Jobs at Renesas Electronics

Develops FPGA-based emulation platforms and synthesizable RTL for digital power-management products. Translates control and DSP algorithms into real-time implementations, integrates FPGA systems with hardware, and validates pre-silicon behavior across RTL, firmware, simulations, laboratory measurements, and silicon. The role owns emulation methodology, automation, system debugging, technical documentation, and cross-functional technical leadership while mentoring engineers.

Leads verification and evidence development for digital control-loop features in advanced power-management products. Translates requirements into test plans, measurable criteria, automated verification, and technical evidence across behavioral models, RTL, mixed-signal simulation, emulation, bench testing, and silicon. Analyzes control-loop behavior, mixed-signal interactions, waveforms, and discrepancies while collaborating across engineering teams. Develops reusable test frameworks, identifies coverage gaps and risks, documents results, and mentors engineers.

Design, develop, debug, test, and maintain customer-facing software for semiconductor SoC products. Collaborate with customers, applications, systems, hardware, firmware, IC design, and marketing teams to define requirements, troubleshoot system failures, and deliver software solutions. Contribute across Java, Kotlin, Python, and TypeScript/React projects, apply software architecture and testing principles, investigate new technologies, and participate in code reviews.

Develops and executes verification for digital control-loop features in advanced power-management products. Translates requirements into test scenarios, validates behavior across models, RTL, mixed-signal simulations, emulation, bench testing, and silicon, and correlates results across environments. Analyzes waveforms and data, investigates discrepancies, evaluates digital-analog interactions, documents verification evidence, and automates parameter sweeps, regression testing, corner analysis, and reporting. Collaborates with systems, analog, digital, firmware, validation, applications, and software teams.

Develops and verifies digital mixed-signal data paths for power management products used in AI, datacenter, and high-performance computing applications. Responsibilities include ADC interfaces, digital filtering, telemetry, behavioral modeling, fixed-point implementation, RTL requirements, firmware interfaces, verification, simulation, emulation, and silicon correlation. The role collaborates across systems, analog, digital design, firmware, validation, and applications teams to translate requirements into specifications, models, implementation guidance, and measurable verification criteria.

Owns the full lifecycle of digital multiphase power products, including strategy, roadmap, market analysis, product development, pricing, launches, sales enablement, documentation, and cross-functional leadership. The role targets AI, cloud, data center, server, networking, telecom, and computing markets, requiring deep power semiconductor expertise and a track record of bringing products to market and driving revenue growth.

Develops and scales automated test programs for semiconductor products, supporting new product introduction, qualification, characterization, correlation, production ramp, yield, and quality initiatives. The role requires expertise in analog, digital, and mixed-signal ATE testing, test hardware and software development, instrumentation, troubleshooting, and platform optimization. Responsibilities also include mentoring engineers, defining test processes, managing equipment and external technical partners, and evaluating ROI, capacity, revenue, and cost impacts.

Leads the design, administration, analysis, and governance of executive compensation programs, including salary, incentives, equity awards, benchmarking, and retention plans. Prepares Compensation Committee and Board materials, manages executive equity processes, develops financial models and market analyses, and advises senior leaders. Partners with Finance, Legal, Tax, Payroll, and external providers on compliance, disclosures, and administration. Mentors junior analysts and manages highly confidential information.

Lead next-generation semiconductor test technology, including AI-enabled test development, simulation and virtual test environments, DFT strategy, test coverage, and automation. Develop reusable software tools and methodologies using Python to improve validation, debug, engineering productivity, and product quality. Partner with design, product engineering, test engineering, and operations teams to influence architectures and testability. Provide technical leadership and mentorship across global engineering teams.

Leads Renesas’s mass-market expansion for its High-Performance AI and Compute product line. Owns product strategy, roadmap, operational transformation, distribution channels, go-to-market programs, digital self-service, e-commerce enablement, and customer adoption. Builds and manages product management and marketing teams while aligning product development, manufacturing, applications engineering, and support operations for scalable, cost-competitive delivery. Establishes performance metrics, manages channel partners, and reports progress to executive leadership.

