Top Mechanical Engineering Jobs

Designs mechanical and MEP systems under senior engineering direction, including equipment selection, load and energy calculations, pressure-drop calculations, CAD/Revit documentation, field inspections, and multidisciplinary coordination. The role supports due diligence and technical reports, ensures accurate and timely deliverables, and progresses toward managing more complex projects. Candidates need mechanical engineering education, MEP design experience, Revit and AutoCAD MEP proficiency, code knowledge, FE certification, and preferably PE certification and mission-critical, healthcare, or science and technology experience.

Designs mechanical components and technical drawings for robotic surgical platforms in a regulated, volume-manufacturing environment. Performs tolerance, thermal, structural, and process analyses; develops prototypes; supports verification, qualification, production transfer, and manufacturing troubleshooting. Collaborates with manufacturing teams on tooling, fixtures, and assembly instructions while contributing to cross-functional product development and compliance with medical-device standards.

Designs and develops mechanical components and assemblies for residential and commercial battery energy storage products. Responsibilities include CAD modeling, manufacturing drawings, tolerance analysis, prototyping, thermal and structural analysis, material selection, DFM, supplier collaboration, electrical integration, testing, validation, and product lifecycle management from concept through production.

Design, develop, validate, and sustain mechanical components and systems for mass transit braking products. Lead engineering work packages, perform CAD and engineering analyses, create technical documentation, assess risks, support testing and product release, and resolve technical issues through root-cause investigations and corrective actions. Collaborate with manufacturing, quality, supply chain, suppliers, customers, and field service teams while supporting product improvements, cost evaluations, and compliance with safety, reliability, and manufacturability requirements.

Supports transmission, axle, clutch, and powertrain validation programs for commercial vehicles. Responsibilities include creating DVP&Rs, planning and executing tests, analyzing data, identifying root causes, developing corrective actions, evaluating reliability, automating test reporting, coordinating with global cross-functional teams, managing work orders, documenting projects, and presenting recommendations. The role requires a mechanical engineering degree and 0–2 years of relevant automotive powertrain experience.

Supports mechanical engineering projects for Variable Cam Timing and Timing Drive applications, including product development, design refinement, validation, prototype analysis, customer requirements, and new business opportunities. Leads or supports specifications, design reviews, DFMEA, DVP&R, technical meetings, product releases, failure analysis, and cost or manufacturing improvements. Collaborates with design, suppliers, prototype, validation, and plant engineering teams to develop durable, cost-effective products.

Designs, builds, commissions, and maintains mechanical, electrical, fluid, instrumentation, PLC, and data acquisition systems for spacecraft qualification and manufacturing. Owns ground support equipment and test infrastructure including propulsion stands, environmental chambers, fill carts, and gas/liquid systems. Integrates industrial hardware, supports high system uptime, collaborates across engineering teams, and documents reliable production systems.

Designs, develops, analyzes, and improves mechanical systems, components, and products. Collaborates with fabrication, assembly, maintenance, quality, and production teams to meet technical, safety, quality, efficiency, and customer requirements. Reports to the Chief Technology Officer and supports innovation and production operations.

Designs, analyzes, tests, and supports deployment of mechanical components, assemblies, and systems. Creates 3D CAD models and engineering drawings, performs calculations and tolerance analyses, supports prototyping and failure analysis, and develops test plans. Collaborates with manufacturing, suppliers, quality, and electrical teams to improve manufacturability, reliability, cost, and product performance while managing technical risks and compliance requirements.

Design and model heat exchanger equipment for refinery, petrochemical, gas, and renewable process technologies. Responsibilities include equipment selection, specification development, design optimization, field troubleshooting, technical presentations, and product improvement. The role contributes to internal engineering standards, calculation tools, and documentation while collaborating with process, equipment, project management, customers, contractors, and vendors. Travel up to 10% worldwide is required, with initial onsite work followed by a hybrid schedule.

Designs, analyzes, develops, and tests mechanical and electromechanical components, assemblies, and systems under senior engineering direction. Creates 3D models, 2D drawings, specifications, and technical analyses; collaborates with integrated product teams, suppliers, procurement, manufacturing, and test personnel throughout the product lifecycle. Supports hardware builds and validation in production environments. Requires a mechanical engineering degree, CAD experience, U.S. citizenship, and ability to obtain a security clearance.

Designs ruggedized electromechanical systems, dynamic mechanisms, and autonomous systems for challenging environments. Responsibilities include concept exploration, trade studies, design down-selection, prototyping, testing, technical reporting, and communicating design decisions to project leadership. The role requires collaboration across multidisciplinary teams and independent execution of mechanical design assignments.

