Top Mechanical Engineering Jobs

Designs and develops integrated tools and hardware products from concept through full-volume production. Responsibilities include CAD modeling, rapid prototyping, testing, production equipment and fixture design, GD&T documentation, NPI support, supplier coordination, and manufacturing transition. The role collaborates with electrical, embedded, industrial design, and manufacturing teams while owning multiple product lines with significant autonomy.

Designs, develops, tests, and supports electromechanical instruments, automated systems, products, and manufacturing processes. Responsibilities include troubleshooting, process optimization using Lean Manufacturing, CAD modeling and drafting, machining mechanical components, supplier specification development, test automation, equipment installation and maintenance, project management, outsourced fabrication coordination, and technical reporting.

Own end-to-end mechanical design of robotic humanoid hands and end-effectors, including mechanisms, actuators, transmissions, structural analysis, tolerance analysis, and manufacturing drawings. Lead rapid prototype-build-test iterations, collaborate with electrical and software teams, manage suppliers, and take electromechanical products from concept through production.

Mechanical Engineering Intern designing robotic humanoid hand and wheeled robot components. Responsibilities include CAD design, structural analysis, prototyping, manufacturing optimization, actuator and electronics integration, supplier coordination, testing, validation, and fixture development. The intern will collaborate cross-functionally and help move designs from concept through production in a fast-paced environment.

Design, develop, build, and test mechanical assemblies, mechanisms, and instrument components for a point-of-care molecular diagnostic platform. Responsibilities include cartridge engagement, fluid actuation, instrument motion, prototype-to-commercial verification, design for manufacturability, vendor collaboration, cross-functional integration, design controls, and ISO 13485-compliant verification testing.

Own mechanical product design from concept through manufacturing for high-end consumer electronics. Develop subsystem and system architectures, build prototypes, perform FEA and tolerance analysis, and design for high-volume manufacturing. Lead small mechanical engineering teams and collaborate with product, electrical, industrial design, manufacturing, vendors, and international stakeholders. Apply expertise in molded, stamped, cast, and machined parts, ingress protection, thermal management, and electro-mechanical integration.

Lead sustaining engineering for fielded electro-mechanical products, including root cause and failure analysis, corrective actions, engineering change orders, mechanical analysis, design validation, manufacturing support, and product documentation. Collaborate with quality, manufacturing, suppliers, and cross-functional engineering teams to improve reliability, address defects, manage product revisions, and support transitions from new product introduction to sustaining operations.

Own mechanical design for next-generation safety technology from concept through production. Develop subsystem and system architectures, build and analyze prototypes, conduct FEA and tolerance analysis, and collaborate with electrical, industrial design, product, and manufacturing teams. The role requires designing injection-molded, stamped, die-cast, and machined components; integrating PCB assemblies; achieving dust and water resistance; and delivering robust, high-volume-manufacturing designs.

Design and develop innovative products from concept through manufacturing. Responsibilities include creating subsystem and system-level concepts, building and analyzing prototypes, conducting FEA and tolerance analyses, testing designs, and balancing competing constraints. The engineer collaborates with product management, electrical engineering, industrial design, manufacturing teams, and international stakeholders while owning mechanical design outcomes.

Own mechanical product design from concept through manufacturing for next-generation public safety technology. Develop system and subsystem concepts, build and analyze prototypes, perform FEA and tolerance analysis, and design components for high-volume manufacturing. Collaborate with product, electrical, industrial design, and manufacturing teams while integrating electronics, thermal solutions, ingress protection, and varied manufacturing processes. The role requires strong mechanical design, DFM/DFA, communication, testing, and cross-functional problem-solving skills.

Design, prototype, build, commission, and release custom high-speed automated assembly machinery. Develop mechanical stations, tooling, layouts, mechanisms, and framing using SolidWorks; support NPI and proof-of-principle prototypes; create specifications, BOMs, and documentation; execute FAT/SAT; troubleshoot equipment; and collaborate with R&D, manufacturing engineering, controls, and operations teams to achieve production and OEE targets.

Leads mechanical design and development of pulsed-field electrosurgical devices from concept through verification and commercialization. Oversees design controls, requirements traceability, risk management, verification testing, technical reviews, and design transfer. Collaborates with assurance, regulatory, clinical, manufacturing, and other R&D teams while mentoring engineers and resolving complex technical challenges. Supports manufacturability, assembly, sustaining engineering, and complaint investigations. Requires 7+ years of capital equipment development experience, with medical device experience preferred.

Lead and support research and development initiatives evaluating and qualifying emerging marine and offshore technologies. Assess novel concepts and mechanical systems, conduct New Technology Qualification and Approval in Principle activities, develop research proposals and grant applications, provide technical expertise to internal teams, and engage with clients and industry forums. The role focuses on offshore facilities, mechanical equipment, piping systems, hydrogen and ammonia production, electrolyzers, and emerging marine energy technologies.

