Top Hybrid Hardware Engineer Jobs

Designs digital hardware and FPGA systems for test and measurement products. Responsibilities include register-map development, FPGA logic implementation, data movement, testbenches, compilation, timing analysis, board-level schematic and layout guidance, signal-integrity simulation, prototype bring-up, and validation. The engineer collaborates across disciplines, estimates work, communicates project status, and identifies technical risks. The role requires a relevant bachelor’s degree and knowledge of digital logic, circuit design, programmable logic, computer interfaces, and programming.

Designs microarchitecture and RTL for high-performance memory controllers and critical logic blocks. Analyzes performance, power, and area trade-offs; collaborates with verification and physical design teams; debugs regressions; resolves timing and congestion issues; and supports field applications and customer deliveries. Requires extensive ASIC or FPGA logic design experience, strong SystemVerilog/Verilog skills, simulator and scripting experience, and the ability to work independently.

Design and develop multilayer PCB layouts for digital, mixed-signal, power, RF, and wireless security products from concept through production. Create schematics, footprints, and libraries; define stack-ups; support signal integrity, impedance control, EMC compliance, manufacturability, and testing. Collaborate with hardware, firmware, RF, mechanical, fabrication, and assembly teams while resolving production issues and improving PCB standards and engineering processes.

Own end-to-end DFT architecture, implementation, verification, DRC closure, test coverage, timing constraints, and post-silicon debug for ASICs. Work across Logic BIST, MBIST, BISR, scan compression, Boundary Scan, JTAG, ATPG, and mixed-signal IP integration. Collaborate with architecture, RTL, physical design, and product teams to resolve design and testability issues, automate flows using TCL, support hierarchical integration, and achieve first-pass silicon success.

Architect and deliver advanced multi-die IC packages for high-performance AI accelerators. Responsibilities include package and substrate design, bump and ball mapping, high-speed signal routing, power distribution, manufacturability, thermal and mechanical optimization, subcontractor management, and collaboration with TSMC or OSAT. The role also supports package bring-up, failure analysis, debugging, qualification, and evaluation of emerging packaging technologies.

Own global regulatory compliance and product certifications for wireless, cellular, and battery-powered hardware. Lead compliance through new product introduction, manage certification labs and budgets, prepare regulatory filings, maintain approvals and documentation, support RF and hardware debugging, oversee battery and environmental requirements, and coordinate with trade compliance to ensure products can be legally sold and shipped worldwide.

Develop and execute reliability and automotive qualification strategies for next-generation AI silicon. Lead stress testing, reliability modeling, failure analysis, and qualification reporting while partnering with design, test, quality, manufacturing, OSATs, foundries, and external labs. Analyze failure data, identify wear-out mechanisms, improve robustness, and balance reliability, cost, schedule, and qualification timelines.

Lead architecture, design, prototyping, deployment, and bring-up of custom high-speed mixed-signal electronics for quantum-computing control systems. Responsibilities include PCB and instrument architecture, FPGA and interface selection, analog/RF signal-chain design, clocking and power strategy, schematic and layout reviews, board characterization, cross-functional collaboration, and mentoring hardware engineers.

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.