Top Tech Jobs & Startup Jobs

Designs and validates high-speed optical transceiver and evaluation-board hardware, including schematics, PCB layouts, power and signal integrity, simulations, DFM, bring-up, testing, and troubleshooting. Owns PCBA development from product requirements through EVT/DVT, collaborates with cross-functional engineering and NPI teams, coordinates suppliers, leads design reviews, and supports 100G/200G NRZ and PAM4 optical module designs.

Designs and develops integrated systems combining software, firmware, board, and SoC components. Builds automation tools for data center provisioning, monitoring, telemetry, dashboards, and infrastructure management. Leads system integration, architecture, performance testing, debugging, proof-of-concept experiments, and technical solution delivery. Requires strong Python and Linux expertise, infrastructure-as-code experience, enterprise tooling knowledge, and the ability to influence multiple teams.

Develops and enables Chemical Mechanical Planarization processes for advanced semiconductor manufacturing. Responsibilities include process and equipment development, material selection, parameter optimization, metrology, feasibility studies, technology roadmaps, supplier collaboration, and production-efficiency improvements. The role supports future device architectures and high-volume manufacturing through experimental research, process integration, statistical analysis, and semiconductor characterization.

Design and optimize CPU RTL logic, simulations, and microarchitectural features for Intel processors. Develop power-, performance-, area-, and timing-efficient designs; resolve RTL test failures; document microarchitectural specifications; support physical implementation; and collaborate with architecture, verification, integration, and SoC customer teams. The role also involves clock-domain crossing, power-aware design, timing convergence, and CPU power-management considerations.

Develop and execute supply chain schedules, material forecasts, build plans, capacity requirements, and optimization models. Analyze data to improve inventory, network flow, costs, and operational efficiency. Create supply chain models, bills of materials, reports, and dashboards while collaborating with sales, finance, business units, and manufacturing. Manage supply disruptions and communicate revised priorities and tradeoffs to stakeholders.

Lead cross-functional development and industrialization of silicon photonics and high-speed optical products from concept through high-volume manufacturing. Define product plans, manage technical risks and tradeoffs, drive manufacturing readiness, coordinate fab, assembly, test, quality, and operations teams, and communicate product status and recommendations to leadership. Support wafer planning, qualification, capacity analysis, customer sampling, and assembly/test site certification.

Develops semiconductor process technologies by designing, executing, and analyzing experiments; integrating process steps for complex microprocessors; developing intellectual property; ramping technologies to manufacturing volumes; and transferring processes to manufacturing teams. The role requires hands-on experimental research and collaboration across engineering and manufacturing functions.

Develops platform hardware from system requirements through schematic capture, PCB layout, board bring-up, debugging, validation, and customer delivery. The role defines components and routing rules, evaluates BOM costs and design tradeoffs, ensures hardware-software compatibility, performs electrical and mixed-signal design activities, and leads power-on and system debug efforts. It requires cross-functional collaboration with architects, verification, manufacturing, project management, and technical teams.

Leads CPU pre-silicon verification activities, including RTL test planning, simulation and emulation environments, verification components, coverage plans, debugging, and corrective actions. Guides verification methodologies, tools, quality initiatives, schedules, and deliverables to achieve first-pass silicon success. Partners with architects and logic designers while managing resources, team development, performance, and productivity. Requires extensive technical leadership and experience in CPU architecture and processor verification.

Designs and develops high-speed optical transceiver and evaluation-board hardware from concept through EVT/DVT. Responsibilities include schematic capture, PCB layout guidance, circuit simulation, power and signal integrity analysis, design verification, optical and electrical characterization, documentation, supplier coordination, and troubleshooting. The engineer collaborates with mechanical, optical, photonics, firmware, process, test, and program teams while supporting 100G/200G signaling and advanced 800G to 1.6T transceiver products.