Own the architecture and development of autonomous vehicle closures, including doors, latches, hinges, actuators, seals, and glazing. Lead requirements, system integration, mechanism design, CAD, GD&T, sourcing, tooling, validation, PPAP, and launch. Perform modeling, sizing, FEA, root-cause analysis, and cross-functional technical resolution across mechanical, electrical, firmware, manufacturing, quality, and service teams. Mentor engineers and manage supplier technical relationships.

Designs, analyzes, and documents HVAC, piping, plumbing, and fire suppression systems for building projects. Collaborates with clients, contractors, consultants, manufacturers, and multidisciplinary design teams throughout design and construction. Manages multiple project tasks while developing sustainable and integrated engineering solutions. The role requires an accredited architectural or mechanical engineering degree, strong analytical and communication skills, and building-industry experience; FE, modeling software, and sustainability credentials are advantageous.

Design and develop precision opto-mechanical components, packaging, modules, enclosures, thermal systems, and fiber-management solutions. Perform structural, thermal, and vibration FEA; create CAD models, drawings, tolerances, and assembly documentation. Build and validate prototypes, troubleshoot failures, collaborate with manufacturing vendors, support ECOs, and transition designs into production. The role requires multidisciplinary collaboration across photonics, electrical engineering, packaging, manufacturing, and operations.

Lead mechanical New Product Introduction activities from concept through pilot builds, production ramp, and sustained manufacturing. Establish NPI gates, manufacturability practices, assembly processes, quality metrics, defect-reduction programs, FMEA, root cause analysis, and CAPA. Evaluate tooling and manufacturing processes, scale production lines, and manage mechanical component suppliers and contract manufacturers. Collaborate across design, electrical engineering, quality, supply chain, and program management to deliver scalable, high-quality robotic hardware.

Lead mechanical product development projects for photonics components, including high-power Faraday isolators, fiber-optic components, and diode laser pumps. Design, prototype, test, and document mechanical, optical, and electronic components; develop test fixtures; perform materials and technology research; support manufacturing; interface with customers and suppliers; and lead technical staff and project reporting.

Design and develop electromechanical packaging, cockpit displays, and aircraft hardware from CAD through certification and production. Responsibilities include creating engineering documentation, designing manufactured components, performing structural and thermal verification, conducting DO-160 environmental testing, building prototypes, analyzing failures, and supporting manufacturing and suppliers. The role also applies design-for-manufacturability and design-for-assembly principles to improve quality, cost, and production readiness.

Own mechanical subsystems for a robotic platform from concept through production. Design, analyze, prototype, test, and validate systems using SolidWorks, FEA, kinematics, dynamics, and tolerance analysis. Partner with suppliers and contract manufacturers on DFM, fixtures, assembly processes, NPI, and production transfer. Troubleshoot manufacturing and field issues, drive root-cause resolution, and collaborate cross-functionally with electrical, firmware, controls, product, and operations teams.

Leads mechanical hardware development for autonomous vehicles from design and testing through production. Responsibilities include designing and validating vehicle hardware, creating specifications and procedures, coordinating subsystems and contract manufacturers, conducting design reviews, producing manufacturing-ready parts and BOMs, managing engineering changes, and ensuring safety and regulatory compliance.

Leads the mechanical engineering domain for robotic recovery products, owning mechanical architecture, system integration, design, analysis, prototyping, validation, cost reduction, manufacturability, and production transfer. The role establishes CAD, FEA, tolerance, and design-review standards; partners with electrical, firmware, controls, suppliers, and contract manufacturers; mentors engineers; and supports technology roadmaps. Regular travel to the NYC office and supplier or manufacturing engagements, including international travel, is required as needed.

Designs and develops medical-device hardware using mechanical CAD, sheet metal design, GD&T, tolerance analysis, and prototype fabrication. Creates engineering documentation, conducts DFMEA, interfaces with customers and suppliers, supports testing and production startup, and transfers products to manufacturing. Requires familiarity with medical-device regulations, tooling and welding processes, technical presentations, and hands-on fabrication. Travel to customer, supplier, and application sites is required.

Leads mechanical architecture, design, simulation, verification, validation, and risk management for complex medical devices from conception through launch. Performs tolerance analysis, FEA, kinematic modeling, prototyping, and design-for-manufacturing optimization. Ensures compliance with medical device quality systems and regulations while collaborating with manufacturing, quality, and supply chain teams. Mentors junior engineers, manages multiple projects, and prepares technical documentation and presentations.

Designs, prototypes, tests, troubleshoots, and documents precision mechanical components, assemblies, and instrumentation for biodefense, clinical, and life-science applications. Develops specifications, test protocols, manufacturing fixtures, assembly procedures, and supports production. Collaborates cross-functionally and with vendors while ensuring compliance with ISO and FDA cGMP requirements. The role involves CAD design, electromechanical systems, injection molding, machining, sheet metal manufacturing, and regulated product development.