Top Hardware Engineer Jobs in San Francisco Bay Area, CA

Contribute to the design and development of hardware products, sustain existing lines, and engage cross-functionally to drive efficiencies.

Lead the design and development of new hardware products, collaborating with teams for prototyping, testing, and compliance. Manage electrical engineering aspects from concept to mass production.

Assist in designing and developing hardware products for cameras and sensors, including testing new circuit concepts and collaborating with engineers.

The Senior Hardware Reliability Engineer ensures product reliability through planning, testing, and collaboration across engineering and operations. Responsibilities include leading investigations, analyzing failure data, and designing reliability strategies throughout the product lifecycle.

The Senior Hardware Systems Engineer will lead the hardware design and development, evaluate systems design tradeoffs, and manage partnerships with ODM and JDM manufacturers to ensure high volume production.

The Hardware Sustaining Engineer ensures hardware reliability, manages engineering changes, oversees compliance programs, and collaborates on failure resolutions across products.

Lead the hardware engineering team in developing robust systems for wireless power transfer, overseeing design, integration, and testing processes.

Design, build, and validate hardware and software for heating and cooling systems. Collaborate with cross-functional teams to ensure product specifications are met.

As a Hardware Engineer, you will test and develop hardware components, collaborate with design engineers, and document testing processes for vehicle electronics.

As a Senior Hardware Engineer, you'll drive the architecture and development of motion sensing systems for wearable products, ensuring design robustness and integration with firmware and algorithms, while also leading testing and documentation efforts.

Lead hardware design and development for NDR, collaborate with teams, define requirements, and innovate hardware products for enterprise-scale networks.

The Hardware Engineer will develop and execute hardware testing, collaborating with engineers and suppliers, and encompassing documentation and infrastructure development.

The Hardware Engineer designs and develops custom hardware solutions for autonomous vehicles, oversees vendor operations, and ensures compliance with industry standards.

As a Hardware Engineer, you will develop and execute component and system-level hardware testing, collaborate with teams, and create testing documentation and infrastructure.

The Digital Verification Engineer will verify hardware, collaborate with ML teams, develop test benches, and enhance tool usability while establishing quality criteria and automating processes.

The Senior Hardware Reliability Engineer measures and improves the reliability of Zipline's drone systems through data analysis and reliability modeling, ensuring operational safety and efficiency.

The Hardware Test Engineer will design and execute tests for a new electromechanical product, collaborate with teams, and analyze data for system enhancements.

The engineer will lead debugging of hardware-software issues, support manufacturing operations, and develop test automation and infrastructure. Responsibilities include working with cross-functional teams and improving fleet stability.

Lead hardware research in AI safety, collaborating with teams on robotics and cyberphysical systems, interfacing AI models with hardware, and designing comprehensive evaluation methodologies.

The role involves developing hardware systems for user interaction, collaborating with teams, managing supplier deliverables, and testing prototypes to meet vehicle milestones.

As a Senior Hardware Engineer, you will define processor architecture, implement microarchitecture in SystemC/SystemVerilog, and optimize PPA across design cycles.

The Hardware Test and Reliability Engineer will develop test plans, analyze failure modes, and ensure reliability of autonomous systems by collaborating across engineering teams.

The Mechanical Design Engineer will design and prototype mechanical components for quantum computing systems, collaborating with cross-functional teams to ensure system performance and reliability in cryogenic environments.

Design and develop complex PCBs for chiplet products, optimize power systems, implement high-speed interfaces, and collaborate with manufacturers.

As a Research-Hardware Codesign Engineer, you'll collaborate across teams to optimize AI silicon designs, implement numeric kernels, and analyze system architectures, driving innovation in AI hardware solutions.