Top Mechanical Engineering Jobs

The Mechanical Engineer supports the nuclear power plant operations by ensuring compliance with regulations, troubleshooting equipment, and providing engineering support. Responsibilities include system health monitoring, technical evaluations, and documentation revisions.

Support sustaining engineering for defibrillator and ventilator products: design parts/assemblies/enclosures, perform mechanical/thermal/flow/tolerance analysis, produce drawings and documentation, lead design reviews, troubleshoot and resolve product issues, develop and execute test plans/validation, and support regulatory/test submissions and risk/FMEA activities.

Lead mechanical design, analysis, prototyping, and validation of liquid-cooling components (cold plates, manifolds, fittings). Create CAD models, drawings, GD&T, perform mechanical and fluid analyses, run validation tests, drive supplier DFM and manufacturing handoff, and resolve field issues to ensure reliable, manufacturable products.

Design mechanical systems, create manufacturing drawings, perform design analysis, and ensure designs meet engineering standards and customer expectations.

The Senior Mechanical Engineer develops mechanical systems for packaging machinery, leads projects, collaborates with teams, and mentors junior engineers, ensuring continuous improvement.

Design, develop, and modify machines and components for manufacturing. Create detailed 3D CAD models and assembly drawings, collaborate with suppliers and cross-functional teams, support manufacturing and field teams, troubleshoot equipment failures, and contribute to project activities while ensuring manufacturability, cost, safety, and performance.

Design custom automated machinery and robotic assembly systems from concept through release. Create detailed assemblies, manufacturing drawings, BOMs, and specs; perform calculations, tolerance analysis, and component selection. Support builds, testing, validation, troubleshooting, and cross-functional integration while ensuring safety, manufacturability, and schedule adherence.

The Senior Mechanical Engineer will design, develop, and analyze the Node structures for offshore deployment, performing structural validations and collaborating with multi-disciplinary teams while mentoring less-experienced engineers.

Design, develop, and deploy mechanical systems and launch-equipment hardware for the Sentinel (GBSD) program. Create CAD models and 3D drawings, perform stress and dynamic analyses, verify designs via simulation and testing, produce design documents, support lifecycle phases, mentor junior engineers, and present technical status to customers and stakeholders.

The Senior Fluids Engineer will design and develop fluid systems for the core technology, ensuring performance and reliability through collaboration and engineering documentation.

As a Mechanical Engineer, you will design and analyze Node structures and subsystems, perform structural analysis, and manage CAD models and drawings, ensuring their manufacturability and reliability in offshore conditions.

Design custom manufacturing equipment for improved quality and efficiency, conduct feasibility studies, collaborate on mechanical systems, and provide mentorship.

Design and develop mechanical systems for autonomous trucks, ensuring integration with OEM vehicles and collaboration with cross-functional teams.

Lead mechanical design of high-voltage pulsed power systems from concept through fabrication. Produce SolidWorks parts/assemblies/drawings, apply GD&T, select materials/fasteners, perform structural analyses, iterate with manufacturing, collaborate across disciplines, and mentor junior engineers.

The Mechanical Engineer/Project Manager evaluates engineering techniques, manages project phases, leads design processes, and collaborates on multi-discipline projects while ensuring quality control and technical advisement.

Senior engineer responsible for designing site-specific trench/excavation shoring systems, producing sealed plans and calculations, ensuring compliance with engineering codes and OSHA standards, estimating project costs, supporting sales, and maintaining multi-state professional licensure. Uses AutoCAD, Mathcad, and MS Office.

Lead mechanical redesign of UHV and HV semiconductor inspection subsystems from requirements through qualification and manufacturing transfer. Drive architecture, tolerance/GD&T strategy, FEA/thermal/vibration analysis, supplier management, root-cause investigations, and mentor junior engineers to improve performance, reliability, and manufacturability.

The Senior Mechanical Design Engineer develops innovative mechanical designs, conducts feasibility studies, and collaborates across disciplines for product lifecycle management.

Design and develop mechanical subsystems for UHV and HV semiconductor inspection modules. Create 3D CAD models, drawings, BOMs; perform tolerance analysis, GD&T, and FEA; support prototyping, supplier development, manufacturing introduction, troubleshooting, and product lifecycle documentation.

Designs and develops mechanical layouts, schematics, tooling, fixtures, and specifications for semiconductor manufacturing equipment. Troubleshoots complex mechanical problems, performs engineering analyses, coordinates testing, oversees manufacturing and installation, develops suppliers, and resolves product issues. Requires collaboration across procurement, assembly, manufacturing, and engineering teams while ensuring adherence to standards and documenting technical solutions.

Senior mechanical engineer and project manager responsible for designing and optimizing large-scale cooling systems and central energy plants. Performs heat-load calculations, equipment selection, field surveys, testing, troubleshooting, and construction-document preparation. Coordinates with clients, architects, electrical engineers, contractors, and internal teams while ensuring compliance with building codes and company standards. Maintains client relationships and supports construction administration and project delivery.

Design fixtures, jigs, and facility layouts using CAD software in a manufacturing environment. Drive cost reductions, process improvements, productivity gains, and space utilization. Learn and apply Toyota Production System methods, including one-piece flow, takt time reduction, kanban, and workcell development. Serve as a bilingual Japanese-English liaison with the corporate team in Tokyo. The role requires an engineering bachelor’s degree, fluency in Japanese and English, and approximately 10% travel.

Designs food-industry machinery using SolidWorks and AutoCAD, including layouts, detailed drawings, exploded views, and bills of materials. Calculates conveyor motor requirements and rotational torque, collaborates with electrical engineers on HMI, PLC, and robotic integrations, incorporates customer design requirements, and supports on-site machine commissioning.

Hands-on mechanical project engineer to design, install, repair, and sustain mill equipment. Lead or support capital projects, shutdowns, failure investigations, and documentation; collaborate with contractors/vendors; ensure safety and compliance. Placement at Engineer I, II, or III depends on experience.

Develops technical information and mechanical components for service parts, accessories, and attachments. Identifies suitable components and suppliers, participates in design reviews and product testing, applies DFM/DFA principles, evaluates costs, and supports failure investigations using FMEA and 8D root-cause analysis. Reviews and approves mechanical documentation, researches industry patents, and collaborates with design, manufacturing, sourcing, testing, marketing, and service teams.