Top Mechanical Engineering Jobs

Designs and releases custom material handling equipment from concept through manufacturing handoff. Responsibilities include creating 3D models, fabrication and assembly drawings, BOMs, hydraulic circuits and schematics, and manufacturing documentation. The engineer supports the manufacturing floor, resolves technical issues, coordinates with production, and hosts factory acceptance testing. Required qualifications include a Mechanical Engineering degree, custom manufacturing design experience, hydraulic system expertise, SolidWorks proficiency, engineering release experience, and knowledge of fabrication processes.

Design and refine mechanical products and material-handling equipment from concept through production. Plan and execute engineering projects, collaborate with manufacturing and sales, apply continuous improvement to enhance quality and reduce costs, and maintain project documentation and progress reports. The role requires mechanical design expertise, CAD proficiency, knowledge of materials and fabrication processes, and strong problem-solving and communication skills.

Designs, models, and updates mechanical systems using CAD tools; creates bills of material, engineering drawings, tolerances, and requirements. Collaborates with systems, electrical, manufacturing, and supply-chain teams to ensure manufacturability and integration. Participates in design reviews, configuration control, troubleshooting, build, integration, and testing activities. Maintains CAD documentation and supports mechanical issue resolution in an aerospace and defense environment.

Designs and integrates mechanical hardware for advanced aircraft systems, including harness routing, clearance tracking, LRU and tubing integration, drawing release, and configuration updates. Collaborates with multidisciplinary engineering teams to resolve complex design challenges and deliver integrated solutions. Uses NX, Capital, Teamcenter, CATIA, and related tools. The role is full-time, on-site, supports national security programs, requires an active Secret clearance, and involves 10% travel.

Mechanical Engineering Intern supporting solar energy hardware development through CAD modeling, component design, technical documentation, prototyping, testing feedback, materials evaluation, thermal management, and mechanical-electrical integration. The 10-week remote internship runs full-time and provides a $6,000 summer stipend.

Lead complex MEP projects from scope development through construction administration. Design and evaluate HVAC, plumbing, and fire protection systems; manage schedules, budgets, teams, project finances, and client relationships; coordinate multidisciplinary designs; review technical documents for code compliance; identify risks; and guide engineers and designers using AutoCAD and Revit.

Support mechanical MEP design using AutoCAD and Revit; assist in HVAC and plumbing system design, load calculations, energy simulations, code compliance (ASHRAE, IPC, NFPA), interdisciplinary coordination, drawing/model review, and project support for scheduling and budgeting.

Design and validate thermofluids systems for large-scale AI data center cooling. Responsibilities include developing cycle models, selecting working fluids, designing heat exchangers and piping, sizing valves and relief systems, analyzing coupled thermal and fluid trades, and validating predictions against test-stand data. The role requires rigorous model calibration, honest reporting of discrepancies, and technical analysis that drives machine design decisions.

Design, analyze, qualify, and deploy high-temperature heat exchangers, piping, manifolds, and mechanical interfaces. Responsibilities include thermal and structural analysis, pressure and thermal-expansion evaluation, materials and fabrication support, test development, hardware integration, operating-limit definition, and failure investigation. The role requires collaboration across engineering, manufacturing, materials, quality, and testing teams to deliver reliable energy hardware.

Provides technical application support for coupling products, including evaluating customer operating conditions, selecting configurations, preparing proposals and engineering calculations, reviewing specifications, supporting custom designs and retrofits, and troubleshooting installation and commissioning issues. Partners with customers, OEMs, distributors, sales, manufacturing, operations, and supply chain teams to support successful project execution.

Designs and owns propulsion engine components and assemblies from concept through released drawings, manufacturing, assembly, and testing. Responsibilities include Siemens NX modeling, GD&T, design for manufacturability, machining and fabrication support, test-data-driven iteration, and collaboration across thermal, fluids, structures, and materials disciplines. The engineer works closely with shop and test teams to rapidly build, evaluate, and improve compressors, turbines, combustors, housings, and related hardware.

Designs and develops mechanical and electro-mechanical systems for semiconductor deposition products throughout the full product lifecycle. Responsibilities include CAD modeling, materials selection, structural and thermal analysis, FEA, testing, validation, manufacturability assessment, technical documentation, FMEA, risk analysis, supplier collaboration, and design reviews. Provides technical guidance and mentoring to junior engineers.

