Top Hybrid Hardware Engineer Jobs

Design and develop embedded hardware platforms using Intel processors, ARM-based SoCs, and FPGA fabric. Create schematics, select components, support multilayer PCB layout, and conduct signal and power integrity analysis. Lead hardware bring-up, validation, debugging, manufacturing support, and technical documentation. Design basic power converters, improve engineering processes, and mentor early-career engineers while ensuring manufacturability, reliability, compliance, and quality-system alignment.

Designs and releases high-density multilayer PCBs for robotic systems, including placement, routing, signal and power integrity, EMI/EMC, thermal, and mechanical integration. Collaborates with engineering, fabrication, and assembly partners on stack-ups, DFM/DFA/DFT, documentation, manufacturing inspections, and failure analysis. Maintains component libraries and develops reusable layout constraints and workflows.

Own RF and microwave PCB layout in Altium Designer from component placement through manufacturing release. Define stack-ups, controlled-impedance routing, grounding, shielding, isolation, connector launches, and transitions. Collaborate with RF, electrical, antenna, mechanical, mixed-signal, and test engineers to meet performance requirements and support DFM/DFT. Contribute to lab bring-up, RF characterization, environmental testing, and troubleshooting using measurement and EM analysis tools.

Independently leads complex, high-density multilayer PCB layout and documentation for high-reliability electronics. Produces fabrication and assembly packages, ensures IPC and manufacturability compliance, collaborates on signal integrity, thermal, impedance, and mechanical challenges, maintains design libraries and standards, reviews layouts, mentors junior designers, and supports prototypes and production investigations.

Lead architecture, development, qualification, field deployment, and production planning for a novel rainfall-enhancement hardware system. Own mechanical, thermal, combustion, fluid, structural, controls, and instrumentation systems while managing requirements, testing, manufacturing readiness, suppliers, engineering firms, and contract manufacturers. Recruit and mentor hardware engineers, control budgets and schedules, resolve technical risks, and drive improvements using test and field data. The role is hands-on, startup-oriented, travel-intensive, and requires aerospace-level reliability for automotive-scale manufacturing.

Leads full-cycle PCB layout for complex AI accelerator cards and system baseboards. Owns high-speed routing, constraint management, stack-up definition, power delivery layouts, and design methodology. Develops SKILL, Python, or TCL automation for layout audits and reporting, and partners with power, ASIC, fabrication, and manufacturing teams to ensure DFM, DFT, DFA, and high-yield production. Requires expertise in high-density, high-speed PCB design, including 112G/224G SerDes, DDR5/HBM, HDI, and advanced materials.

Designs and develops safety-critical analog and digital instrumentation and control hardware for advanced nuclear power systems. Responsibilities include circuit design, schematic and PCB development, system integration, prototype bring-up, debugging, qualification testing, requirements traceability, design documentation, configuration control, and technical risk resolution. The engineer applies fault-tolerant and fail-safe principles, supports Reactor Protection System hardware, collaborates with manufacturing and suppliers, and mentors less-experienced engineers.

Design and develop automotive electronic hardware for Ford’s electric vehicle programs. Responsibilities include requirements capture, schematic design, component selection, power electronics implementation, worst-case and thermal analysis, PCB layout reviews, functional safety support, hardware bring-up, troubleshooting, failure analysis, and validation test definition. The role collaborates across engineering teams to deliver production-ready designs and requires hands-on automotive electronics experience.

As a Design Team Member, you will implement digital blocks to full-chip designs, focusing on physical design constraints and ensuring manufacturability by coordinating with various engineering teams.

The Mid-Level Mechanical Engineer designs mechanical systems, leads project teams, ensures code compliance, and interacts with clients and contractors on various projects.