Top Mechanical Engineering Jobs

The Senior Mechanical Engineer designs external structures for the Atlas robot, collaborating on concepts, creating CAD models, analyzing designs, and managing projects while ensuring quality and technical communication with vendors.

Design and develop mechanisms for satellite production, owning projects from concept to completion, while partnering with flight design and managing multiple tasks in a fast-paced environment.

Lead R&D for surgical robotic systems, developing mechanical subsystems from concept to production while collaborating across engineering teams.

The Mechanical Integration & Test Engineer manages integration builds, evaluates designs, interfaces with teams, and oversees testing of satellite systems. Responsibilities include development of procedures, managing test operations, and improving systems based on evaluations.

The role involves designing, developing, and evaluating mechanical components, creating technical specifications, leading design reviews, and ensuring system quality for large aperture antenna systems for DoD customers.

The role involves creating complex antenna systems, managing end-to-end system design, leading customer presentations, and conducting acceptance testing.

Entry-level mechanical engineer supporting design and documentation of conveyor systems: produce detailed 2D/3D CAD drawings, ballooning/dimensioning, review drawings, prepare technical reports, provide engineering and field support while learning codes and standards under supervision.

Design and lead development of material handling and conveyor systems, producing drawings, calculations, and installation/fabrication deliverables. Manage engineering tasks, coordinate with project and field teams, ensure compliance with codes and customer standards, write technical documentation, and communicate with stakeholders.

Design and validate mechanical components and systems for the Electron-Ion Collider using 3D CAD and FEA; prepare specs and SOWs; oversee procurement, fabrication, assembly, testing and installation; manage project plans, schedules, budgets; conduct design reviews and present results; collaborate with engineers, scientists, and technicians; provide engineering direction and reports.

The Mechanical Engineer designs and evaluates mechanical systems, conducts analysis, and collaborates on development, ensuring reliability and quality for various products.

Lead structural design and analysis of aircraft primary structure from concept through qualification. Own durability and damage-tolerance analyses for metallic, composite, and plastic structures, drive lightweight FEM-based design trades, perform classical and dynamic stress analyses, correlate test and flight data, and support failure investigation and field/flight testing with cross-functional teams.

Design HVAC and plumbing systems for buildings: perform load and energy modeling (Carrier HAP, EQuest), size equipment, draft in AutoCAD and Revit, survey sites, calculate piping, support construction, coordinate utilities, ensure energy code and LEED compliance.

Design HVAC and plumbing systems for buildings: perform load calculations, energy modeling, equipment sizing, duct/piping layouts, site surveys, code compliance, construction support, and utilities coordination using HAP, EQuest, AutoCAD, Revit, and Excel.

Design HVAC and plumbing systems for buildings: perform load calculations, energy modeling, equipment sizing, duct/piping layouts, surveys, code compliance, and coordinate with utilities and construction teams.

Design HVAC and plumbing systems for buildings: perform load calculations with Carrier HAP, energy modeling with EQuest, create layouts in AutoCAD and Revit, size piping, survey sites, support construction, perform energy code and LEED modeling, and coordinate with utilities.

Design and support precision mechanical components for inertial navigation systems. Create drawings, GD&T, BOMs, and manufacturing instructions; develop and execute vibration/thermal/shock tests; provide production support, root-cause analysis, and mentor junior engineers. Collaborate across engineering, program management, supply chain, and manufacturing to ensure high-reliability inertial products.

Design HVAC and plumbing systems for buildings: perform load calculations, energy modeling, equipment sizing, duct/piping layouts, site surveys, code compliance, LEED energy modeling, and answer construction/design questions while coordinating with utilities and project teams.

Design, analyze, and troubleshoot mechanical layouts, tooling, fixtures, and assemblies. Coordinate procurement and assembly, perform tests and documentation, and support manufacturing and installation under general supervision.

Design, develop, test, and analyze thermal protection systems, textiles, and mechanical/electromechanical hardware for launch and flight vehicles. Create CAD models, manufacturing drawings, test fixtures, and requirement/verification documentation. Perform stress/thermal/fluid analysis, tolerance/GD&T assessments, risk mitigation, and present designs to stakeholders while supporting cross-functional teams for NASA, military, and commercial aerospace programs.

Lead mechanical design, component integration, materials selection, safety compliance, testing and prototyping for a deep-tech product. Collaborate with cross-functional teams and suppliers to optimize performance, durability, and cost while meeting regulatory and safety standards.

Lead structural and dynamic analysis and design of high-speed rotating systems. Perform FEA/CFD/rotordynamics simulations, validate results analytically, design rotating components and pressure vessels, support prototypes and field deployments, define and analyze tests, and maintain design documentation and change records while collaborating across disciplines.

Prepare 2D/3D CAD models, drawings, and specifications for material handling equipment. Support design for manufacturability, cost estimating, procurement, and installation. Collaborate with sales, project management, procurement, and senior engineers. Document designs in corporate database and attend client meetings. Travel to project sites up to 20%.

Support hardware integration, assembly, packaging, and development for wearable haptic devices. Use 3D CAD to design densely packaged consumer electronics, build prototypes, ensure manufacturability, support testing and troubleshooting, collaborate cross-functionally, and maintain engineering documentation to meet performance, cost, and schedule goals.

Design custom industrial machinery: develop mechanical systems, 3D models, detailed drawings, select materials and processes, support prototyping/testing, coordinate suppliers, and collaborate with electrical/controls teams to ensure manufacturability and quality.

Lead and manage mechanical design projects from concept through delivery. Define and flow down requirements, perform analysis and FEA, create and release drawings, support MRB, coordinate cross-functional teams, control cost and schedule, and support continuous improvement. Occasional travel and US person/ITAR eligibility required.