Job DescriptionAs a member of our Power Management business unit, you will play a pivotal role in driving the adoption of Renesas' industry-leading power management solutions. You will collaborate closely with product definition, marketing, and field teams to develop innovative Winning Combinations (Success Stories), support key customer tier-1 designs, and define the next generation of highly efficient DC-DC and multiphase power solutions.
Responsibilities- Design-In Support: Lead product promotion and design-in activities, including power tree architecture and power delivery system debugging.
- Product Definition: Contribute to the definition of innovative, differentiated products based on technical requirements and market needs.
- Hardware Review: Perform schematic capture and PCB layout reviews for both internal evaluation boards and customer designs.
- Simulation: Develop and execute simulations of power converter circuits and systems for development and resolution of technical issues.
- Documentation: Author technical documentation, such as application notes and design guidelines, to assist customers with product deployment.
- Technical Training: Provide training on product usage and DC-DC converter fundamentals to Field Application Engineers (FAEs) and customer engineering teams.
- Customer Engineering: Provide on-site and remote technical support to internal and external teams, conducting root-cause analysis and debugging.
- Market Research: Conduct competitive analysis and research to support marketing initiatives and strategic activities.
- Systems Engineering: Develop a comprehensive, system-level understanding of customer applications to inform new product development.
Qualifications- Excellent organizational skills, with a high degree of attention to detail and accuracy.
- Prior experience with power IC, MOSFET, control loop, digital controllers, multi-phase buck
- Competence in Python or C; experience with lab equipment automation is a significant benefit.
- Proficiency with lab equipment such as oscilloscopes, electronic loads, and function generators.
- Experience with analog circuit modeling and simulation tools (e.g., SIMPLIS and PSpice) is required.
- Advanced knowledge of DC/DC converter topologies, including buck, boost, buck-boost, charge pump, and intermediate bus converters.
- Schematic capture and PCB design tools such as OrCAD, Allegro, and Cadence.
- Knowledge of Intel SVID/AMD SVI and PMBus/AVSBus power management interfaces is a plus.
- Knowledge of control theory, closed-loop compensation, and stability margin analysis.
- Strong written and verbal communication skills are essential.
Education- BSEE/BSECE with 7+ years of relevant experience, or MSEE (preferred) with 5+ years of experience.
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