Building on the Intermediate course, this program covers modern power semiconductors, including Si, GaN, and SiC devices. The course focuses on
selecting components for high-power inverter design through case studies and hands-on testing. It also explores Permanent Magnet AC Machines, Switched and Synchronous Reluctance Machines, motor drive concepts, Field-Oriented Control
(FOC), and pulse-width modulation schemes, with both simulation and practical testing. Analysis techniques and control methods are applied, providing a solid theoretical and practical foundation in power electronics, particularly in
inverter systems.
Entry Criteria:
Recommended for those currently at levels 4-6 in the UK qualification system, with a broader and more in-depth understanding of the subject. Applicants should have qualifications or experience at A-Level, HNC/HND, or be degree-qualified, but
may need to re-skill in Power Electronics. Candidates should be familiar with semiconductors, electron and hole charge carrier concepts, PN junctions and diodes, and/or electronic circuits, including AC and DC circuits, basic three-phase
analysis (current lagging or leading, star and delta configurations, etc.), and have a background in engineering or science disciplines.
Modules:
Day 1
Power Semiconductor
Devices and Applications
Day 2
Advanced E-Machines
and Control
