Top Senior Hardware Engineer Jobs

Design and own an automated hardware test rig integrated with CI/CD to build, flash, run, and report tests for a wearable AI device. Implement connectivity and throughput stress tests, long-duration audio and battery/thermal characterization, API-level tests, dashboards with regression flags, diagnostic tooling, and automation-driven bug triage. Establish nightly and weekly runs and partner with firmware to define automated vs. manual coverage.

The role involves managing hardware product quality issues, leading root cause analysis, driving corrective actions, and collaborating with various teams to improve product quality and reliability.

Lead hardware architecture and detailed design across land, maritime, and enterprise variants. Perform systems engineering lifecycle tasks, plan and execute formal reviews and hardware test events, own fabrication/assembly documentation and configuration control, and manage hardware verification, qualification, risks, and field support operations.

Seeking a Staff Hardware Test Engineer to lead design verification testing for humanoid robot subsystems. Responsibilities include developing test strategies, executing tests, and mentoring junior engineers.

The Hardware Applications Engineer will lead customer design, system integration, PCB reviews, and training, ensuring optimal audio product performance and adoption.

Design, develop, test, integrate, and sustain hardware systems and components for FAA programs. Troubleshoot hardware issues, execute validation test plans, support configuration management, ensure standards compliance, produce technical documentation, and collaborate with cross-functional teams for deployment and lifecycle support.

Develop and maintain HWIL simulation environments, integrating elements to predict warfare system performance, ensuring realistic results and documentation.

Lead hardware development, integration, validation, and productization for Azure/GitHub edge systems. Own engineering deliverables, collaborate with ODMs and internal teams, drive testing, firmware integration, BOM/change control, and support root-cause analysis and corrective actions through product lifecycle.

Lead hardware board design from architecture through bring-up, validation, qualification and production readiness. Drive design specification, schematic capture, and test coordination. Collaborate with software, diagnostics, manufacturing, and test teams to resolve issues and ensure product readiness.

Lead hardware test and reliability efforts for autonomous drones: define and execute validation strategies from prototype to production, perform failure analysis, drive corrective actions, contribute design-for-reliability, and use telemetry and data (Python/SQL/AI) to develop prognostics and reliability specs.

The Hardware Reliability Engineer will oversee reliability testing for Skip's wearable devices, manage FMEA, perform environmental stress testing, and lead root cause analyses to ensure product performance in real-world conditions.

Hands-on senior hardware design engineer responsible for schematic capture and PCB layout in Altium, high-speed SI/PI simulation, prototype bring-up, debugging, verification, and production release of mixed-signal and high-speed digital video/ networking/fiber products. Lead design reviews, mentor junior staff, coordinate cross-functional teams, and support compliance and reliability testing for mission-critical and medical-grade products.

Drive end-to-end system development for electronic systems, focusing on hardware design, system integration, debugging, and collaborating with teams. Lead chipset bring-up and optimize design for manufacturing.

Lead cross-functional hardware development from concept through production: define system architectures, allocate functionality across mechanical/electrical/RF/software/test, drive trade studies, manage interfaces, mitigate technical risks, run technical reviews, and collaborate with manufacturing and suppliers to deliver reliable defense hardware in operational environments.

Design and develop system power hardware for next-generation networking platforms, from component selection and schematic design through board bring-up, debugging, validation, testing, margin analysis, and root-cause analysis. Collaborate with cross-functional teams to ensure robust, manufacturable, high-performance power delivery.

Design and develop hardware from concept through production, perform schematic entry and PCB layout in Altium, prototype and test circuits, debug and validate electronics, collaborate with firmware, mechanical, and sourcing teams, work with suppliers, manage project schedules, perform peer reviews, and mentor other engineers.

Lead hardware integration and test activities: develop test strategies and procedures, design test fixtures, execute system-level tests, investigate failures, debug CCAs, collaborate with hardware/software/manufacturing teams, and improve test infrastructure for performance, reliability, and production readiness.

As a Sr. Hardware Development Engineer, you'll design, build, and test electronics for ground stations, performing failure analysis and collaborating with multi-disciplinary teams.

Serve as Cisco's domain authority for memory technologies: select, validate, and qualify DRAM/advanced memory for products. Collaborate with design, manufacturing, quality, and vendors to improve memory RAS, lead failure analysis and corrective actions, and influence vendor roadmaps and component choices for next-generation platforms.

Lead system- and board-level design for hyperscaler switches: define specs, create schematics/PCB, FPGA/ASIC design and bring-up, debug high-speed interfaces, coordinate across ASIC, SI, software, diagnostics, manufacturing, and supplier teams to resolve design issues.

Lead end-to-end hardware design for high-speed Ethernet switches: author specs, select components, capture schematics, collaborate on PCB layout and SI/PI simulations, specify stackups, work with contract manufacturers, perform lab bring-up and complex system debug with software/test teams, drive DFM for production, and mentor junior engineers.

The Hardware Verification Engineer will create test plans, write UVM/SystemVerilog code, and collaborate with teams to implement verification strategies for complex IPs in SoC and chiplet designs.

Design and validate next-generation network switches: create system block diagrams, review schematics/layouts, perform hardware bring-up, debugging, validation, and yield bring-up with ODM/JDM partners. Collaborate with ASIC and component suppliers, software teams, and cross-functional groups through NPI to production and sustainment.

Provide technical customer enablement for NVIDIA datacenter products: create hardware design collateral, review server designs (thermal, mechanical, electrical, SI/PI), perform hardware debug and lab validation, reproduce and track issues, and work cross-functionally to resolve system integration problems for x86 and ARM server platforms.

The Hardware Systems Engineer will lead interdisciplinary projects on the development and optimization of Mill's food recycling technology, focusing on system performance and collaboration with various engineering teams.