Top Mechanical Engineering Jobs

Serves as the on-site engineering authority for engine assembly, resolving nonconforming hardware through MRB decisions, improving part and process producibility, and leading root-cause investigations. The role partners with design, manufacturing, suppliers, and quality teams to improve airworthiness, quality, cycle time, and delivery. It also mentors junior engineers and leads technically complex cross-functional projects with limited oversight.

Design mechanical parts and flight and ground-support hardware for the START lunar program. Create CAD models, piece-part, assembly, lifting, and operational drawings; support manufacturing, testing, and on-orbit operations. Collaborate cross-functionally under aggressive schedules while applying mechanical design, GD&T, manufacturing, and aerospace standards. The role requires substantial mechanical engineering and CAD experience, with preferred expertise in Creo or SolidWorks and composite structures.

Designs and develops mechanical components for cardiac electrophysiology catheters, sheaths, and other medical devices. Responsibilities include prototyping, CAD design, manufacturing process development, test fixture creation, troubleshooting assembly issues, design reviews, FMEA participation, supplier coordination, clinical evaluations, and cross-functional integration with electrical and software engineering teams.

Design and develop wind turbine driveline components, especially main bearing covers and seals, across the full product lifecycle. Responsibilities include CAD design, drawings, specifications, validation testing, manufacturing support, field issue resolution, root cause analysis, reliability improvement, cost reduction, and supplier collaboration. The role supports new product and technology introductions while ensuring quality, manufacturability, serviceability, and compliance with engineering standards.

Provides hands-on mechanical engineering support for medical-device robotic capital equipment, including sustaining design, global BOM management, engineering changes, manufacturing transfers, quality investigations, CAPA, obsolescence management, CAD, drawings, tolerance analysis, DFM/DFA, validation, and continuous improvement. Partners cross-functionally with R&D, Manufacturing, Quality, Service, suppliers, and external manufacturing partners. The role is fully onsite in San Jose and requires up to 10% travel.

Designs, develops, tests, and industrializes mechanical products for transit and rail applications. Responsibilities include 3D modeling, drafting, FEA, tolerance analysis, prototyping, cost and manufacturability evaluation, test planning, documentation, vendor coordination, engineering changes, and manufacturing and quality support. The role also solves customer problems, validates components, supports new product production, and develops engineered solutions.

Design and substantiate flight-critical aircraft structures, including airframes, arms, landing gear, payload interfaces, and ground systems. Responsibilities include SolidWorks aero-structure design, FEA and hand calculations, composite and joint analysis, safety-margin ownership, material and process trade studies, structural testing, analysis correlation, supplier DFM support, and flight-hardware failure analysis.

Provides mechanical engineering support for Air Force facility investment, design, construction, and infrastructure projects. Reviews designs for compliance with DoD and Air Force standards, evaluates constructability, cost, schedules, risks, and conflicts, and coordinates stakeholders. Monitors construction progress, quality, and contract compliance while supporting inspections, meetings, documentation, and design reviews. Requires participation in virtual and on-site project activities.

Provides senior mechanical engineering support for Air Force facilities, infrastructure, and asset management programs. Reviews designs and construction documents, conducts facility inspections and condition assessments, analyzes mechanical asset data, and supports lifecycle planning, sustainment, modernization, and mission readiness. Collaborates with government engineers, contractors, maintenance personnel, and stakeholders while preparing technical reports, briefings, project plans, and engineering recommendations. The role is onsite at Eglin AFB and requires Secret clearance eligibility.

Designs and develops mechanical and electro-mechanical systems from concept through productization. Responsibilities include CAD modeling, component design, structural and thermal analysis, FEA, feasibility studies, testing, validation, technical documentation, and design reviews. The role collaborates with procurement and assembly teams and supports semiconductor equipment development.

Designs and documents ruggedized electronic equipment for military applications. Responsibilities include CAD modeling, complex assembly design, drafting, tolerance stack-ups, drawing creation, documentation updates, configuration control, and library part creation. The role collaborates with mechanical, electrical, and systems engineering teams and supports manufacturing-driven designs involving machining, welding, sheet metal, casting, and 3D printing. The position is full-time, on-site, and requires an active DoD Secret clearance and U.S. citizenship.

Leads mechanical design engineering for space-based and flight systems from conceptual design through manufacturing, assembly, integration, and testing. Oversees engineering teams, product definition and analysis packages, technical reviews, supplier coordination, mechanical deliverables, design studies, and system integration analyses. Requires aerospace mechanical design expertise, CAD modeling, manufacturing knowledge, GD&T, materials selection, technical leadership, and an active Secret clearance.

