A multipurpose use power electronics laboratory

This work presents a power electronics laboratory for multipurpose use spanning the undergraduate and graduate programs and resources activities. The power electronics curriculum develops the basic concepts of the field and applies them to modern industrial challenges to solve practical problems. The laboratory is designed to support three fundamental disciplines: frequency line converters, high frequency switching converters and motor control and drives. The methodology adopted is a cooperative experiential learning activity. The design experience is based on a problem-based learning approach that motivates student learning and develops skills required by the student in a future professional capacity. Some equipment, computer and software provide the students modern tools necessary to analyze, design and build the circuitry. PSpice simulations are used extensively to verify concepts and to enhance student's comprehension. In general, students feel they learn more effectively in a practice-oriented course. This laboratory significantly impacts many students who will take positions with organizations in the electrical/electronics industry, where the skills gained from laboratory experiences will be greatly valued.