Top Hardware Engineer Jobs

Design and support complex high-speed digital circuit card assemblies and backplanes. Lead integration, test, troubleshooting, and transition-to-production activities. Interface with engineering, quality, operations, customers, and suppliers to drive root-cause resolution. Create and review technical documentation, improve product/test methodologies to increase yield, and mentor junior engineers.

Designs and executes hardware test strategies for wireless power products. Develops test specs, fixtures, and software; performs component-level troubleshooting; validates product and fixture qualification; documents results and reports issues to stakeholders.

Lead electronic hardware design and prototype development across cross-functional teams. Design schematics and PCBs, perform hardware bring-up, validation and pre-compliance testing, advise customers onsite, estimate project scope, and mentor engineers while shaping electronics strategy from concept to launch.

The Lead Hardware Engineer designs and develops hardware, evaluates optical/RF components, coordinates with firmware and manufacturing, and supports customers.

Design and develop digital circuitry for satellites, analyze performance, support testing, and maintain specifications while collaborating with various teams.

Design and develop advanced digital electronics hardware for aerospace applications, ensuring compliance to specifications and collaborating across teams.

Define and execute board- and system-level validation strategies and test plans. Perform hands-on bring-up, functional and electrical characterization, automated test development, debugging, root-cause analysis, and collaborate with ODMs and manufacturing to qualify products for mass production. Document results and present readiness assessments to stakeholders.

Design, validate, and transition high-performance IT hardware solutions for a classified intelligence environment. Lead lab testing, create design artifacts and CONOPS, run AoAs and proofs-of-concept, support VDI optimization, and hand engineered solutions to Operations during fielding and acceptance testing.

Debug and resolve complex hardware/software issues for manufacturing test stations. Lead commissioning and release-to-manufacturing of opto-electrical test stations, improve test uptime, provide documentation and support to contract manufacturers and vendors, coordinate equipment RFQs/RMAs, and use AI tools for data analysis.

Lead design, production release, and continuous improvement of ATE hardware (loadboards, probe cards, sockets, change kits). Manage vendor relationships, review schematics/layout/BOMs, support first-article builds and debug, maintain inventory and coordinate shipments to meet NPI timelines.

Interns work on FPGA and ASIC projects using OCaml and Hardcaml to design, test, and validate RTL. Paired with mentors, you'll build end-to-end hardware designs, use vendor tools (Vivado/Quartus/Genus/Innovus), and apply hardware construction languages in a networking context.

Design, approve, and support ATE/SLT interface hardware for IC final and system-level testing. Lead fixture/hardware solutions from design through manufacturing, perform DOE, drive socket/thermal qualifications, troubleshoot and repair sockets, load boards, and thermal plungers, provide lab support (including weekends), and coordinate cross-functional projects and improvements for product launch and high-volume manufacturing.

Lead physical design for complex SoCs from synthesis through GDS and tape-out. Drive floorplanning, PNR, clock construction, timing closure, physical verification, and IR/EM signoff. Improve tools and flows, optimize PPA, and collaborate with RTL, DFT, architecture, and R&D teams to meet foundry specifications.

Design and develop system-level test PCBs for Broadcom ICs: perform schematic capture with Allegro, create and manage PCB libraries, collaborate with firmware, layout, SI, mechanical teams, oversee fabrication and assembly vendors, test and debug manufactured PCBs, manage inventory and ECOs, and ensure manufacturability, thermal and PDN considerations.

Lead complex hardware designs for high‑performance networking platforms across the full lifecycle: component selection, schematic capture, board architecture, bring‑up, debug, validation, and system‑level analysis. Drive high‑speed digital and power integrity decisions, perform root‑cause analysis and empirical testing, mentor junior engineers, and collaborate with cross‑functional teams to deliver production‑ready designs.

The Senior Digital Hardware Engineer designs and develops digital hardware systems for avionics and radio test equipment, utilizing EDA tools and high-speed buses.

Provide hardware engineering support for SIGINT solutions: analyze and design hardware systems, perform procurement and acceptance testing, deploy and maintain equipment CONUS/OCONUS, conduct site surveys, prepare technical design packages and as-built drawings, train site personnel, and produce installation and test reports.

As a Hardware Engineer, design and build a neural network accelerator, focusing on RTL design, verification, and collaboration with team members for functional correctness and performance.

The Hardware Engineer will analyze, design, and develop analog and digital circuits, manage hardware projects, and prepare documentation for SEL's products supporting power systems.

The Hardware Engineer designs and develops custom hardware solutions for autonomous vehicles, oversees vendor operations, and ensures compliance with industry standards.

The Hardware Engineer will design, prototype, and document electronic components, work with QA, and support sales with technical assistance, focusing on life safety solutions.

Design, validate, and ship production hardware platforms for edge AI systems. Lead silicon and component selection, system integration, security (secure boot, roots of trust), validation, certification, procurement, and supplier management to optimize reliability, performance, manufacturability, and total cost across fleet deployments.

The Hardware Integration Engineer will lead technical integration for autonomous vehicles, including design, prototyping, and troubleshooting of systems and components while collaborating with engineering teams.

Design and implement board-level manufacturing test hardware and fixtures, define ICT/functional/test/programming/calibration strategies, deploy and sustain test solutions with contract manufacturers, analyze yield and failure trends, and drive DFT and continuous improvements across prototype to high-volume production.

Responsible for designing and verifying complex digital circuits, mentoring junior engineers, collaborating with other disciplines, and providing technical guidance.