Top Tech Jobs & Startup Jobs

Leads the design, development, layout, bring-up, debugging, and testing of complex high-speed networking boards and platforms. Owns schematic capture, PCB design, architecture, signal and power integrity, thermal considerations, manufacturing coordination, and technical risk mitigation. Leads hardware engineers and technicians, collaborates with cross-functional teams, vendors, ODMs, and customers, and supports lab-based troubleshooting using advanced test equipment.

Lead the architecture, design, layout, fabrication, bring-up, testing, and debug of complex high-speed boards and networking platforms. Own schematic capture, PCB layout, power and signal integrity, thermal and reliability considerations, vendor coordination, and design risk mitigation. Lead hardware engineers and technicians while collaborating with circuit, packaging, software, validation, marketing, customers, PCB vendors, ODMs, and manufacturers to deliver quality platforms on schedule.

Leads signal integrity definition, simulation, verification, and lab validation for high-speed board, switch, package, and optical platforms. Develops interconnect specifications, routing guidelines, SI/PI methodologies, and mitigation strategies. Performs EM and power integrity analysis, correlates simulations with measurements, supports customer board designs, collaborates across engineering teams, and mentors junior engineers. Requires expertise in transmission lines, high-speed interfaces, packages, connectors, and laboratory measurement equipment.

Designs low-level diagnostic software and automated test frameworks for network switch hardware, ASICs, SerDes, memory, PCIe, and platform management systems. Leads board bring-up, hardware and software debugging, lab validation, manufacturing test integration, and failure analysis. Partners with hardware, silicon, firmware, and network OS teams to improve testability and production readiness while mentoring engineers and managing external manufacturing partners.

Lead end-to-end power integrity analysis for semiconductor board, switch, and optics platforms. Design and model power delivery networks, power planes, decoupling strategies, VRM behavior, and package or PCB systems. Perform EM simulations, VNA and TDR lab measurements, and simulation-to-measurement correlation. Define PI methodologies and specifications, support customer design reviews, identify mitigation strategies, and mentor junior engineers across cross-functional engineering teams.

Designs and maintains embedded firmware, boot software, device drivers, platform management controllers, telemetry, and secure update systems for networking hardware. Supports hardware bring-up, low-level debugging, optical and host interface connectivity, firmware testing, manufacturing integration, and cross-functional platform development. Requires expertise in embedded C/C++, scripting, hardware interfaces, operating systems, and automated firmware infrastructure.

Lead development, optimization, integration, and validation of photonics system platforms spanning boards, switches, modules, and rack-scale solutions. Debug optical, analog, and signal-processing issues; characterize photonic components and modules using laboratory equipment; develop automated test scripts; and guide cross-functional teams on optical requirements, design tradeoffs, risks, and issue resolution. The role supports silicon photonics, DSP chipset, co-packaged optics, and on-board optics development while collaborating with internal teams, partners, and customers.

Designs low-level diagnostic software, test suites, APIs, and automated frameworks for networking ASICs and switch hardware. Develops validation plans for SerDes, memory, PCIe, power, and thermal systems; supports board bring-up, hardware debugging, manufacturing test integration, and root-cause analysis. Partners with hardware, ASIC, firmware, and network OS teams to improve testability and production readiness, manages external manufacturing relationships, and mentors junior engineers.

Leads and builds Marvell’s West Coast Test Solutions Engineering team, overseeing hiring, development, and technical execution. Owns semiconductor test strategy, ATE-based production test development, NPI, silicon bring-up, characterization, manufacturing readiness, reliability, yield improvement, and root-cause analysis. Partners with design, DFT, product, manufacturing, quality, and global engineering teams while serving as a technical interface for hyperscale customers.

Architect next-generation switch ASICs for AI fabric and data center applications. Define features, protocols, forwarding, QoS, datapath, and traffic-management capabilities; collaborate across architecture, implementation, and verification teams; and develop detailed behavioral and performance models. The role requires extensive ASIC architecture, design, and verification experience, strong networking knowledge, and proficiency in C/C++ and Python.