Top Hardware Engineer Jobs

As a Hardware Reliability Engineer, you will analyze on-orbit hardware failures, assist in root cause investigations, and collaborate with cross-discipline engineers to enhance hardware reliability.

As a Hardware Development Engineer, you'll analyze and resolve hardware failures of satellites and ground stations, improving reliability and performance through collaboration and testing.

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.

The Hardware Validation Engineer develops lab test solutions, enhances hardware for testing, collaborates with teams, and ensures quality in product validation.

The role involves evaluating the reliability of materials and techniques in hardware development, designing electronic components and systems, and leading projects.

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.

Develop and maintain HWIL simulation environments, integrating elements to predict warfare system performance, ensuring realistic results and documentation.

The Hardware Electronics Design Engineer III will design high voltage electronic controllers, prototype circuits, and support motor control applications. Responsibilities include researching technology trends, design reviews, and failure analysis, while collaborating with cross-functional teams.

As a Hardware Integration & Test Engineer II, you will develop testing strategies, analyze failures, enhance testing capabilities, and collaborate with teams to ensure product reliability and quality.

Lead hardware development projects, manage obsolescence initiatives, oversee engineering processes, mentor team members, and ensure project adherence to requirements.

The Senior Hardware Analysis Engineer will lead CFD simulations, design cooling components, perform aeroacoustic analysis, and validate models through testing.

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.

The Hardware Validation Engineer will develop automated test solutions, ensure product quality and performance, identify faults, and collaborate with various teams to improve semiconductor products.

The Electronic Hardware Design Engineer will develop, test, and manufacture PCBs and electronic systems, collaborating across teams to deliver innovative solutions for various advanced missions.

The Electronics Hardware Design Engineer designs and tests electronic systems and PCBs, collaborates with teams, and develops innovative solutions.

Design PCB hardware for various projects including chip test infrastructure, focusing on simulation, testing, component selection, and board-level diagnostics.

Responsible for designing and overseeing PCB layouts, ensuring signal integrity in circuits, and developing testing setups for quantum computer hardware.

The Hardware Integration and Test Engineer will integrate, troubleshoot and validate complex hardware systems, collaborating with multidisciplinary teams to ensure performance and reliability of semiconductor equipment.

The Senior Hardware Failure Analysis Engineer will analyze hardware failures, conduct mechanical cross sectioning, interpret various results, and collaborate with teams to ensure product reliability.

Develop simulation methodologies for hardware performance, focusing on mixed-signal design and co-simulation tools. Collaborate with teams to enhance simulation processes and maintain models in digital, analog, and photonics domains.

Design and develop high-speed Ethernet hardware, manage the design process, mentor engineers, and collaborate with cross-functional teams.

The Senior ODM Hardware Design Engineer will lead hardware design processes, including schematic capture, signal integrity simulations, and component selection, while mentoring junior engineers and working with cross-functional teams for product development.

Design and develop high-performance electronic products while leading a small design team. Own all aspects of hardware design and collaborate with cross-functional teams.

The role involves managing hardware support issues, conducting root cause analysis, collaborating with various HPE teams, and providing excellent customer service. It requires travel, on-call duties, and strong technical expertise in engineering and hardware support.