CODE: EN27
DURATION: 5 Days/10 Days
CERTIFICATIONS: CPD
This course provides a focused introduction to the principles, components, and control strategies used in modern power electronics and electric drive systems. It explains how converters, inverters, and motor drives are designed, integrated, and controlled to achieve efficient power conversion in industrial, commercial, and renewable-energy applications. Participants will explore semiconductor devices, switching techniques, drive topologies, and system-level performance considerations, gaining both theoretical grounding and practical insight into real-world applications. Through exposure to hands-on exercises, participants will be prepared to analyze, specify, and support power electronic systems used in motors, automation, and energy technologies.
This course is available in the following formats:
Virtual
Classroom
Request this course in a different delivery format.
Course Outcomes
Delegates will gain the knowledge and skills to:
Analyze and design power electronic converter circuits.
Select appropriate semiconductor devices for different applications.
Develop control strategies for motor drive systems.
Implement power quality improvement techniques.
Troubleshoot and maintain power electronic equipment.
Integrate drive systems with renewable energy sources.
At the end of this course, you’ll understand:
This course is ideal for electrical engineers, electronics engineers, control engineers, automation specialists, maintenance and operations personnel, and technical managers involved in motor drives, power conversion, renewable energy systems, or industrial electrical applications.
✓ Modern facilities
✓ Course materials and certificate
✓ Accredited international trainers
✓ Training materials and workbook
✓ Access to online resources
