Top Hardware Engineer Jobs in Detroit, MI

Lead design, development, validation, and release of thermal management components and subsystems. Manage supplier relationships, define interfaces, perform design/validation using CAD and analysis tools, ensure compliance with GM standards, and resolve production/launch issues.

The engineer will develop Hardware-In-the-Loop systems, interface with cross-functional teams, and troubleshoot HIL simulation issues for vehicle configurations.

The Compliance Engineer ensures product certification processes for electrical and electronic equipment, oversees compliance activities, maintains relevant documentation, liaises with regulatory bodies, conducts risk assessments, and trains team members on compliance protocols.

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

The Senior Hardware Design Engineer will design and develop display electronics for GM vehicles, ensuring integration across teams and guiding production launch.

This role involves developing and executing hardware testing plans and procedures, analyzing test results, and maintaining test equipment for validation in the automotive sector.

Assist with mechanical engineering tasks such as CAD design, part fabrication, concept brainstorming, and prototype testing in a collaborative environment.

The Hardware Mechanical Engineer will design and develop ECU architectures and mechanical designs, optimizing for performance and cost, while collaborating with cross-functional teams and leading design reviews.

Role involves supporting engine development and integration, leading hardware design validation processes, and executing test plans to ensure performance targets for Scout electric vehicles are met.

Responsible for overseeing PCBAs lifecycle, optimizing designs, creating specifications, leading testing, and supporting continuous improvement of BMS products.

The Engineer will oversee electronic control module projects, managing development, validation, and integration of components and collaborating with suppliers to meet performance and quality standards.

The Hardware Interface Engineer develops and maintains hardware interface requirements, collaborates with component owners for successful implementation, and promotes standardization and compliance in electrical components.

Lead the design and integration of body electronic systems in vehicles, ensuring compliance and delivering innovative solutions while providing technical leadership.

Lead Manufacturing Engineer owns supplier technical performance, leads cross-functional problem solving and producibility improvements, supports supplier selection and source changes, influences cost and delivery, and frequently travels to suppliers.

Lead manufacturing engineering efforts for assigned suppliers, manage delivery and cost-reduction projects, resolve technical issues, support sourcing and supplier selection, and drive supplier performance and process improvements across multiple part families.

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

The Senior Hardware Support Engineer will ensure production hardware reliability, coordinate vendor diagnostics, lead root cause analysis, and support engineering teams to enhance system stability.

The Lead Manufacturing Engineer coordinates multi-functional teams for hardware delivery, resolves technical issues with suppliers, and drives producibility improvements.

The Software Engineer will develop Python scripts for device testing and validation, ensuring production quality and reliability while automating factory processes.

Design and develop embedded firmware for automotive MCUs and ECUs, ensure compliance with safety standards, and optimize performance. Collaborate with cross-functional teams for integration testing and documentation.

The Senior Hardware Design Engineer will design and build innovative hardware systems, manage CAD models, develop manufacturing methods, and mentor junior engineers.