Top Hybrid Hardware Engineer Jobs

Lead and execute data center hardware deployments, decommissions, migrations, cabling, and maintenance. Troubleshoot incidents, develop MOPs, coordinate vendors, participate in on-call rotations, and drive operational excellence and documentation in a critical facility.

Assemble, test, troubleshoot and repair DV/PV tester hardware; perform mechanical assembly, cable qualification, PCB bring-up/rework, and use test tools (oscilloscope, DMM, soldering, microscope). Maintain build/test documentation and communicate results with hardware and firmware engineers while ensuring IPC A-610 and ISO 16949 compliance and ESD-safe practices.

This role involves testing and integrating high-voltage power electronics and circuits, focusing on hardware development in a collaborative team environment.

Design and optimize PCBs for embedded control and power electronics across prototyping to high-volume manufacturing. Own Altium infrastructure and libraries, establish PCB/DFM/DFA/DFT standards, optimize layouts for EMI/EMC and thermal reliability, support contract manufacturers, and field/production troubleshooting (~10% travel).

Lead field engineering and project management for emerging-technology POCs (wearables, spatial computing, smart glasses). Coordinate pilots, configure and troubleshoot hardware/software, evaluate store infrastructure, train associates, run tests, gather operational insights, and present technical briefings to leadership. Manage device logistics and ensure scalability and production readiness across lab and live store environments.

Perform detailed physical design and layout analysis of AI/datacenter ICs (GPUs, CPUs, accelerators). Read floorplans, standard-cell fabrics, analog blocks, and packaging; run teardown and characterization workflows; interpret layout trade-offs, DTCO/STCO interactions, and infer architecture from die imagery. Co-author technical research and expand lab capabilities.

Perform end-to-end hardware teardowns and publish technical analysis of AI and datacenter hardware. Plan acquisitions, run lab analyses (silicon, packaging, memory, power, interconnect), interpret results into architecture, cost, and roadmap insights, and maintain industry coverage via conferences, papers, and networks.

Lead hardware systems architecture for vehicle low-voltage electrical systems (infotainment, telematics, cameras, networking). Translate features into subsystem requirements, model system trade-offs (power, latency, compute, network), establish vendor roadmaps, prototype reference platforms, and create validation plans to measure system-level performance and identify bottlenecks.

Lead hardware systems architecture for vehicle wireless and VAS technologies. Define and validate system-level performance requirements, design and run characterization/automation on prototypes and test vehicles, analyze RF/power/compute bottlenecks, and develop hardware/software tools for automated RF KPI measurement and validation to inform architecture decisions.

Lead end-to-end hardware design of low-voltage zonal ECUs and battery-management modules for automotive applications. Design power electronics (eFUSE, PMIC), ensure signal integrity and EMC, prototype and validate PCBs, perform troubleshooting and failure analysis, support system integration across proto-to-vehicle testing, and ensure compliance with ISO 26262 and automotive standards while collaborating with cross-functional teams.

The Senior Mechanical Engineer will lead mechanical design efforts in power generation, mentor junior staff, and ensure technical specifications and calculations are adhered to, while coordinating with project teams.

The Senior Mechanical Engineer will lead power generation engineering projects, mentor junior staff, perform design tasks, and ensure adherence to engineering standards.

Lead product development and qualification of memory technologies, ensuring product reliability and manufacturability through technical leadership and collaboration.

The role involves generating high-quality analog circuit layouts using advanced CAD tools, optimizing designs, and collaborating with circuit designers while ensuring adherence to stringent requirements.