Lead Power Electronics Engineer

Essential Duties and Responsibilities

• Evaluate customer/project requirements and select appropriate topologies for DC/AC and DC/DC applications.
• Lead design engineering for power electronics products, covering all essential engineering analysis aspects from initial planning through study, design, and test.
• Design, develop, and test advanced power electronics such as converters and inverters using medium to high power switching components (hundreds of kW) and associated protection and gating circuitry.
• Select active semiconductor switching devices and passive components required for converter power circuits (capacitors, inductors, transformers, etc.).
• Lead verification testing on new designs and products.
• Analyze switching and transient behavior of devices to determine limits, proper gating, operation, and implementation.
• Conduct design analysis including modeling, simulation, and control loops.
• Optimize designs for efficiency, density, and cost.
• Conduct design reviews and follow the NPI process.
• Perform hands‑on lab work building and debugging prototypes.
• Perform electrical characterization, design validation, and qualification.
• Introduce products into production.
• Provide technical support for production and field product issues.
• Lead projects and collaborate with cross‑functional teams.
• Prepare invention disclosures to protect intellectual property.
• Mentor junior engineers.
• Lead activities and collaboration with contractors to outsource project tasks, track project progress, and report to management.

• BSc or MSc in Electrical Engineering with focus on power electronics and +8 years of industry experience;
  PhD is a plus.
• Strong understanding of power inverter operation and design.
• Strong understanding of 3‑phase power systems.