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Renesas Electronics

Automotive-focused MCUs, SoCs, analog devices

Senior Power System Architect - Power System Architecture, Infrastructure & Datacenter

Engineering LeadershipConfirmed live in the last 24 hours
Full-timeShenzhen, Guangdong Province, ChinaNo salary listedIn-person

About the Job

Requirements

  • A Master of Science in Electrical Engineering is required.
  • At least 12 years of relevant experience in power-system and power-electronics architecture, design, and development across the 1–250 kW range.
  • Direct experience managing, developing, and retaining engineers or system architects in a global, matrixed organization, including goal setting, performance management, hiring, coaching, and career development.
  • Experience building high-performing technical teams and delivering complex power-electronics platforms from concept and architecture through prototype validation, productization, and customer adoption.
  • Organizational leadership and portfolio-management skills, including prioritizing competing programs, allocating resources, managing budgets and schedules, and making decisions within technical and business constraints.
  • Expertise in electrical engineering fundamentals, system architecture, and structured problem solving, with technical depth to guide design reviews and challenge assumptions.
  • Knowledge of power-conversion topologies, including AC-DC, inverters, isolated DC-DC converters, LDO, buck, boost, and buck-boost; magnetics; control theory; thermal design; protection; and MOSFET, IGBT, GaN, and SiC power devices.
  • Understanding of power-electronics and system simulation tools, including MATLAB Simulink, SIMetrix/SIMPLIS, and SPICE, and experience establishing modelling and design practices across engineering teams.
  • Experience leading feasibility and trade-off studies covering electrical performance, reliability, power density, Bill of Materials, manufacturing complexity, and total solution cost.
  • Communication, executive presentation, stakeholder-management, and influencing skills, including aligning customers and worldwide cross-functional groups such as FAEs, Sales, Power IC design teams, Hardware and Software engineers, Product Marketing Managers, and Business Development.
  • Experience with power-supply architectures for communication infrastructure, datacenters, traditional servers, and AI servers.
  • Understanding of schematic design, PCB layout, thermal management, safety, and EMC/EMI mitigation for high-power applications (1–250 kW), sufficient to guide reviews, assess risk, and resolve critical implementation issues.
  • Experience with wide-bandgap devices, including GaN and SiC, and the ability to evaluate their system-level value, implementation trade-offs, and relevance to product and solution roadmaps.
  • Commitment to inclusive leadership, ethical decision-making, cross-cultural collaboration, and development of future technical and people leaders.

Responsibilities

  • Lead, coach, and develop a global team of power system architects and engineers responsible for Infrastructure and Server/Datacenter power solutions.
  • Set objectives, define roles and development plans, conduct performance and career discussions, recognize strong contributions, and address performance gaps promptly and fairly.
  • Own the team’s technical strategy and portfolio of complex power electronics system architectures (1–250 kW), aligning them with electrical performance, reliability, safety, scalability, cost, and business requirements.
  • Translate business, customer, and technology priorities into executable annual and multi-year plans, including program roadmaps, staffing plans, capability development, budgets, milestones, and measurable outcomes.
  • Prioritize and allocate engineering resources across Proof-of-Concept and reference-design programs; manage scope, dependencies, risks, schedules, and trade-offs to deliver predictable results.
  • Create an inclusive, accountable, and collaborative team culture that promotes technical excellence, ownership, innovation, constructive challenge, and systematic knowledge sharing.
  • Recruit, onboard, retain, and succession-plan critical talent; identify skill gaps and build capabilities for next-generation power delivery solutions.
  • Establish architecture principles, design methodologies, review practices, documentation standards, and reusable platform strategies to improve quality, efficiency, and time to market.
  • Ensure system-level trade-off analysis covers efficiency, power density, cost, reliability, manufacturability, serviceability, availability, and regulatory compliance.
  • Provide technical and managerial oversight from architecture and simulation through schematic implementation, system validation, documentation, and customer enablement, while empowering technical leads to own detailed execution.
  • Serve as the management escalation point for critical architectural, integration, execution, resource, and customer issues, driving timely decisions and corrective actions.
  • Influence Renesas product and technology roadmaps by consolidating market insights, customer needs, portfolio gaps, and system value propositions into product requirements and investment recommendations.
  • Build partnerships with Chip Design, Applications, Software, Product Marketing, Business Development, Sales, Operations, external vendors, customers, ecosystem partners, and industry bodies.
  • Represent the team in leadership and customer reviews, communicate progress and risks, and ensure commitments, decisions, and follow-up actions are documented and completed.

Desired Qualifications

  • A PhD is preferred.
  • Direct engagement with hyperscale customers or platform partners is strongly preferred.
  • Broader technical impact, such as patents, publications, standards participation, conference contributions, architecture methodologies, or reusable platform innovations.

About the Company

Renesas Electronics

Automotive-focused MCUs, SoCs, analog devices

Renesas manufactures and sells MCUs, SoCs, and analog/power semiconductor devices to OEMs, focusing on automotive, industrial, infrastructure, and IoT markets. Its chips are building blocks that run embedded software and manage power and signals, and its Winning Combinations offer pre-tested system architectures to speed up design. It differentiates itself by growing through acquisitions to offer a broad, integrated portfolio and by moving toward a unified digital design platform to reduce integration work. Its goal is to become a leading supplier of these components and provide a single platform for electronics design that speeds time-to-market.

Company size
10,001+
Company stage
IPO
Headquarters
Tokyo, Japan
Founded
2002

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