Develops and maintains mechanical components and systems using Creo and Windchill for 3D modeling, drawings, and documentation. Collaborates with suppliers, customers, manufacturing, and validation teams to create cost-effective designs involving plastics, castings, forgings, sheet metal, stampings, and welded or bonded components. Documents engineering decisions and analysis, supports prototypes, resolves quality issues, and drives corrective actions.

Develops and maintains mechanical components and systems using Creo and Windchill, including 3D models, sheet metal, routings, 2D drawings, and specifications. Collaborates with manufacturing, suppliers, customers, and verification teams to create cost-effective designs. Documents engineering decisions and analysis for prototypes and production adoption, addresses quality issues, determines root causes, and drives corrective actions.

Provides senior technical leadership for air handling unit product engineering, including mechanical component and system design, product certifications, regulatory compliance, seismic and wind certification, statistical analysis, and design documentation. Collaborates with engineering, manufacturing, product management, certification agencies, and cross-functional teams to resolve issues, improve processes, guide technology adoption, and deliver compliant HVAC and data center cooling solutions.

Leads opto-mechanical design for complex optical subsystems, including component drawings, sub-micron alignment, thermal stability, mechanical analysis, integration, calibration, testing, and design-for-manufacturability. Acts as a technical lead across cross-functional teams, coordinates suppliers and manufacturing, resolves complex mechanical issues, and drives product specifications and lifecycle activities.

Leads system-level development of complex robotic, electromechanical, and mechatronic platforms. Translates customer requirements into system concepts, defines architectures and interfaces, evaluates technical risks, guides interdisciplinary engineering teams, and ensures compliance with certification requirements. The role includes technical mentoring, design reviews, innovation, requirements traceability, customer discussions, intellectual property support, and schedule leadership. Requires expertise in thermal systems, motion control, sensor integration, machine intelligence, and system engineering, with international travel up to 20%.

Develop and lead module-level concepts for complex robotic and electromechanical platforms. Translate customer requirements into system architectures, specifications, and technical interfaces; evaluate concepts using physics-based modeling, manage risks, facilitate design reviews, ensure subsystem compatibility and regulatory compliance, and coordinate cross-functional development schedules. The role also presents technical solutions to customers and stakeholders and requires international travel of up to 10%.

Leads HVAC and mechanical engineering design for complex building projects, including system calculations, equipment selection, construction documents, energy modeling, multidisciplinary coordination, client engagement, project management, construction administration, quality review, and mentoring. The role requires managing schedules, budgets, staffing, and technical deliverables while ensuring code compliance and supporting sustainable building solutions.

Designs, improves, and supports manufacturing equipment, tooling, and production processes. Leads capital equipment projects from concept through startup, troubleshoots mechanical and reliability issues, analyzes downtime root causes, and drives improvements in safety, quality, productivity, OEE, and operating costs. Collaborates closely with operations, maintenance, quality, and manufacturing teams while applying lean manufacturing and continuous improvement methods.

Mechanical engineering interns will support hands-on product development and consulting projects, creating mechanical designs, building and testing prototypes, refining designs based on test results, and presenting solutions to clients. The role involves collaborating with multidisciplinary engineering teams and using prototyping equipment such as CNC machines, 3D printers, laser cutters, and other engineering tools.

Design, build, test, and refine mechanical prototypes and products in a hands-on product development consulting environment. Collaborate with multidisciplinary engineering teams and clients to develop technologies and bring products to production. Use CAD, CNC machining, 3D printing, laser cutting, and other manufacturing processes while solving technical challenges across biomedical, automation, robotics, and industrial applications.

Designs, analyzes, tests, and supports moderately complex mechanical and electromechanical systems for aerospace, defense, and industrial applications. Develops equipment and components, conducts feasibility studies, interprets test results, supports prototype fabrication and manufacturing, troubleshoots failures, contributes to MRB dispositions, and provides technical documentation, presentations, and customer support.

Designs and develops automated manufacturing solutions, applying mechanical engineering principles to conventional and nonroutine projects. Works independently on small projects or portions of larger projects, reviews technical work, improves designs and workflows, and collaborates with teams to solve engineering challenges. The role is onsite in Lake Orion, Michigan, with travel of up to 25%, including overnight and international travel.

Leads mechanical engineering activities for power, energy, refining, and chemical industry EPC projects. Responsibilities include managing schedules and budgets, specifying and evaluating process equipment, reviewing vendor documents, performing equipment and piping calculations, specifying materials, conducting field surveys, coordinating project meetings, supervising engineers, mentoring staff, and supporting proposals and engineering standards. Requires extensive industry experience, strong communication skills, and willingness to travel between office and field environments.