEC and IEC. Students appreciate the clear explanations of protective devices and control circuits, finding the content directly applicable to real-world scenarios. The course is often described as excellent for beginners or those needing a refresher, with particular praise for the detailed coverage of wiring diagrams and circuit simulations. While the instructor's knowledge is highly valued, some reviews note potential areas for improvement in presentation quality or covering more advanced topics.

Instructor knowledgeable but presentation varies.

"Sometimes the audio or video quality could be better."

"Instructor knows the subject very well."

"The instructor's accent was a bit challenging at times, but understandable."

Best suited for those new to the topic.

"Great for someone with no prior knowledge in motor control."

"I recommend this course if you are a beginner."

"Intermediate learners might find some sections too basic."

Material explained in a clear and simple manner.

"The explanations are very clear and easy to follow."

"Instructor simplifies complex topics effectively."

"I understood the concepts thanks to the simple language."

Detailed coverage of wiring and circuit simulation.

"The practical wiring examples are very useful."

"Simulation examples help visualize circuit behavior."

"Loved the detailed step-by-step wiring guides."

Provides a strong base for understanding concepts.

"It gives a very good foundation on the basics of motor control."

"Helped solidify my understanding of fundamental components."

"Excellent for beginners to grasp the core concepts."

Highly practical, real-world applications.

"This course is very practical and helpful for my work."

"I gained practical knowledge that I can use immediately."

"The circuits discussed are very practical and applicable."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Electric Motor Control with these activities:

Review Basic Electrical Theory

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Reinforce your understanding of fundamental electrical concepts like Ohm's Law, Kirchhoff's Laws, and AC/DC circuits to better grasp the motor control principles covered in the course.

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Review key concepts in electrical theory textbooks or online resources.
Solve practice problems related to circuit analysis and Ohm's Law.
Familiarize yourself with AC and DC circuit characteristics.

Assist with Electrical Maintenance at a Local Organization

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Gain practical experience by volunteering to assist with electrical maintenance tasks at a local organization, such as a community center or non-profit.

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Contact local organizations to inquire about volunteer opportunities.
Assist with tasks such as wiring, troubleshooting, and component replacement.
Observe experienced electricians and ask questions.

Review 'Electrical Motor Controls' by Gary Rockis and Glen Mazur

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Gain a deeper understanding of motor control components and circuits by studying a dedicated textbook on the subject.

View Electrical Motor Controls for Integrated Systems on Amazon

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Read the chapters related to motor control components and circuits.
Work through the example problems provided in the book.
Compare the book's explanations with the course materials.

Four other activities

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Simulate Control Circuits

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Solidify your understanding of control circuit design by simulating various circuits using software like EKTS or similar tools.

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Choose a circuit simulation software (e.g., EKTS, Automation Studio).
Recreate the control circuits discussed in the course within the simulator.
Test the circuits under different conditions and analyze the results.

Create a Troubleshooting Guide for Motor Control Circuits

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Deepen your understanding of motor control troubleshooting by creating a comprehensive guide that covers common problems, causes, and solutions.

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Research common motor control circuit problems.
Document the symptoms, causes, and troubleshooting steps for each problem.
Organize the information into a clear and concise guide.
Include diagrams and illustrations to aid understanding.

Design a Motor Control Panel for a Specific Application

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Apply your knowledge by designing a complete motor control panel for a real-world application, considering factors like motor size, load requirements, and safety features.

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Select a specific application (e.g., conveyor system, pump control).
Determine the motor requirements and select appropriate components.
Design the control circuit and panel layout.
Create a bill of materials and estimate the cost.

Review 'Electric Motors and Drives' by Austin Hughes

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Expand your knowledge of different motor types and drive systems by studying a comprehensive textbook on electric motors and drives.

View Electric Motors and Drives on Amazon

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Read the chapters related to different motor types and drive systems.
Compare the book's explanations with the course materials.
Research real-world applications of different motor types and drives.

Career center

Learners who complete Electric Motor Control will develop knowledge and skills that may be useful to these careers:

Electrical Technician

An electrical technician installs and maintains electrical systems and equipment. This Electric Motor Control course helps build a foundation for understanding motor controls, which are crucial in many electrical systems. The course's coverage of protective devices like circuit breakers and relays provides a fundamental understanding of these components, enabling an electrical technician to diagnose and repair faults effectively. Gaining skills in control circuit design and motor panel sizing from this course will also help electrical technicians safely install and maintain electrical systems. Specifically, the work on recommended execution and devices/contact arrangement can be indispensable to an electrical technician.

