Hardware Jobs in United States
There are 3,575 open Hardware jobs in United States on freehire right now. 659 of them were posted recently. The skills employers ask for most often are ai, python and automation.
Salary
| Currency | Period | 25th | Median | 75th | Postings |
|---|---|---|---|---|---|
| USD | year | $152,650 | $185,000 | $212,932 | 848 |
| USD | hour | $28 | $40 | $48 | 35 |
From postings that disclose pay. Currencies are counted separately, never converted.
Most requested skills
- ai 34%
- python 28%
- automation 20%
- fpga 18%
- verilog 17%
- networking 15%
- ethernet 14%
- assembly 13%
How the work is done
- Onsite 691 · 19%
- Hybrid 292 · 8%
- Remote 120 · 3%
Visa sponsorship offered in 45% of the 1,017 postings that state a position on it.
Seniority
- Senior 785
- Principal 275
- Staff 198
- Lead 196
- Intern 135
- C-level 55
Who is hiring
- 1000+ employees 1,173
- 501-1000 employees 245
- 11-50 employees 109
- 51-200 employees 90
- 201-500 employees 13
- 1-10 employees 9
Senior Principal RFIC Design Engineer
Designs high-performance RF and analog circuit blocks in 40nm CMOS and below, including LNAs, mixers, power amplifiers, and high-speed transceivers, using Cadence/Mentor tools and guiding layout and silicon validation.
Hardware Development Engineer, Failure Analysis (Starlink)
Hardware engineer focused on root-cause failure analysis of Starlink satellite and ground-station PCBs, using lab tools and cross-functional collaboration to improve reliability and yield.
Hardware Test Specialist, Failure Analysis (Gateway)
Test and analyze hardware failures for Starlink satellites and ground stations, using tools like oscilloscopes and Python to improve reliability and manufacturing processes.
Data Center / Server Hardware
On-site server hardware technician providing break/fix, installation, and maintenance for Dell PowerEdge and other enterprise servers, minimizing downtime for customers.
Electrical Engineer - South Burlington | Airborne Hardware
Design and test electronic systems for electric aircraft, including flight controls, motor control, and battery management, using tools like Altium and LTSpice.
Sr. FPGA Design & Verification Engineer
Design and verify FPGA-based hardware for Dolby’s cinema servers, audio processors, and HDR projection systems using VHDL/Verilog/SystemVerilog and advanced verification tools.
Senior ASIC Design Verification Engineer, Google Cloud
Design and verify custom TPU silicon for Google’s AI workloads using SystemVerilog/UVM, driving full verification cycles from planning to tape-out.
Field Application Engineer, Hardware
Provide pre- and post-sales hardware support for DC EV charging products, troubleshoot field issues, and assist customers with installation and system integration.
Sr. Technical Program Manager, Hardware & Manufacturing
Leads cross-functional programs for robotics and autonomous systems, coordinating hardware, software, manufacturing, and operations from concept to deployment.
Senior Staff Digital Design Engineer
Lead digital design for advanced RAIN RFID reader chips, owning RTL through tapeout and silicon validation while mentoring engineers and improving ASIC flows.
Senior Hardware Product Manager
Owns the multi-year roadmap for enterprise-grade, cloud-connected hardware like IoT gateways and sensors, driving strategy, customer engagement, and cross-functional alignment to improve safety and efficiency in industries.
Hardware Engineer
Design, test, and troubleshoot electronic and RF systems for UAV communication, navigation, and autonomy, integrating hardware from prototype to field deployment.
ASIC Design Engineer
Design and develop DSP blocks for quantum computing systems using ASIC flows, RTL, and EDA tools while collaborating with cross-functional teams.
Group Product Manager, AI Hardware and Software Co-Design
Lead AI hardware-software co-design at Google Research, defining product strategy and driving cross-functional teams to launch cutting-edge AI systems from pilot to general availability.
Perception Hardware Engineer
Design and integrate radar, LiDAR, cameras and other sensors into autonomous surface vessels to build robust maritime perception systems.