Top Hybrid Hardware Engineer Jobs

Designs, simulates, prototypes, aligns, and tests complex optical, electro-optical, laser, and sensor systems. Develops scientific computing and data analysis routines, collaborates with mechanical, electrical, manufacturing, and quality teams on production hardware, and prepares test procedures, component specifications, and technical design reviews.

Designs and operates Harvey’s broadcast infrastructure, including studio and control-room systems, IP video and audio networks, signal routing, recording, streaming, sync, color, and monitoring. Runs high-visibility live productions from engineering and rehearsal through show execution and post-event review. Diagnoses signal, network, and device failures, improves system reliability, documents standards and runbooks, and manages integrators, vendors, commissioning, and acceptance testing.

Designs and tests prototype PCBs, sensor systems, mechanical housings, cable harnesses, and embedded integrations. Performs PCB assembly, rework, troubleshooting, board bring-up, and sensor testing using Zephyr RTOS. Develops test strategies, analyzes results, supports field prototypes, and contributes to hardware projects from concept through customer shipment.

Leads the architecture, design, modeling, fabrication, characterization, optimization, and production qualification of semiconductor lasers and active photonic devices. Defines device specifications, epitaxial structures, optical designs, mask layouts, verification methods, and technology roadmaps. Partners with engineers, suppliers, foundries, packaging teams, and product groups while directing technical initiatives, mentoring engineers, and supporting technology transfer and production ramp.

Owns hardware-level functional safety and system-level sensor safety for cameras, LiDAR, and radar. Responsibilities include reviewing supplier documentation for SEooC and AoU alignment, validating ASIL compliance, executing board-level FMEDA for FPGAs and microcontrollers, defining diagnostic monitoring requirements, and supporting SOTIF simulation and physical testing for perception edge cases. Requires an engineering degree, at least three years of hardware experience, and knowledge of ISO 26262 and SOTIF.

Architects high-performance PCIe controller silicon IP for data center and AI applications. Owns architecture specifications, drives technical reviews, collaborates with design, verification, physical design, product, marketing, field, and customer teams, represents the company at PCI-SIG, supports technical presales and customer solutions, develops patents and publications, and trains field teams.

Design multilayer, high-speed, mixed-signal, and power PCBs while owning the Altium component library. Develop symbols, footprints, 3D models, layout standards, stackups, constraints, and manufacturing release processes. Collaborate with engineering and manufacturing teams on design integration, DFM/DFA, prototype feedback, and fabrication packages. Create documentation and training for Altium workflows, library governance, PCB layout, and PCBA releases.

Design and execute verification and characterization testing for automotive ECUs, especially zonal controllers. Analyze driver behavior, protection diagnostics, e-fuses, thermal performance, and fault conditions at IC and PCBA levels. Create test plans, coverage reports, automation scripts, instrumentation drivers, and DFT documentation. Use Python and AI tools for testing and dataset analysis, collaborate on firmware troubleshooting, and lead cross-functional root-cause investigations through closure.

Develop revolutionary quantum hardware technologies through experimental quantum physics research. Design, implement, and troubleshoot experiments involving laser-based optical measurements, optics, optoelectronics, photodetectors, optical fibers, and photonic technologies. The role requires delivering functional systems outside the laboratory, understanding signal and noise sources, inventing experimental tools and processes, and working onsite in the San Francisco Bay Area.

Design and verify high-speed digital circuits for serial transceivers, DDR, and memory interfaces. Responsibilities include RTL design, analog-digital interface specification, synthesis, timing analysis, verification, chip integration, protocol analysis, and post-silicon lab bring-up. The engineer will collaborate with analog, verification, physical implementation, and customer teams while supporting requirements, debugging, characterization, and product delivery.