See salaries and explore the career path for Electrical Technician

Industrial Electrician

An industrial electrician installs, maintains, and repairs electrical systems in industrial facilities. The Electric Motor Control course may be helpful for industrial electricians because it provides a theoretical and practical foundation in motor control systems. The course’s coverage of electric control and protective devices helps industrial electricians troubleshoot electrical systems. The focus on practical circuits and wiring diagrams enables industrial electricians to safely install and maintain electrical equipment. Especially useful may be the course's treatment of motor control circuits for applications such as water pumps and conveyors.

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Maintenance Electrician

A maintenance electrician inspects, maintains, and repairs electrical systems in industrial or commercial settings. The Electric Motor Control course can be helpful for maintenance electricians to understand the intricacies of motor control systems. The course's exploration of electrical control and protective devices may provide a great foundation for diagnosing and repairing motor control issues. The coverage of common motor control circuits, such as single motor start/stop and reversing motor rotation circuits, can equip maintenance electricians with essential troubleshooting skills. The treatment of subjects such as motor braking and star delta starters may be indispensable in the maintenance electrician's role.

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Control Systems Engineer

A control systems engineer designs and implements systems to control industrial processes and machinery. Those looking to take on this role may find the Electric Motor Control course useful because it covers the design of both simple and complex control circuits. The sections on electric control circuits and motor control designs may allow a control systems engineer to hone their capabilities in designing and implementing effective control systems for electric motors. The coverage of star delta motor starters may be valuable in designing control systems for specific industrial applications. This course's treatment of several motor control circuits, such as automatic water pump control and conveyor control, may benefit the aspiring control systems engineer.

See salaries and explore the career path for Control Systems Engineer

Automation Engineer

An automation engineer designs, programs, and tests automated systems. If you are interested in this career, the Electric Motor Control course may give you a foundation in designing electrical controls for three-phase induction motors, which are frequently used in automation systems. Exposure to the design of simple and complex control circuits may enable automation engineers to create and optimize automated processes. Also, a grounding in the use of components like relays, switches, and timers, covered in the course, may make it easier for automation engineers to program and troubleshoot automation systems. In particular, the coverage of conveyor, elevator, and water pump control circuits may be very pertinent to the automation engineer.

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Electric Motor Specialist

An electric motor specialist focuses on the repair, maintenance, and diagnosis of electric motors. The Electric Motor Control course helps electric motor specialists by providing a broad understanding of electric motor control systems. The course's coverage of motor control circuits, protective devices, and wiring techniques gives the motor specialist a solid basis for troubleshooting and repairing motor-related problems. The course may enhance an electric motor specialist's knowledge of braking, reversing, and starting configurations. This course's description of practical wiring may be very helpful.

See salaries and explore the career path for Electric Motor Specialist

Electrical Engineer

An electrical engineer designs, develops, and tests electrical equipment and systems. This Electric Motor Control course provides an electrical engineer with a working knowledge of motor control principles and design considerations. The course enables the electrical engineer to design control circuits and size motor panels. It covers circuit breakers, fuses, relays, and other protective devices, which may permit electrical engineers to design safe and efficient electrical systems. The emphasis on practical circuits and wiring diagrams can improve the ability of electrical engineers to implement reliable motor control solutions. The treatment of complex topics such as star delta starters may be especially valuable in the electrical engineer's career.

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Electrical Inspector

An electrical inspector examines electrical installations and systems to ensure compliance with safety codes and regulations. The Electric Motor Control course may give electrical inspectors the knowledge to assess motor control systems. The course’s coverage of protective devices, such as circuit breakers and relays, gives electrical inspectors a frame of reference for evaluating the safety and reliability of electrical equipment. The examination of sizing helps in determining whether installations comply with electrical codes. An electrical inspector may find that this course's coverage of earthing systems is particularly valuable.

