Top Hardware Engineer Jobs in Ann Arbor, MI

Responsible for electronic design and test planning for automotive LED lighting, developing circuitry, PCB layouts, and ensuring compliance with automotive specifications.

Lead engineering efforts for automotive electronic designs, overseeing project management, component knowledge, compliance with automotive standards, and cross-departmental collaboration.

Develop automotive hardware components, maintain requirements databases, collaborate with suppliers, ensure quality through test plans, and document processes.

Lead the development of hardware platforms, collaborate with cross-functional teams, ensure design compliance, and mentor junior engineers in hardware development.

The Principal Hardware Engineer will design high-speed digital hardware and maintain product integrity, managing designs from concept to production.

The Hardware Engineer I will develop and execute test plans for sensors, ensure quality delivery, and work on system-level requirements with teams.

As a Hardware Engineer II, you will analyze hardware requirements, develop sensors, maintain databases, and ensure alignment with system goals, driving the validation of sensor performance.

The Senior Hardware Engineer will design, prototype, and validate multi-radio PCBs for consumer devices, ensuring robustness and scalability. Responsibilities include circuit design, schematics, validation, and collaboration with cross-disciplinary teams.

The Senior Engineer will develop AI-driven hardware models, assess SystemC simulation efficiency, and integrate modeling with EDA tools.

As a Senior Hardware Engineer, you'll drive DPU integration into server platforms, execute validation testing, and develop automation for data analysis while collaborating with cross-functional teams and vendors.

The Senior Manufacturing Engineer coordinates delivery projects, manages suppliers, resolves technical issues, and drives cost reductions while supporting the sourcing team.

The Senior Manufacturing Engineer will manage supplier projects, resolve technical issues, and drive cost reduction while coordinating cross-functional teams.

The Lead Manufacturing Engineer will coordinate supplier performance, lead technical problem solving, and drive improvement projects to enhance manufacturing capabilities.

The Senior Hardware Solutions Engineer will optimize power consumption in hardware products, analyze performance data, and work with cross-functional teams to improve solutions.

The Senior Hardware Engineer will create and analyze hardware requirements, collaborate with suppliers, and develop test plans for sensor technologies in autonomous vehicles.

The Software Engineer will optimize support for new hardware architectures, write Mojo kernels, collaborate with hardware vendors, and improve portability infrastructure.

The role involves optimizing hardware support within a software stack for AI model deployment, collaborating with teams and hardware vendors to enhance performance and portability across platforms.

The Sr. Hardware Design Engineer leads ASIC and FPGA projects, defining architecture, guiding RTL development, and mentoring junior engineers to deliver high-quality silicon solutions.

The Hardware Design Engineer will develop and verify digital designs using SystemVerilog, support hardware bring-up, and collaborate with teams.

The Senior Systems Engineer will lead Model-Based Systems Engineering efforts, drive requirements, develop SysML models, support systems engineering processes, and collaborate across teams for product development.

The Senior Manufacturing Engineer coordinates supplier performance, resolves technical issues, manages projects, and drives cost reduction efforts across multiple suppliers, mainly in aerospace or automotive sectors.

As a System Engineer, you'll design, deploy, and maintain cloud systems for AI workloads, troubleshoot complex issues, and collaborate with teams to optimize performance.

Design and implement SystemVerilog RTL for high-speed ASIC compute, memory, and networking subsystems. Define microarchitecture, optimize Power/Performance/Area, collaborate with verification/physical teams, prototype features with architects/software, mentor junior engineers, and improve design flow using AI and automation.