Top Senior Hardware Engineer Jobs

Design, validate, debug, and sustain production-scale AI-powered sports cameras. Lead PCB bring-up, system testing, environmental and accelerated life testing, firmware-log analysis, failure analysis, root-cause investigations, reliability improvements, and design validation documentation. Collaborate across hardware, firmware, mechanical, and supply-chain functions while supporting production and field-deployed products.

The Principal Hardware Engineer will focus on improving robotics reliability, electrical integrity during production, and collaborating with an international engineering team to enhance designs for real-world usage.

Lead design and validation of high-frequency analog and mixed-signal hardware for test and measurement products. Define architectures, design and simulate circuits, guide PCB layout, develop validation strategies, own designs through production, mentor engineers, collaborate cross-functionally, and support supplier and factory activities.

Lead emulation-based SoC verification: bring up SoCs on emulators, root-cause test and environment failures, collaborate with cross-functional teams, debug with emulation vendors, and maintain accelerated UVM testbenches using SystemVerilog, Verilog/VHDL and C/C++ DPI transactors.

Own hardware architecture, schematic design, validation, debugging, and production support for processor-based wireless products, including 5G hotspots and fixed wireless access devices. Design digital and mixed-signal subsystems, power and connectivity interfaces, and support PCB reviews, compliance, manufacturing, certification, and sustaining activities. Collaborate across engineering and supplier teams, lead complex development projects, troubleshoot hardware issues, and mentor junior engineers.

The Hardware Engineer will evaluate silicon technology for IP and product designs, focusing on technology assessment, design enablement, and collaboration with foundry and design teams. Responsibilities include test structure layout, simulation, silicon characterization, and ensuring design quality across multiple projects.

Pipeline hiring for hardware engineers at all experience levels. Work includes circuit board design, schematic capture, component selection and prototype bring-up, hardware debug/testing and failure analysis, integration with firmware/software teams, and design for manufacturability with production handoff.

Lead hardware design and development of complex DoD embedded systems including 3U/6U VPX SBCs, FPGA, switch, and I/O cards. Provide technical leadership across architecture, testing, qualification, production support, documentation, and mentoring to deliver high-reliability hardware solutions.

Design and develop digital hardware systems for avionics and radio test equipment, including high-speed buses and embedded processors.

Design, implement, verify, debug, and deploy FPGA IP modules for Arria X and Cyclone V platforms. Develop Python and Bash automation frameworks, collaborate on FPGA-to-software APIs and hardware/software integration, create technical documentation, and evaluate tools and methodologies. Requires hands-on FPGA development, HDL proficiency, Intel/Altera toolchain experience, digital signal processing knowledge, scripting skills, and a relevant engineering degree or equivalent experience.

Develops, modifies, installs, tests, documents, and supports hardware for military training and simulation devices. Responsibilities include hardware design, diagnostics, equipment configuration, technical specifications, drawings, stress and performance testing, inventory and license compliance, and test-group support. The role requires collaboration with engineering and testing teams, occasional deployment travel, technical presentations, and compliance with government security and data-protection requirements.

Provides technical enablement and onsite/offsite support for NVIDIA enterprise datacenter hardware. Collaborates with OEM customers through design, validation, production, bring-up, and debugging; reviews server architecture, thermal, mechanical, electrical, schematic, layout, and signal-integrity designs; resolves hardware, firmware, software, PCIe, GPU interconnect, and management issues; develops design guides and technical collateral; and tracks and reproduces bugs.

Leads acoustic and electroacoustic hardware development for rugged wearable audio products from concept through production. Responsibilities include system architecture, microphone and speaker selection, acoustic simulation, prototyping, measurement, validation, DSP collaboration, supplier engagement, and production readiness. The role focuses on speech intelligibility, noise cancellation, durability, PPE integration, comfort, regulatory compliance, and reliable performance across extreme temperatures, humidity, dust, vibration, ESD, RF, and high-noise industrial environments.

The role involves enhancing hardware performance, working on prototypes, analyzing data from engineering experiments, and communicating results to customers.

Leads hardware design, development, validation, and sustaining engineering for regulated medical devices. Responsibilities include analog, digital, mixed-signal, PCB, power, MCU, FPGA, and sensor interface design; risk management; CAPA and change control; compliance testing; manufacturing transfer; supplier changes; obsolescence mitigation; and collaboration with cross-functional engineering, quality, regulatory, and manufacturing teams.

Lead the analog and mixed-signal hardware architecture for next-generation LiDAR modules. Own signal and power integrity, EMI/EMC, design trade-offs, validation, manufacturability, supplier strategy, and high-volume product delivery. Provide technical direction and mentorship to hardware engineers while collaborating with systems, mechanical, firmware, customers, partners, and suppliers. The role requires deep expertise in low-noise analog, high-speed digital design, PCB development, simulation, measurement, and ASIC/FPGA integration.

Provide strategic technical leadership for board-level hardware design across defense and aerospace programs. Architect high-speed digital boards (400G+ Ethernet, PCIe Gen5+, DDR5+), drive design-for-manufacturing/test, lead proposals and BOE, mentor engineers, and champion signal integrity, EMI, and reliability practices for ruggedized mission-critical systems.

Lead design and development of ruggedized board-level hardware for defense/aerospace systems. Architect high-speed digital boards (FPGAs, secure processing, PCIe, DDR5, 400G Ethernet), establish design standards, ensure manufacturability and verification, support proposals, and mentor engineering teams through production.

Design and develop next-gen HMI hardware: define architecture for SoC-based modules, create schematics and PCB layouts, perform SI/PI/thermal analysis, design and calibrate sensor boards, run bring-up and lab/field/EDVT testing, support global certification (FCC/IC/CE), and coordinate fabrication, assembly, and integration.

Lead hardware development for next-generation enterprise storage: architect systems, design PCBs, validate and automate hardware tests, perform failure analysis with oscilloscopes and bus analyzers, and ensure power, SI, and thermal integrity for high-speed interfaces.

Lead hardware development of complex DoD embedded systems including 3U/6U VPX SBCs, FPGA, switch, and I/O cards. Provide technical leadership from architecture through testing, qualification, and production; drive design trade-offs, mentor engineers, establish best practices, and support manufacturing and qualification activities.

The Sr. Power Electronics Hardware Engineer designs and develops SiC-based propulsion electronics for UAV and hybrid-electric aircraft, ensuring hardware meets aerospace standards and performance requirements.

The Computer Hardware Engineer II manages installation, maintenance, and troubleshooting of hardware and electronic systems for DoD operations, ensuring compliance and system reliability.

Provides technical engineering support to notebook customers, including feature development, design reviews, documentation, hardware installation, testing, debugging, bring-up, issue reproduction, and cross-functional problem resolution. Reviews schematics, PCBs, and power delivery networks while supporting notebook development and production. Requires strong notebook circuit-design expertise, signal measurement skills, system architecture knowledge, and customer communication abilities.

Debug production networking hardware issues, perform root-cause analysis, and develop corrective solutions. Responsibilities include analyzing CPU/ASIC, power, signal integrity, clocking, PCIe, optics, and component issues; supporting field escalations; writing diagnostic scripts; conducting lab measurements; modifying firmware, schematics, BOMs, and fabrication designs; identifying test escapes; and presenting findings to executives and customers.