Top Mechanical Engineering Jobs

The Mechanical Engineer V leads the design of HVAC and mechanical utility systems for complex projects, providing technical guidance and mentorship, managing project execution, and ensuring compliance with industry standards.

The Mechanical Engineer IV leads design and delivery of HVAC and mechanical systems for complex projects, managing scope, budgets, and collaboration with multidisciplinary teams.

The Mechanical Engineer will integrate AI with manufacturing by analyzing CAD models, collaborating with data scientists, mapping manufacturing rules, and testing AI systems, ensuring accurate and efficient design-for-manufacturing workflows.

Design and develop prototype hardware systems for self-driving vehicles, manage design reviews, and select materials for manufacturing.

The Mechanical Engineer will apply mechanical design and manufacturing knowledge to support AI integration, perform geometric feature analysis, assist in data labeling, and coordinate cross-functional teams for DFM initiatives.

The role involves conceptual design, CAD modeling, prototyping, and collaborating on industrial hardware solutions for a micro nuclear power plant.

The Senior Mechanical Engineer will design subsystems for fusion generators, apply engineering principles, and troubleshoot issues, reporting to the Senior Manager of Engineering.

The Mechanical Engineer will design and develop hardware for fusion devices, solve engineering problems, and collaborate with technicians. Responsibilities include improving subsystem designs, using CAD software, performing analyses, and working hands-on with hardware.

The role involves designing and prototyping mechanical systems for thermal batteries, leading engineering efforts, and mentoring junior staff.

Design, develop, test, and qualify Flight Termination System hardware and explosive devices for Starship. Lead hardware lifecycle from concept through production, environmental and live-fire testing, integration, risk assessment, and root-cause investigations while collaborating across manufacturing, avionics, and flight safety teams.

Design, develop, test, and qualify high-performance propulsion components for Starship/Super Heavy. Own component architecture, drawings, testing (shock, vibration, thermal, pressure), manufacturing integration, root-cause analysis, and cross-functional coordination to accelerate production and ensure flight readiness.

Design and develop structures, fixtures, and automation for high-volume PCB production. Own projects end-to-end from concept through fabrication, validate manufacturability, coordinate vendors, and optimize processes for scale and cost.

Lead end-to-end design, analysis, testing, and production of propulsion components for Starship/Super Heavy. Develop manufacturable flow-control and electromechanical devices, validate reliability through environmental testing, collaborate with manufacturing and systems teams, drive root-cause investigations, and ensure flight readiness and high production yield.

Design, qualify, and deliver Starship Flight Termination System hardware and explosive devices. Lead hardware development from concept through production, validate reliability via rigorous environmental and live-fire testing, produce drawings/specs/analyses, partner with manufacturing and supply chain to scale production, drive root-cause investigations and corrective actions, and serve as chief engineer interfacing with stage, avionics, and flight safety teams.

The New Graduate Engineer (Mechanical) is responsible for testing operations and ground support equipment, developing tests, troubleshooting systems, and collaborating with teams to enhance performance while ensuring safety in a fast-paced environment.

Design, analyze, test, and qualify Starship thermal protection systems from concept through flight. Support production integration, post-flight troubleshooting, multidisciplinary coordination, vendor engagement, and continuous TPS improvements.

Lead mechanical architecture, design, development, and qualification of complex networking systems from concept through production and field support. Provide technical leadership across programs, drive system-level decisions, integrate cooling and manufacturing technologies, perform hands-on CAD, testing, failure analysis, supplier engagement, and mentor engineers while ensuring reliability, manufacturability, and regulatory compliance.

As a Senior Mechanical Engineer, you will design mechanical systems for industrial applications, collaborate with clients and project teams, and ensure quality solutions. You'll perform engineering calculations and oversee design, interfacing with vendors and on-site teams, while fostering client relationships.

As a Mechanical Engineer, you will design mechanical systems for industrial applications, support capital projects, and collaborate with teams to deliver high-quality solutions.

The Senior Mechanical Engineer will support design and fabrication tasks, mentor junior engineers, participate in client meetings, and troubleshoot during machine builds. A BS in Mechanical Engineering and 8 years of design experience are required.

Lead mechanical engineering design and manage projects for commercial and healthcare facilities. Own project delivery including budgeting, scheduling, client presentations, change orders, staffing forecasts, coordination with internal/external teams, and mentoring junior engineers. Serve as project manager for mechanical (and electrical) work and maintain client relationships.

Lead mechanical system and structural hardware design from concept to production. Create 3D models, drawings, BOMs, and manufacturing documentation. Perform analyses, tolerance studies, and support prototyping, testing, and production transition while mentoring junior engineers and ensuring compliance with aerospace standards.

Lead mechanical engineering for federal building projects, delivering HVAC, plumbing, and piping system design from planning through construction. Provide technical leadership, mentor staff, drive business development, ensure code compliance, oversee BIM/Revit-based design workflows, support construction administration, and promote sustainable, high-performance building solutions.

Design and produce procurement and build-to-print documentation for specialty, first-of-a-kind mechanical equipment. Perform machine-design calculations and analyses (FEA, structural/seismic, kinematics, heat transfer, ergonomics), collaborate with designers, lead multi-discipline teams, and create fabrication and procurement packages. Use 3D CAD for modeling and produce detailed specifications for custom equipment.

Design and develop commercial HVAC products by creating 3D models and engineering documentation, participating on project teams, performing FMEAs and risk mitigation, supporting validation and root-cause analysis, and meeting customer, cost, reliability, and schedule objectives. Occasional domestic and international travel (~10%).