Top Hardware Engineer Jobs

The Principal Engineer, Controls Hardware will design, develop, and test gas turbine engine control systems, integrating hardware requirements and collaborating with cross-functional teams.

The Senior Hardware Engineer designs and develops electrical hardware, leads projects from concept to manufacturing, and collaborates with cross-functional teams to ensure production readiness and reliability.

The role involves the entire hardware design process for high-speed Ethernet switches, including component selection, schematic capture, and system debug. Candidates will mentor others, work with cross-functional teams, and ensure manufacturability.

Responsible for ensuring hardware reliability by conducting root cause analysis, troubleshooting RF systems, and improving satellite product quality.

Lead mixed-signal PWB hardware design (analog, digital, power) and FPGA/microcontroller logic. Define hardware architecture, improve designs, support test/validation, production, and sustainment. Collaborate cross-functionally, mentor junior engineers, ensure regulatory/EMC compliance, and deliver complete technical documentation for ruggedized, high-speed systems.

Design and develop complex SBC, FPGA, switch, and I/O boards in 3U/6U VPX and custom form factors. Translate system requirements into hardware designs, perform analysis, verification, troubleshooting, support production, document designs, and mentor junior engineers in a schedule-driven DoD embedded systems environment.

Own advanced hardware diagnostics and end-to-end RMA lifecycle for enterprise servers in a production data center. Troubleshoot firmware, BIOS, BMC/IPMI, GPUs, storage and power components; perform root cause analysis, validate failed parts, coordinate OEM warranty replacements, and develop diagnostic playbooks to improve fleet reliability and reduce MTTR.

Design and implement micro-architecture and RTL for low-power DSPs and hardware accelerators, optimize hardware/software interfaces, model and profile energy/performance trade-offs, collaborate on silicon bring-up and verification, and develop emulation models and test environments.

Responsible for defining qualification strategies for AI compute platforms, ensuring hardware reliability through testing, failure analysis, and collaboration across teams.

The Principal Engineer, Hardware will lead design, integration, and manufacturing of autonomous vehicle systems, ensuring reliability and compliance with safety standards across mechanical and electrical disciplines.

Design and validate wireless connectivity hardware for power tools: develop schematics and PCBs, build and test prototypes, perform board bring-up and failure analysis, collaborate cross-functionally, and maintain technical documentation through product development and manufacturing.

The Staff Engineer for Lab Operations will oversee all aspects of the Santa Clara hardware lab, including equipment management, vendor relationships, lab organization, and logistics for customer demos and tradeshows.

Lead end-to-end design, development, validation, and troubleshooting of complex multi-layer PCB circuit packs. Perform schematic capture, signal integrity assessment, component selection, PCB layout guidance, lab validation, fabrication coordination, documentation for TL9000 compliance, and mentor junior engineers.

Leads reliability testing and validation for automotive power and compute hardware used in autonomous vehicles. Develops stress, environmental, and failure-analysis protocols; analyzes failures, identifies root causes, and drives corrective actions. Collaborates with electrical, firmware, mechanical, software, manufacturing, and supplier teams to improve hardware reliability and meet automotive standards. Produces reports for stakeholder decisions and mentors reliability engineers.

Lead reliability assessments and test campaigns for automotive sensor systems, including lidar, cameras, radar, and IMUs. Own failure analysis, corrective actions, DFMEA sessions, predictive reliability modeling, and risk mitigation across varied climates and road conditions. Collaborate with hardware, systems, safety, software, field operations, and manufacturing teams to improve mass-produced optomechanical assemblies and integrate reliability findings into product and production processes.

Lead advanced hardware diagnostics and RMA lifecycle management for enterprise servers in production data centers. Perform firmware/BMC/BIOS troubleshooting, root cause analysis, vendor warranty coordination, validate replacements, develop diagnostic playbooks, and drive reliability improvements across the fleet.

The Emulation Engineer will oversee SoC bring-up and debugging, develop automated flows for pre-silicon validation, implement hybrid emulation environments, and create chip-to-chip network models, collaborating with various teams.

Designs, tests, and analyzes Starlink gateway antenna electronics and payload hardware. Responsibilities include developing environmental, RF, mechanical, and electrical test solutions; performing failure analysis and root-cause investigations; designing custom PCBAs and test fixtures; conducting bench and environmental testing; supporting qualification, production, and network deployment; and building tools to analyze field and laboratory data. Collaboration spans electrical, mechanical, thermal, software, antenna, supply chain, and silicon engineering teams.

As a Liquids Hardware Design Engineer, you'll design, analyze, and test fluids and propulsion systems for lunar landers, collaborating with suppliers and working on component requirements and engineering drawings.

Provides technical leadership for RF and digital hardware sustainment supporting F-35 systems. Defines test strategies, investigates complex hardware issues, analyzes performance data, improves test methods and equipment, drives product yield improvements, and coordinates hardware/software integration. The role mentors engineers and technicians, leads cross-functional corrective actions, supports depot and field maintenance, and aligns sustainment priorities with program objectives.

Provides technical leadership and customer support for Marvell switching, PHY, and processor SoC products. Architects hardware solutions, investigates and reproduces hardware and software issues, performs schematic reviews, debugs boot sequencing and customer-reported problems, and supports Linux BSPs, U-Boot, device drivers, and board designs. Serves as a liaison among customers, Avnet field applications engineers, and Marvell engineering teams, while delivering training and occasional customer-site support.

Owns electrical hardware development for automotive display and infotainment systems, including schematic capture, multilayer PCB layout, signal and power integrity, EMC/ESD design, component library governance, automotive-grade part qualification, BOM and PLM integration, mechanical coordination, prototype bring-up, validation, documentation, and formal hardware release.

Debug and root-cause production hardware issues across CPU/ASIC, power, SI, clocking, PCIe, optics and components. Perform lab measurements, collaborate with software, manufacturing, and component teams, write debug scripts, implement fixes in firmware/schematics/BOM/fab, identify test escapes, and present RCA to executives and customers.

Design and develop hardware for onboard operational technology, including schematic design, PCB layout, and testing to military standards. Collaborate with teams to analyze and improve designs, ensuring specifications and safety factors are met.

Drive embedded computing hardware products from concept through production. Responsibilities include system design, hardware specification, schematic capture using OrCAD, coordination with layout and mechanical engineers, system bring-up, laboratory validation, debugging, test planning, procurement, and cross-functional technical collaboration. The role requires board design expertise, knowledge of low- and high-speed interfaces, power conversion, server subsystems, lab equipment, and engineering validation.