Top Mechanical Engineering Jobs

Design and architect mechanical systems and subassemblies for a novel braid-assist robotic device, taking concepts through prototyping, design for manufacturing, and production. Collaborate with mechanical, industrial design, electrical, manufacturing, supplier, and user teams. Manage engineers, establish engineering standards, and drive hands-on design decisions focused on usability, performance, and manufacturability.

Leads mechanical design and integration for advanced defense systems, including unmanned platforms, sensor payloads, and mission-critical hardware. Responsibilities span concept development, CAD modeling, prototyping, structural and thermal analysis, testing, environmental qualification, manufacturability, and field integration. The role provides technical leadership across multidisciplinary teams, supports program reviews and production readiness, manages risks, and contributes to proposals. Work occurs across office, laboratory, manufacturing, and field-test environments with occasional travel.

Leads complex mechanical engineering projects from scope definition through completion with minimal oversight. Responsibilities include developing studies and schematic designs, analyzing existing systems, applying building codes, coordinating project documents, managing budgets and contractor payments, supervising multidisciplinary design teams, and mentoring junior engineers. The role also requires client interaction, quality assurance, technical leadership, and managing multiple concurrent projects.

Leads complex mechanical engineering projects from conception through completion with minimal oversight. Develops scopes, studies, schematic designs, budgets, and construction documents; analyzes existing systems and applies building codes. Coordinates with clients, contractors, code officials, and design professionals, while managing scope, schedules, quality, and project teams. Provides technical leadership, staff supervision, mentorship, and review of project work and contractor payment applications.

Own battery module and pack mechanical design from concept through production. Lead thermal and structural simulation, select interface materials, run thermal and mechanical validation testing, analyze root causes, and drive corrective actions. Manage CAD revisions, BOMs, engineering documentation, design reviews, tolerance analysis, and DFM decisions. Collaborate with electrical, controls, and manufacturing teams while mentoring junior mechanical engineers and making independent design trade-offs.

Lead mechanical design for large-scale data centers, develop standards and Basis of Design, manage consultants, specify and qualify equipment, ensure code compliance, perform site visits, research cooling technologies, and improve cost, quality, and schedule across projects.

Design and support mechanical and piping systems for hyperscale data centers from concept through construction. Maintain design standards, coordinate with consultants, vendors, AHJs and construction teams, perform site visits, support permitting, and drive cost, quality, and schedule improvements.

Design, prototype, analyze, and test aerospace rocket and missile structures, mechanisms, electromechanical hardware, and vehicle components. Own products from concept through integrated testing and manufacturing, perform hand calculations and computational analysis, optimize designs for harsh environmental and dynamic conditions, iterate manufacturing and testing processes, and lead reviews and trade studies with internal teams, suppliers, and customers.

Lead sustaining engineering for Pinnacle lighting products: implement ECNs, draft and build prototypes, perform root cause analysis, drive design changes and cost redesigns, create detailed CAD layouts/drawings, maintain ECR/ECN/VAVE systems, liaise with vendors, and support continuous improvement initiatives.

Lead design, development, integration, and verification of structural and mechanical subsystems for a commercial space station. Manage project scope, budgets, vendors, schedules, risk, testing, and compliance with NASA/FAA requirements. Drive trade studies, cross-disciplinary tasking, anomaly resolution, and executive reporting while delivering lifecycle milestones and ensuring product quality.

Perform mechanical design and inspection for movable bridges and heavy movable structures; prepare contract plans, specifications, estimates, inspection reports, and technical memoranda; review drawings, research design options, and support Project Managers; work involves both office and field duties.

Design and validate new and existing products for manufacturability and cost; create specifications, BOMs, routes, and testing; support product introduction, revisions, and aftermarket; coordinate with product management, operations, and fulfillment.

Design and support fluid-handling products: develop specifications, create 3D CAD models and detailed drawings, perform FEA/CFD and compliance analysis, lead prototyping and testing, collaborate with manufacturing, troubleshoot product issues, and support continuous improvement and product releases.

Design and develop new mechanical products and cost reductions: create concepts and detailed drawings, perform FEA and testing, lead small projects, support manufacturing, troubleshoot products, and manage engineering documentation and releases.

The Staff Satellite Electro-Mechanical Engineer will lead the development of satellite hardware including PCBs and harnesses, working closely with various engineering teams on packaging and testing.

The Mechanical Engineer will design satellite structures, create CAD models, develop build documents, and support testing for E-Space's satellite hardware.

The Mechanical Engineer supports Maintenance and Process Engineering by assisting with projects, improving equipment reliability, and implementing process improvements. They create technical drawings, coordinate contractors, and manage project requirements to enhance operational performance.

Join a startup to design, build, and scale mechanical systems for robotics. Engage in full product lifecycle from design to manufacturing.

Design, develop, and support mechanical systems from concept to production. Create CAD models and production-ready drawings, perform FEA and testing, support manufacturing troubleshooting, collaborate cross-functionally, document BOMs, and ensure compliance with codes and safety standards. Travel occasionally and follow continuous improvement practices.

The Mechanical Systems Engineer will design, troubleshoot, and execute solutions for mechanical systems on DoD aircraft, ensuring compliance and performance.

The Senior Mechanical Engineer will lead design and development of mechanical subsystems, ensuring manufacturability, reliability, and performance while collaborating across teams to enhance product quality and experience.

Mechanical Engineer III will troubleshoot mechanical problems, develop designs, coordinate engineering tests, and oversee manufacturing processes related to semiconductor hardware.

Design, develop, and troubleshoot complex mechanical systems and tooling for semiconductor equipment. Lead engineering projects, create layouts/specs, generate test reports, coordinate procurement and suppliers, and ensure manufacturability and compliance. Serve as a technical expert and communicate solutions to internal and external stakeholders.

Lead and execute complex mechanical design and analysis for semiconductor/display equipment. Troubleshoot difficult mechanical issues, produce engineering test reports, develop layouts and custom tooling, specify documentation, and coordinate suppliers and manufacturing processes. Communicate technical solutions and establish standards across operations.

Lead long-term, blue-sky mechanical and materials research for next-generation IT rack systems. Develop prototypes, models, and simulations; validate concepts; publish papers and file patents; collaborate with cross-functional and external partners; mentor junior engineers; and drive innovations in materials, structural design, thermal efficiency, and sustainability.