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Panel Builder

A panel builder assembles and wires electrical control panels. The Electric Motor Control course helps by providing panel builders with an understanding of control circuit design and motor panel sizing. With this course, panel builders may improve their skills in wiring panels according to industry standards, ensuring that panels are designed and built according to specifications. The course covers protective devices, which may enable panel builders to integrate safety features into their designs. In particular, the treatment of sizing considerations and wiring examples may be especially helpful.

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Building Automation Specialist

A building automation specialist installs and programs control systems that manage building functions like HVAC, lighting, and security. The Electric Motor Control course can give a building automation specialist a working knowledge of motor control systems. The course’s exploration of control circuits and components, assists in the integration of motor control into building automation systems. The course's treatment of sensors may be valuable in programming automated responses to environmental changes. The discussion of elevator and pump control circuits may be especially relevant to building automation.

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Mechatronics Engineer

A mechatronics engineer designs and develops automated and robotic systems, integrating mechanical, electrical, and computer engineering principles. The Electric Motor Control course may be useful to mechatronics engineers since it covers the electrical control of three-phase induction motors, which are used in many mechatronic systems. The course's in-depth exploration of control circuit design and protective devices helps mechatronics engineers integrate motor control into automated systems. The coverage of topics such as sensors and programmable logic controllers gives a foundation for designing complete mechatronic systems. A mechatronics engineer may find sections of the course on elevator control circuit to be relevant.

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Power Systems Engineer

A power systems engineer designs and maintains electrical power generation, transmission, and distribution systems. The Electric Motor Control course may permit power system engineers to understand the control and protection of electric motors within power systems. The course’s coverage of protective devices like overcurrent and undervoltage relays provides a foundation for integrating motor protection into power system designs. Topics covered in the course, such as transformer selection and grounding, help in designing safe and efficient power systems. An aspiring power systems engineer may find this course's discussion of low voltage networks design to be especially pertinent.

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Robotics Technician

A robotics technician builds, installs, maintains, and repairs robots and automated systems. The Electric Motor Control course may give robotics technicians a fundamental knowledge of the electrical control aspects of robotic systems. The course's examination of motor control circuits and protective devices gives robotics technicians a solid basis for working with the electrical components of robots. The coverage of topics such as sensors helps in understanding how robots interact with their environment. A robotics technician may find this course's treatment of automation systems and motor control circuits to be useful.

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Renewable Energy Technician

A renewable energy technician installs, maintains, and repairs renewable energy systems, such as solar and wind power. This Electric Motor Control course may be useful for renewable energy technicians through its detailed explanation of electric motors. The course’s coverage of control circuits and protective devices gives the technician a frame of reference for troubleshooting and maintaining motor-driven components in renewable energy systems. The knowledge of motor control applications helps in optimizing the performance of wind turbines and other renewable energy equipment. This course's explanations of generator principles may be especially relevant to renewable energy.

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HVAC Technician

An HVAC technician installs, maintains, and repairs heating, ventilation, and air conditioning systems. The Electric Motor Control course gives the HVAC technician a working knowledge of the electric motors used in HVAC equipment. The course’s coverage of control circuits and protective devices helps HVAC technicians troubleshoot and repair motor-related issues. The course's discussion of motor control circuits for applications such as pumps and fans gives HVAC technicians valuable knowledge of this equipment. The single and three phase motor sections may be valuable to the HVAC technician.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Electric Motor Control.

Electrical Motor Controls for Integrated Systems

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Comprehensive guide to electrical motor controls, covering everything from basic components to advanced control schemes. It provides detailed explanations and practical examples, making it an excellent resource for understanding the concepts taught in the course. This book is commonly used as a textbook in vocational schools and by industry professionals. It offers a more in-depth treatment of the subject matter than the course alone.

Electrical Motor Controls for Integrated Systems

Paperback

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Electrical Motor Controls for Integrated Systems

Kindle Edition

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Electric Motors and Drives

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Provides a comprehensive overview of electric motors and drives, covering their principles of operation, characteristics, and applications. It valuable resource for understanding the different types of motors and drives used in industrial applications. This book is more valuable as additional reading to broaden the student's understanding of electric motors and drives. It is not commonly used as a textbook, but it useful reference for engineers and technicians.

Electric Motors and Drives

Paperback

Electric Motor Control

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Syllabus

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Reviews summary

Practical guide to electric motor controls

Activities

Career center

Reading list

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