We are looking for an Engineering Lead – Power Electronics to lead Leanwatts' Hardware, Firmware and Validation/Testing teams.
The core responsibility of this role is to deliver new power electronics products from concept to production across:
- Low-voltage EV chargers
- High-voltage power modules and converters
- Hybrid and bidirectional inverters
- Future Leanwatts power electronics platforms
You will own the complete engineering lifecycle: requirements, architecture, design, prototype, firmware integration, validation, certification and production release.
What You Will Do
- Lead hardware, firmware and testing engineers across multiple product-development programs.
- Own end-to-end development and release of new power electronics products.
- Define product architecture, engineering milestones, design reviews and release criteria.
- Review and guide power electronics hardware including PFC, LLC, PSFB, Dual Active Bridge (DAB), CLLC, bidirectional buck-boost and active front-end / bidirectional AC-DC architectures.
- Guide magnetics, power stages, sensing, protection, PCB design and thermal architecture.
- Guide embedded firmware, digital control, communication, protection and diagnostics.
- Drive prototype bring-up, debugging, EMI/EMC, thermal, safety and reliability validation.
- Establish structured EVT, DVT and PVT processes before production release.
- Work closely with Manufacturing, Quality and Supply Chain to ensure products are manufacturable, reliable and scalable.
- Lead failure analysis, design improvements and continuous product cost/reliability optimisation.
- Mentor the engineering team and establish strong engineering and documentation practices.
What We Are Looking For
- Bachelor's, Master's or PhD in Electrical Engineering, Electronics, Power Electronics or a closely related field.
- Minimum 5+ years of hands‑on power electronics product‑development experience.
- Experience leading multidisciplinary engineering teams.
- Proven track record of taking power electronics products from concept to production.
- Strong experience in AC‑DC / DC‑DC converters, PFC, LLC, PSFB, DAB, CLLC and bidirectional power‑conversion systems.
- Strong understanding of magnetics, power semiconductors, digital control and firmware‑controlled power conversion.
- Hands‑on experience in prototype bring‑up, high‑power debugging, EMI/EMC, thermal and reliability testing.
- Experience with EV chargers, OBCs, DC‑DC converters, hybrid inverters, BESS PCS, V2G/V2H or similar bidirectional systems is preferred.
What Success Looks Like
You build an engineering team that can repeatedly deliver: Requirement → Design → Prototype → Validation → Production with faster development cycles, strong technical quality and reliable mass‑production performance