Jobs at Renesas Electronics

Lead product marketing for a low-density FPGA portfolio: set strategy, align roadmap, execute product launches and go-to-market plans, conduct market/competitive analysis, craft positioning and sales enablement, collaborate cross-functionally, monitor KPIs, and drive revenue growth.

Lead product and system definition for high-performance power solutions. Translate customer system requirements into design requirements, define system APIs and product collateral, quantify tradeoffs with marketing and design, and collaborate across IC design, systems, validation, and customers to drive VR architecture and market adoption.

Develop and verify mixed-signal models and SystemVerilog/Verilog testbenches for digital multiphase voltage regulators. Model and simulate regulator behavior across scenarios, verify PWM, phase management, current sensing, telemetry, protections, and control-loop interactions. Debug mixed-signal/RTL/firmware interactions, build assertions/checkers/coverage or UVM flows, and collaborate with analog, digital, firmware, validation, and architecture teams.

Lead applications engineering for digitally enabled multiphase VR power-management ICs. Support product definition, FPGA prototyping, customer technical engagements, lab validation and automation, cross-functional design tradeoffs, and commercialization activities to drive product and IP success.

Provide deep technical leadership for digital power management ICs: translate market needs into product requirements, support customer engagements and technical marketing, prototype via FPGA, guide validation and lab testing, collaborate across design and suppliers, and develop IP and training to drive commercial adoption.

Lead technical IP lifecycle for SoC projects: translate architecture into IP specs and roadmaps, define IP development processes, manage third-party IP vendors, synchronize internal IP teams, enforce technical governance (PPA, LINT/CDC/DFT), and lead matrixed global teams to deliver silicon-ready IP.

Lead device development and process technology across internal fabs and external foundries. Define and execute process roadmaps, optimize device structures with TCAD, manage ESD solutions, resolve tape-out and ramp blockers, drive wafer cost and ROI assessments, and coordinate cross-functional execution with stakeholders and manufacturing to meet technology KPIs.

Entry-level electrical engineer supporting evaluation, validation, and design-in of high-performance DC-DC power converters. Perform lab characterization, PDN and converter simulations, schematic/PCB reviews, and prepare technical documentation and application notes to support customers.

Lead end-to-end delivery of derivative SoCs by integrating RTL design, verification, and physical implementation with AI-augmented flows. Build ML predictors for physical-aware RTL, automate derivative generation and verification, and accelerate physical closure by reusing placement/routing solutions.

Lead architecture, design, simulation, verification and layout of CMOS analog blocks (Rx, Tx, PLL, bandgap, high-speed mixed-signal) for custom ASICs. Mentor junior engineers, collaborate with digital/systems teams, ensure signal integrity, reliability (EM/IR/aging), and low-power performance, and produce thorough documentation and validation.

Support AI/cloud power management by validating digital multiphase controllers and Smart Power Stages in the lab, model converters with SIMPLIS/MATLAB, develop EVBs and thermal/layout designs, automate lab testing, and produce datasheets, performance reports, and application notes.

Architect and define high-bandwidth, automotive-grade Ethernet routing engines and PCIe subsystems (Gen5/6, SR-IOV) for zonal/central compute. Ensure TSN support, ASIL-B/D functional safety, NoC/CHI integration, hardware security (SecOC), and robust clock/reset/power management for AD and cockpit systems.

Design, develop, test, and maintain customer-facing software bridging hardware, firmware, and applications. Gather cross-functional requirements, implement solutions using Java/Kotlin/Python/TypeScript/React, troubleshoot system failures, participate in code reviews, and apply DevOps and testing best practices.

Lead cross-functional capacity expansion and cost-reduction programs across product design, manufacturing, supply chain, and operations. Identify BOM, packaging, test, yield, and sourcing opportunities; drive PCN decisions, dual sourcing, and EOL activities. Coordinate stakeholders, track savings versus targets, manage risks, facilitate executive reporting, and ensure execution across engineering, procurement, quality, finance, and suppliers.

The Principal Digital Verification Engineer is responsible for verifying DDR5 Data Buffers, developing verification plans, creating reusable test environments, and leading a team in memory interface product verification for optimal performance and quality.

Lead end-to-end product engineering for advanced power modules from NPI through high-volume production. Ensure manufacturability, enforce assembly standards, drive yield and cost improvements, resolve assembly and production defects, manage qualifications and change control, and support customer technical engagements.

Own end-to-end product engineering for advanced semiconductor power modules from NPI through high-volume production. Ensure manufacturability, enforce assembly standards, lead yield analysis, root-cause investigations, qualification, and change management. Drive cross-functional alignment across Design, Test, Quality, and Manufacturing, support customer escalations, and optimize cost, yield, and cycle time at scale.

Lead NPI and product definition for next-generation multi-phase AI power modules. Coordinate cross-functional teams, manage engineering samples and prototypes, ensure NPI governance and readiness, collaborate with manufacturing partners, and present product updates to senior stakeholders.

As a Senior Applications Engineer, you will support power management solutions through design-in activities, circuit simulation, technical documentation, and customer training, showcasing expertise in DC-DC converters and power ICs.

Lead development of AI-enabled automated workflows and tooling to accelerate validation, tuning, debugging, and performance optimization of Renesas power delivery solutions across HW/FW/SW teams.