Power Engineer

We are looking for an Power Electronics expert with a strong background in IGBT-based high-voltage circuits, analog electronics, and medical-grade safety standards to help in end-to-end circuit design, simulation, development, and testing for defibrillators. This will be a one-time contractual engagement for 30 days. Contract Perks: An opportunity to develop technology that saves lives Work in a collaborative, mission-driven environment with technical autonomy Competitive compensation, benefits, and professional development opportunities Responsibilities: Design, simulate, and validate high-voltage power circuits for energy delivery systems used in defibrillators Develop and integrate IGBT-based switching circuits and gate driver designs to meet stringent safety and performance criteria Design analog front-end circuitry for signal acquisition, filtering, sensing, and protection. Collaborate with cross-functional teams (mechanical, embedded, quality, and regulatory) to ensure system-level compatibility and reliability Perform risk analysis and design reviews in accordance with medical device standards (e.g., IEC 60601, ISO 14971) Assist in PCB layout reviews focusing on high-voltage spacing, creepage/clearance, thermal performance, and EMC Conduct root cause analysis and support troubleshooting in prototype and production stages Prepare detailed technical documentation for design history files (DHFs) and support regulatory submissions Qualifications: Masters or PhD degree in Electrical or Electronics Engineering 3–5 years of hands-on experience in power electronics design, specifically in high-voltage applications Strong experience with IGBTs, gate driver circuits, and related protection schemes Solid foundation in analog circuit design, including signal conditioning, filtering, and instrumentation Experience with SPICE or similar simulation tools, and standard lab test equipment (oscilloscopes, HV probes, power analyzers) Knowledge of medical safety standards such as IEC 60601 or design for high-reliability environments Understanding of thermal management and EMI/EMC considerations in high-voltage designs Show more Show less