Mechanical Design Interns apply engineering concepts to design mechanical, HVAC, and plumbing systems. They assist with developing efficient, cost-effective, resilient, and sustainable design solutions while gaining exposure to professional design processes and related departments. The role requires a current student pursuing an engineering degree, strong mathematical and communication skills, attention to detail, critical thinking, problem-solving ability, and foundational knowledge of high-performance mechanical system design.

Lead the design and development of HVAC and mechanical systems for complex commercial, healthcare, laboratory, aviation, and mission-critical facilities. Perform engineering calculations, equipment selections, construction documentation, technical specifications, and code-compliant designs. Collaborate with multidisciplinary teams, BIM professionals, construction teams, clients, and stakeholders throughout the project lifecycle. Support design reviews, system performance improvements, sustainability initiatives, construction, and project completion.

Designs mechanical and plumbing systems for commercial and industrial buildings, including HVAC, ventilation, water, gas, piping, and building automation systems. Prepares calculations, equipment selections, construction documents, specifications, energy and life-cycle analyses, and sustainable design solutions. Collaborates with clients, vendors, estimators, construction teams, and senior engineers while supporting BIM documentation and construction oversight.

Leads mechanical engineering projects from conceptual design through construction oversight. Designs and documents HVAC, plumbing, piping, ventilation, heating, cooling, and building automation systems; performs sizing calculations, energy and water analyses, life-cycle cost evaluations, equipment selections, specifications, and construction support. Collaborates with clients, vendors, estimators, construction teams, BIM specialists, and designers to deliver efficient, sustainable, code-compliant building systems.

Owns the design, execution, and certification of hypersonic ordinance flight hardware. Develops specifications, statements of work, supplier requirements, detailed designs, drawings, and engineering work products. Reviews cross-functional requirements, supports manufacturing and test anomaly resolution, evaluates supplier procurement activities, and presents technical data during reviews. Requires mechanical engineering expertise, propulsion component development or integration experience, strong communication skills, and U.S. citizenship.

Designs, analyzes, develops, and supports mechanical components, assemblies, mechanisms, and systems throughout the engineering lifecycle. Owns mechanical systems, leads small technical teams, creates models, drawings, specifications, and tolerance analyses, and represents the organization in design reviews. Collaborates with engineering, suppliers, procurement, manufacturing, and test teams to build and validate hardware. Requires occasional travel to supplier or other sites.

Designs, develops, prototypes, verifies, and documents mechanical components and subsystems for robotic medical devices. Translates design inputs into engineering specifications, applies robotics and mechanical design principles, evaluates materials and manufacturing processes, creates engineering drawings and models using GD&T and CAE tools, and supports regulatory design documentation. Collaborates across disciplines while independently managing priorities and solving complex engineering problems.

Designs, develops, modifies, prototypes, and verifies mechanical components and subsystems for robotic medical devices. Translates design inputs into engineering specifications, creates models and drawings, applies GD&T and CAE tools, and documents designs for regulatory compliance. Collaborates across disciplines, analyzes design solutions, supports testing, and independently manages engineering work with minimal supervision.

Develops and improves vehicle wash systems and technologies through mechanical, electrical, and lighting solutions. Leads product innovation projects from concept through release, creates testing methodologies, conducts laboratory and field validation, builds prototypes, and manages workshop equipment. Designs parts and assemblies in 3D CAD, documents products, coordinates manufacturing, and supports field implementation. Requires strong problem-solving, technical writing, project management, and knowledge of manufacturing and commercialization processes.

Designs and coordinates mechanical systems across project phases, including HVAC, plumbing, and fire protection layouts, calculations, equipment sizing, controls, specifications, and code compliance. Performs QA/QC, reviews RFIs and submittals, verifies field conditions, supports construction observation, coordinates with consultants, participates in client and project meetings, tracks project hours, and mentors junior staff. The role requires independent technical ownership and collaboration within a hybrid AEC environment.

Supports senior engineers with the analysis, design, and evaluation of mechanical systems, components, propulsion, structures, and environmental systems. Collects and analyzes data, resolves routine technical problems, prepares technical documentation, and communicates findings. Collaborates with cross-functional teams to meet project goals and deadlines. Requires a related bachelor’s degree or equivalent experience and 0–2 years of experience.

Leads mechanical new product development projects from design through testing and production release. Responsibilities include engineering analysis, CAD modeling, finite element analysis, prototype construction, test planning, root cause analysis, technical documentation, drawing approval, vendor coordination, and cross-functional support. The role also manages schedules, budgets, stage-gate requirements, manufacturing considerations, and customer product specifications.

Designs custom overhead and underground switchgear products, leading moderately complex design projects from communication and scheduling through delivery. Applies industry and internal standards, supports customers, mentors design team members, contributes to feasibility and product development, and resolves root causes through continuous improvement. Collaborates with manufacturing, supply chain, application engineering, and other departments while providing technical support and maintaining design quality.