Designs and develops mechanical and electro-mechanical semiconductor equipment from concept through productization. Responsibilities include CAD modeling, material selection, structural and thermal analysis, FEA, testing, validation, manufacturability assessments, technical documentation, FMEA, and design reviews. Collaborates with suppliers and internal teams, supports cost-optimized manufacturing, and mentors junior engineers. Requires strong hands-on mechanical engineering experience, communication skills, and proficiency with 3D CAD tools.

Designs and validates mechanical and electro-mechanical systems and fixtures from concept through productization. Responsibilities include CAD modeling, structural and thermal analysis, FEA, ergonomic safety evaluation, manufacturability assessment, test planning, documentation, FMEA, supplier collaboration, and technical presentations. Provides technical guidance to junior engineers while supporting pilot and high-volume semiconductor manufacturing.

Designs, analyzes, tests, and improves robotics and mechatronics products for semiconductor equipment. Responsibilities include 3D CAD modeling, FEA, rapid prototyping, test-stand development, hands-on lab testing, failure analysis, supplier collaboration, manufacturing transition, technical documentation, and cross-functional project execution. The role also supports automated testing, safety issue resolution, customer escalations, continuous improvement, and innovation within Lam’s global product engineering organization.

Designs and develops mechanical and electro-mechanical systems for semiconductor etch and deposition products. Responsibilities include CAD modeling, material selection, structural and thermal FEA, fluid and gas flow analysis, manufacturability assessment, feasibility studies, testing, validation, and technical documentation. The role collaborates with suppliers and internal teams, supports full product lifecycles, and produces FMEAs, specifications, risk analyses, test plans, and design review presentations.

Designs and develops mechanical and electro-mechanical semiconductor equipment from concept through productization. Responsibilities include CAD modeling, materials selection, structural and thermal analysis, FEA, fluid and gas flow analysis, manufacturability assessment, feasibility studies, testing, validation, technical documentation, and collaboration with procurement and assembly teams.

Designs and validates mechanical and electro-mechanical semiconductor equipment from concept through productization. Responsibilities include CAD modeling, component design, structural and thermal analysis, FEA, testing, manufacturability evaluation, technical documentation, FMEA, supplier collaboration, and design reviews. The engineer also mentors junior engineers and supports cost-optimized, high-quality solutions aligned with SEMI and company standards.

Designs and develops mechanical and electro-mechanical semiconductor equipment from concept through productization. Responsibilities include CAD modeling, materials and component design, structural, thermal, fluid, vibration, and FEA analysis, feasibility studies, test planning, validation, technical documentation, and collaboration on procurement and assembly. The role requires adherence to SEMI standards, GD&T practices, and manufacturability considerations.

Designs and develops mechanical and electro-mechanical semiconductor equipment from concept through productization. Responsibilities include CAD modeling, structural and thermal analysis, testing, validation, manufacturability, FMEA, technical documentation, supplier collaboration, and design reviews. Provides technical guidance to junior engineers and supports new product development for Lam’s etch and deposition platforms.

Designs and validates mechanical and electro-mechanical systems for semiconductor wet-processing equipment. Responsibilities include CAD modeling, material and component selection, structural, thermal, fluidic, vibration, and manufacturability analysis, feasibility studies, testing, FMEA, technical documentation, supplier collaboration, and design reviews. The role also mentors junior engineers and supports products from concept through production while meeting quality, cost, and schedule requirements.

Design and develop mechanical and electromechanical systems for semiconductor equipment from concept through productization. Responsibilities include CAD modeling, materials and component design, structural and thermal analysis, FEA, fluid and gas flow analysis, feasibility studies, testing, validation, manufacturability assessment, technical documentation, supplier collaboration, risk analysis, FMEA, and mentoring junior engineers.

Designs and develops mechanical and electromechanical semiconductor equipment from concept through productization. Responsibilities include CAD modeling, structural, thermal, vibration, fluid-flow, FEA, manufacturability, testing, validation, documentation, FMEA, risk analysis, and technical presentations. The role collaborates with suppliers and internal teams to optimize manufacturability, quality, cost, and performance, while providing technical guidance to junior engineers.

Designs and develops mechanical and electro-mechanical systems from concept through productization. Responsibilities include CAD modeling, materials and component design, structural and thermal analysis, FEA, testing, validation, manufacturability, technical documentation, FMEA, risk analysis, and design reviews. Collaborates with suppliers and internal teams to deliver cost-effective, high-quality solutions while mentoring junior engineers.

Designs and develops mechanical and electro-mechanical systems throughout the product lifecycle. Responsibilities include CAD modeling, component design, structural and thermal analysis, FEA, fluid and gas flow analysis, feasibility studies, testing, validation, technical documentation, and collaboration with procurement and assembly teams.