Top Tech Jobs & Startup Jobs

Leads semiconductor process and device technology strategy, working with foundries to evaluate, qualify, and support BCD, high-voltage, analog, and mixed-signal technologies. Supports design teams with process options, layout, DRC, SPICE modeling, reliability, and tapeout activities. Develops process documentation, PDK inputs, test structures, and experiments; resolves yield and manufacturing issues; and mentors engineers while shaping technology roadmaps.

Lead and scale the semiconductor Module Product Engineering organization from new product introduction through high-volume production. Oversee workforce planning, engineering standards, manufacturability, yield optimization, qualification, quality escalations, and production readiness for advanced AI power modules. Partner with Design, Test, Quality, Manufacturing, Supply Chain, Product Management, OSAT partners, and executives to deliver reliable, cost-effective products at scale.

Leads complex semiconductor new product introduction programs from concept through market launch. Coordinates global cross-functional teams across engineering, manufacturing, supply chain, quality, procurement, and operations; manages schedules, budgets, risks, gate reviews, capacity expansion, qualification, ramp readiness, and stakeholder communications. Ensures disciplined execution, process standardization, product quality, cost efficiency, and timely release of power semiconductor products.

Owns enterprise strategic accounts and drives revenue growth through new business, renewals, upsells, and expansions. Responsibilities include executive engagement, complex deal negotiation, quota attainment, pipeline and Salesforce forecast management, customer retention, onboarding alignment, and account planning. The role also serves as an executive sponsor, contributes to sales strategy and enablement, collaborates cross-functionally, and mentors enterprise sales team members.

Leads global product marketing and business development for Renesas’ high-voltage GaN power portfolio. Responsibilities include guiding a global engineering marketing team, shaping product roadmaps, developing pricing and revenue forecasts, creating sales collateral, training channel partners, building customer pipelines, securing design wins, and driving revenue across consumer, industrial, automotive, AI infrastructure, telecom, and IoT markets.

Design, simulate, verify, and optimize transistor-level analog and mixed-signal integrated circuits for automotive, industrial, and power management applications. Develop precision references, amplifiers, regulators, oscillators, timing circuits, and related analog blocks. Support layout, silicon validation, product qualification, characterization, and reliability testing while collaborating with global engineering teams.

Develop digital power management solutions for data center applications. Responsibilities include defining product requirements, validating FPGA-based designs, supporting customer visits and technical marketing, analyzing competitive solutions, guiding validation plans, developing intellectual property, coordinating with ASIC suppliers, and providing technical training. The role requires deep expertise in multiphase voltage regulation, firmware-enabled power products, mixed-signal ICs, control systems, and automated laboratory testing.

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.

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.