Top Hardware Engineer Jobs

Lead and conduct post-silicon validation for AI compute blades and racks, ensuring performance meets product standards while collaborating with multiple teams and mentoring engineers.

Designs, tests, debugs, brings up, and manufactures custom high-speed, high-density hardware, primarily PCBs. Responsibilities include schematic capture, PCB layout, signal and power integrity simulation, initial hardware bring-up code, interface validation, test planning, requirements development, performance research, vendor management, and ownership from concept through production. Collaborates with trading, research, software, mechanical, and infrastructure engineering teams.

Designs and develops analog and digital circuits for Navy shipboard electric power systems. The role includes creating hardware and system specifications, developing and executing test plans, evaluating results, maintaining technical documentation, managing moderate-complexity hardware projects, coordinating with purchasing and manufacturing, and mentoring associate engineers and technicians.

Designs and brings up high-speed digital circuit boards featuring DDR, FPGAs, and networking interfaces. Performs schematic capture, EMC mitigation and testing, signal integrity simulation, laboratory testing, board debugging, root-cause analysis, and verification reporting. Uses FPGA design tools and technologies including Verilog, VHDL, SystemVerilog, Vitis, Vivado, Quartus, Xilinx devices, and Altera devices. Supports test case development and execution while applying verification methodologies relevant to the space industry.

Supports hardware engineering for Patriot Launcher and GEM-T Missile programs within the Lower Tier Interceptor product office. Responsibilities include reviewing requirements, qualification test plans, engineering change documentation, and technical data packages; participating in systems engineering reviews, IPT meetings, and technical interchange meetings; and developing courses of action for emerging requirements and obsolescence mitigation. The role requires hardware integration expertise, engineering design review experience, an active security clearance, and travel up to 25%.

Designs, tests, simulates, verifies, and documents ASIC and FPGA hardware for signal-processing applications. Develops firmware and supports physical implementation using place-and-route tools and design libraries. Responsibilities include design analysis, security verification testing, hardware de-processing, tool and library integration, security evaluation documentation, VHDL review, full-scan testing, and security code evaluation. Level 4 engineers provide technical leadership and oversee other hardware design engineers.

Designs, debugs, verifies, and documents electrical hardware for wearable medical devices. Responsibilities include schematic and PCB development, BOM creation, RF and antenna design, power management, manufacturing transfer, testing, certification, electrical safety, EMC compliance, RoHS compliance, and hardware improvement projects. The role collaborates with contract manufacturers, certification laboratories, and internal engineering and manufacturing teams.

Leads electrical hardware design for mission-critical defense systems from requirements and schematics through prototyping, factory testing, and production. Collaborates with architects, mechanical and software engineers, PCB layout specialists, and supply chain partners to deliver reliable, manufacturable products. Oversees status reporting, coordinates materials and testing, and mentors junior engineers while ensuring performance, compliance, and adherence to demanding defense requirements.

Design and architect hardware systems, perform trade-off analysis, develop and verify RTL, integrate and verify memory controllers and PHYs, and support customer deliveries. The role requires ASIC or FPGA design expertise, scripting and simulation experience, and collaboration with engineering and customer teams. Preferred experience includes synthesis, timing constraints, CDC/RDC, memory technologies, and AMBA protocols.

Leads hardware scope for space systems RF electronics programs, owning cost, schedule, technical content, CAM, and Earned Value reporting. Oversees technical execution across engineering disciplines, resolves hardware issues, supports integration, participates in design and peer reviews, manages risks and technical performance, and provides technical leadership without direct people management. The role requires expertise in hardware engineering processes and may involve space, RF, C4ISR, and payload technologies.

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.

Design and develop high-performance FPGA-based hardware and embedded systems for aerospace and defense applications. Responsibilities include system architecture, schematic and PCB development, component selection, signal and power integrity analysis, FPGA verification, hardware bring-up, testing, troubleshooting, documentation, and regulatory compliance. The role collaborates across engineering, manufacturing, project management, product management, and customers while providing technical leadership and mentoring junior engineers.

Leads board hardware design projects from requirements through schematic creation, simulation, layout coordination, validation, bring-up, debugging, and engineering changes. Collaborates with architects, product managers, mechanical and physical design engineers, signal integrity teams, firmware, validation, customers, and contractors. Designs high-speed PCBs and DC/DC regulator circuits, manages components and bills of materials, writes functional specifications and test plans, and supports multiple concurrent assignments.

Provides technical leadership for the architecture, design, validation, and production support of coherent optical transceivers and optical transport systems. Designs high-speed circuit boards, leads signal and power integrity analysis, evaluates optical components, develops validation strategies, and supports product qualification and manufacturing transfer. Collaborates with cross-functional engineering, manufacturing, suppliers, and customers while mentoring engineers and resolving complex technical issues.

Designs, tests, troubleshoots, and verifies electronic hardware for safety controllers and I/O products. Responsibilities include microprocessor, memory, FPGA, Ethernet, USB, analog, digital, power, and I/O circuit development; PCB design; prototype builds; signal integrity measurements; EMC/EMI certification; environmental testing; design documentation; and functional safety development under IEC 61508. The role also supports performance, cost, manufacturability, quality, and test-efficiency improvements.

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 hardware architecture, design, integration, testing, and fielding of rugged tactical networking and computing systems using COTS networking and wireless technologies. Define system requirements for SWaP, thermal, and environmental constraints; develop schematics and PCB designs; perform bring-up, debug, and system-level testing; collaborate with cross-functional teams; conduct design reviews and risk assessments; mentor hardware engineers; and support production transitions and DFM with contract manufacturers.

The Hardware Development Engineer is responsible for developing and manufacturing propulsion hardware, collaborating with design teams, and ensuring manufacturability and reliability of engine systems.

Designs and implements hardware testing methods and equipment, troubleshoots RF and digital hardware, analyzes test data, improves manufacturing and testing processes, supports yield targets, trains technicians, and collaborates with engineering, manufacturing, and program teams on root-cause and corrective actions.

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.

The Hardware Engineer I will assist in the hardware design process, collaborate on requirements, and support development of complex hardware systems including schematic capture and PCB layout.