Top Hybrid Hardware Engineer Jobs

Lead complex RF/microwave, high-speed digital, and high-power PCB layout projects. Collaborate with cross-functional and global engineering teams, independently deliver advanced designs, evaluate PCB tools and technologies, and mentor junior engineers. The role requires extensive hands-on PCB layout experience, specialized RF/microwave expertise, strong communication, and the ability to work with advanced simulation, signal integrity, power integrity, and packaging tools.

Leads the hardware organization responsible for designing, prototyping, testing, manufacturing, and scaling warehouse robots. Owns product lifecycle execution from requirements through volume production, improves reliability and manufacturing yield, establishes engineering standards and processes, directs build-versus-buy and supplier decisions, and builds a high-performing mechanical, electrical, and manufacturing engineering team. Partners with software, autonomy, product, procurement, and customer operations to deliver reliable robots at scale.

Supports and maintains mainframe hardware, including microcode, processor, storage, DASD, and tape configurations. Handles migrations, replication, disaster recovery, incident resolution, vendor escalations, and 24/7 on-call service restoration. Develops automation, tools, documentation, and standardized processes while supporting multiple clients in a leveraged environment. Performs ITIL change management, provides technical consulting, analyzes subsystem performance, and mentors team members.

Lead the architecture, mechanical design, configuration, validation, and production deployment of GPU servers and rack-scale AI infrastructure. Partner with NVIDIA, AMD, ODMs, OEMs, data center engineering, networking, and operations teams. Own rack layouts, power distribution, cooling, airflow, cable management, serviceability, qualification, and hardware standards while balancing performance, reliability, manufacturability, scalability, and cost.

Support sustainment and operational maintenance of ground-based radar systems for US Space Force missions. Perform depot-level maintenance, troubleshooting, testing, calibration, repair, systems integration, and lab maintenance. Create engineering drawings, rack assembly documentation, wiring diagrams, and cable assemblies in accordance with ASME and IEEE standards. Document maintenance outcomes and coordinate with engineering teams on lifecycle management, upgrades, and modernization of complex military electronic systems.

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.

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.

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.

Design compact connected hardware from concept through prototyping and validation for IoT devices. Optimize for connectivity, energy efficiency, durability, usability, and manufacturability. Collaborate with software and engineering teams, participate in design reviews, and apply current hardware design trends and tools.