Course Title: Electric Drives
Course Description:
This course introduces students to the principles and applications of electric drives used in industrial, commercial, and transportation systems. It covers the operation and control of electric motors, power electronics, and drive systems. Topics include DC motors, induction motors, synchronous motors, and stepper motors, as well as the use of power converters, controllers, and feedback systems for motor control. Students will explore the integration of electric drives in automation, robotics, and electric vehicles. The course includes both theoretical understanding and practical applications through simulations and lab experiments.
Course Topics Include:
- Introduction to electric drives and motor types
- DC motors: operation, control, and applications
- Induction motors: principles and control techniques
- Synchronous motors and stepper motors
- Power electronics and converters for motor control
- Motor controllers and feedback systems
- Electric drives in industrial automation and robotics
- Electric vehicle drives and transportation systems
- Efficiency, performance, and reliability of electric drives
Course Objectives:
- Understand the principles of electric drives and their components.
- Learn to select and control different types of electric motors for various applications.
- Gain hands-on experience with power converters and motor controllers.
- Explore the use of electric drives in automation, robotics, and transportation.
- Analyze the performance and efficiency of electric drive systems.
- Prepare students for careers in electric drive design, motor control, or industrial automation.
Prerequisites:
- Basic knowledge of electrical engineering and circuits.
- Understanding of control systems and power electronics.
Credit Hours:
3 (with optional lab or project component).
Assessment Methods:
- Quizzes and exams
- Homework assignments and case studies
- Laboratory reports and projects
- Class participation and discussions
Ideal for:
Students pursuing careers in electrical engineering, automation, robotics, electric vehicles, or power systems.