Associate Power Electronics Test Engineer

The Associate Power Electronics Test Engineer is essential to ensuring the reliable performance of high-voltage GaN power test systems. This role involves conducting specialized electronic tests, developing and managing test fixtures. The engineer will be responsible for rigorously following laboratory safety protocols and maintaining critical lab equipment. This position also requires proactive lab maintenance and troubleshooting to ensure safety and compliance. The ideal candidate will have strong expertise in laboratory safety, high-voltage testing, practical electronics experience, and, preferably, familiarity with power electronics applications.Essential Responsibilities1. Safety Compliance: Adhere strictly to laboratory safety protocols for handling high-voltage devices.2. Testing and Data Collection: Execute specialized testing procedures and document data with accuracy and consistency.3. Power Device Testing: Conduct characterization tests on power devices according to engineering specifications.4. Test Fixture Management: Assemble, maintain, and troubleshoot test fixtures as required.5. Operation and Maintenance of Equipment: Operate and maintain essential laboratory equipment (e.g., AC/DC power supplies, oscilloscopes, function generators).6. Lab Maintenance: Oversee general laboratory upkeep, ensuring that the lab environment remains organized, safe, and compliant with relevant standards.Preferred Responsibilities1. Test System Development: Assist in the design, verification, and enhancement of test circuits and system hardware.2. Test Circuit Optimization: Engage in the development, verification, and improvement of test circuits to maximize performance.3. Software Collaboration: Work collaboratively with software engineers on MCU firmware programming and participate in design reviews.4. Documentation of Test Systems: Prepare and maintain comprehensive documentation for test systems.5. Participation in Design Reviews: Engage in design review sessions to uphold system integrity and performance standards.6. Research and Development: Support the optimization of switching power conversion circuits, with a focus on high-efficiency designs for wide-bandgap semiconductors.7. Design of Transformers and Inductors: Contribute to the design of efficient transformers for hard and resonant switching applications.