Leads analog engineering for configurable mixed-signal ASIC development, managing architecture, IP requirements, verification, design quality, and cross-functional product release activities. Oversees technical project execution from concept through commercialization while collaborating with marketing, test, product engineering, qualification, and quality teams. Mentors and develops analog design engineers. The role requires extensive analog and mixed-signal design expertise, precision analog, power management, high-voltage BCD circuitry, AMS simulation, system architecture, and broad IC development knowledge.

Design and validate multiphase power solutions and high-speed boards for CPU, GPU, and ASIC-class systems. Develop evaluation boards, oversee PCB layout, perform signal and power integrity analysis, and validate performance using advanced laboratory equipment. Support pre-silicon emulation, tapeout validation, debugging, and cross-functional design reviews with IC, firmware, architecture, and systems teams.

Improve Renesas content visibility across traditional search, AI answer engines, and onsite search. Responsibilities include SEO and GEO strategy, search performance reporting, onsite search analysis, technical optimization, content recommendations, stakeholder presentations, and partnership with web, product, engineering, analytics, and marketing teams.

Define and lead AI/ML architectures for embedded, edge, cloud-connected, and intelligent sensor solutions. Develop reusable AI frameworks, inference pipelines, deployment methods, and reference implementations. Evaluate machine learning, deep learning, foundation models, and agentic AI while optimizing accuracy, latency, memory, power, and cost. Partner with engineering teams, product groups, research organizations, and strategic customers, provide technical mentorship, shape AI roadmaps, and contribute to technical publications, patents, and ecosystem initiatives.

Defines and drives the solution portfolio strategy for emerging applications and technologies. Analyzes markets, customer needs, competition, and growth opportunities; develops solution roadmaps, business cases, investment proposals, and success metrics. Leads cross-functional governance and solution development from concept through launch, coordinating architects, engineering, product groups, marketing, sales, finance, customers, and partners. Supports commercialization, go-to-market activities, adoption tracking, and executive decision-making.

Provides technical leadership for semiconductor design verification at block and system levels. Defines verification strategies, test plans, coverage goals, and UVM environments; leads constrained-random testing, debugging, coverage closure, and signoff. Partners with RTL and design teams, develops reusable verification components, improves methodologies, and mentors engineers. The role focuses on next-generation DDR6 memory interface products and data buffer silicon.

Supports evaluation, design-in, validation, characterization, and qualification of digital multi-phase DC-DC power converter products. Performs hands-on lab testing, power delivery debugging, PDN and converter simulations, technical documentation, schematic reviews, and PCB layout reviews. Collaborates with internal teams and customers to resolve issues and support deployment of power management solutions for server and infrastructure processor applications.

Implements digital islands within analog chips using ASIC physical design methods including floorplanning, placement, clock tree synthesis, routing, and physical verification. Performs power integrity analysis across multiple voltage domains, optimizing designs for performance, reliability, and manufacturability. Collaborates with analog designers, verification engineers, and global cross-functional teams in mixed-signal environments.

Define next-generation voltage-regulation products by translating customer and system-level power requirements into product specifications, engineering requirements, use cases, and interface documentation. Collaborate with IC design, systems, firmware, validation, marketing, applications, and customer teams to evaluate architectures, technical trade-offs, features, and schedules. Support system analysis, modeling, and evaluation for high-performance CPU, GPU, ASIC, server, datacenter, and cloud platforms.

Leads and scales a global application engineering organization supporting AI and high-performance computing customers. Owns recruiting, talent development, customer technical engagements, reference designs, technical escalations, automation, and feedback into product roadmaps. Requires deep datacenter and server power delivery expertise, executive-level customer communication, cross-functional influence, and substantial experience in power electronics or power management semiconductors.