Top Mechanical Engineering Jobs

Designs precision-machined products using CAD and solid modeling, builds and tests prototypes, produces specifications and BOMs, analyzes test data, develops control/test systems, supports production and customer issue resolution, and documents designs (drawings, calculations, reports).

Design, prototype, and validate mechanical subsystems for autonomous surface and subsea vehicles (pressure housings, seals, thruster assemblies). Integrate sensors and actuators with electronics, lead lab and ocean testing, troubleshoot field issues, and iterate designs from CAD to deployed hardware. Work hands-on in fabrication and travel internationally for testing.

Lead design and development of heavy lift and transport equipment from concept through production and implementation. Perform structural and finite element analysis, create CAD models and fabrication drawings, oversee testing and field deployment, mentor junior engineers, manage project budgets and schedules, and ensure compliance with industry safety standards and regulations.

Design, develop, and improve mechanical systems, components, and products. Apply engineering principles and analysis, collaborate with fabrication, assembly, maintenance, quality, and production teams, and ensure projects meet technical, safety, and customer requirements while driving product quality and efficiency.

Design and develop precision tooling, fixtures, and hardware for advanced semiconductor packaging. Lead process integration, feasibility studies, supplier partnerships, and tooling improvements using CAD, GD&T, FEA, and lab validation to enable high-volume manufacturing.

Design and develop mechanical hand tools from concept through production. Create CAD models and detailed drawings, build prototypes, run FEA and tolerance/stress analyses, execute verification/validation testing, improve test equipment/procedures, resolve customer quality issues, and collaborate with cross-functional teams and suppliers using DFSS and technical risk management.

Lead mechanical and electro-mechanical new product development, perform FEA/CFD and DFM/DFMEA reviews, author validation tests, collaborate with cross-functional teams and customers, estimate costs/timelines, and mentor junior engineers.

Lead design, characterization, and productionization of flexible, compliant components for robotic platforms. Use FEA to model material behavior, develop durability test methods, source materials, collaborate with supply chain and contract manufacturers, and document specifications. Investigate field failures and iterate designs to meet manufacturability and performance targets.

Design and develop forklift components and systems, create fabricated assemblies and brackets, produce welding and assembly drawings, manage parts lists and engineering change documentation, coordinate with suppliers and internal teams, and use 3D CAD and PDM tools to meet development schedules.

Design and develop frame, body, and cabin components for electric forklifts. Create 3D models and drawings, manage files in PDM, ensure manufacturability and quality, collaborate with cross-functional teams, support testing and prototyping, and maintain engineering documentation (DFMEAs, BOMs) while managing component development schedules.

Lead mechanical design and FEA for custom prototype equipment, containment systems, and remotely operated mechanisms. Produce and review drawings, specifications, analyses, technical reports, and documentation. Coordinate with multidisciplinary teams, manage projects, mentor engineers, perform site visits, and support proposals and testing to ensure compliance with requirements and standards.

Design, detail, build, test, and document automation and packaging equipment. Create SolidWorks models and drawings, develop prototypes, select mechanical/pneumatic/electro-mechanical components, optimize for safety and cost, support product launches, and mentor junior engineers. Travel to customer sites ~10%.

Lead mechanical design for electric motors and rotating equipment using FEA and advanced analysis (airflow, vibration, acoustics). Drive design optimization, manufacturability, cost reduction, testing, documentation (drawings, BOMs), and cross-functional collaboration to deliver new products and continuous improvements.

Design, develop, and modify mechanical layouts, tooling, and fixtures; troubleshoot complex mechanical problems; perform engineering analyses and tests; generate specifications and documentation; oversee manufacturing, procurement, and installation; lead technical projects and supplier development; implement standards and communicate solutions across teams.

Lead design and development of mechanical systems (vacuum chambers/subassemblies) from concept through production. Manage BOMs in ERP, create CAD models, apply GD&T, prototype, test, and support manufacturability and cost reduction while partnering with cross-functional teams.

Design and develop burner and boiler-related equipment using CAD/CAM (AutoCAD, Inventor); provide technical product knowledge and support; analyze issues, perform root-cause analysis, and recommend solutions; communicate across departments and with customers; may work in office and production plant environments.

Design, develop, and test mechanical products and systems for robotic applications. Create and review mechanical drawings, manage change control, generate improved design concepts, and produce CAD models. Configure and integrate robots, controllers, vision, and peripheral systems. Support installations, perform demonstrations, provide remote technical support, design custom metal parts, manage projects independently, and mentor junior engineers.

Design, implement, and sustain mechanical, electromechanical, and industrial systems. Coordinate fabrication, installation, vendor evaluation, procurement, maintenance, and repairs. Apply statistical methods to estimate equipment capability, analyze designs/specs/manuals, design machines and control systems (including robots, thermal, hydraulic, and heat transfer systems), and recommend modifications to improve reliability and performance.

Lead mechanical design, specification, installation, testing, and lifecycle management of printing and material-handling equipment. Drive custom design, capital investment analysis, quality resolution, documentation, validation, and continuous improvement to ensure safe, maintainable, high-performance manufacturing systems.

Design, prototype, and iterate tactile, proprioceptive, and force sensing mechanical subsystems. Create CAD models and drawings, build and test prototypes, develop validation methods, support DFM/DFA and transition to manufacturable assemblies, collaborate with cross-functional teams, and sustain engineering through failure investigation and process improvements.

Design, model, and analyze heat pipe systems for high-temperature and nuclear applications; develop manufacturing methods, test articles, procedures; define operating limits, investigate failures, and coordinate cross-functional and external stakeholders to deliver qualified hardware.

Lead design, integration, and sustaining engineering of mechanical subsystems for robotic platforms. Create and maintain CAD models, drawings, and tolerancing; build and test prototypes; develop validation and test methods; support DFM/DFA and transition to manufacturable assemblies; collaborate with cross-functional teams and manufacturing partners; investigate failures and drive iterative improvements toward production readiness.

Perform mechanical design and equipment sizing for heavy industrial and oil & gas facilities: produce datasheets/specs, BOMs, hydraulic and pump sizing calculations, review construction drawings and isometrics, provide 3D modeling support, perform CAESAR II stress analysis and reports, evaluate contractor bids, and support construction/site walkdowns and RFIs.

The Mechanical Engineer will design and optimize production hardware, develop automated systems, manage supplies, and improve products while collaborating with the team.

The Mechanical Engineer will lead automation projects, support maintenance projects, provide technical solutions, improve process control, and assist in project management and employee engagement.