Course Description

• In-depth study into the introduction to motors.
• Importance
• History and evolution of motors
• Types of motors
• General properties of electric motors
• Applications
• Explore the fundamentals of DC motors including:
• Operating pinciples
• Types of DC motors
• Advantages and limitations
• Applications
• Future of DC motors
• Delve into the working principles of AC motors:
• Operating pinciples
• Types of AC motors
• Advantages and challenges
• Applications
• Future of AC motors
• Understand the design aspects, control strategies, uses, benefits, limitations, and emerging developments of stepper motors in stepper motors.
• Learn the foundational concepts, classifications, applications, performance traits, comparison with stepper motors, and environmental impact of servo motors in servo motors.

Course Objectives

• Learn about motor control circuits and drive electronics, including advanced control techniques and innovations.
• Specialized motor types:
• Focus on the characteristics and design features of linear motors.
• Examine the unique attributes and applications of piezoelectric motors.
• Explore other emerging motor technologies and their potential.
• Select appropriate motors and drives based on application requirements and performance considerations.
• Implement maintenance best practices and troubleshooting techniques for ensuring optimal motor performance.
• Stay updated with future trends and innovations in motor technology, focusing on sustainable and high-efficiency motor solutions.