Top Mechanical Engineering Jobs

The Lead Mechanical Engineer, Hull will oversee the structural design of the Node, lead a team, perform design reviews, and collaborate with manufacturing to deliver innovative ocean energy solutions.

Lead field evaluations of API storage tanks, performing integrity assessments, analyzing inspection data, and supporting repair and replacement scoping in process facilities.

Lead thermo-mechanical simulation and validation for advanced photonics packaging. Develop FEA models (stress, warpage, solder collapse), run multi-physics analyses, identify failure modes, drive material/process solutions, and scale simulation with Python/MATLAB automation. Collaborate with vendors and cross-functional teams to prototype, characterize, and document methodologies that ensure assembly, optical alignment, thermal, and reliability requirements are met.

Provide hands-on engineering support on the production floor to troubleshoot mechanical vehicle build issues, perform root cause analysis using CAD and drawings, validate build requirements, and implement practical solutions to improve quality and manufacturability while collaborating with production and global engineering teams.

Lead structural analysis for Zipline aircraft: own and validate GFEM/DFEMs, perform rapid hand calculations and FEM studies, support certification and test correlation, lead failure investigations, mentor contributors, and support field/flight tests to improve reliability, mass, and fleet availability.

Own rotating equipment integration for power plant projects including spec development, OEM evaluation, interface management, FAT participation, on-site commissioning, troubleshooting, and spare parts strategy for gas/steam turbines and HRSG systems.

Lead a team to ensure Starlink hardware reliability from factory to field: define strategy, run root-cause investigations, develop reliability qualification and testing, automate test/data analysis, drive production quality and process improvements, monitor field metrics, and mentor engineers while ensuring ISO/quality compliance.

Design, build, and manage test integration infrastructure and tooling for Starlink vehicles. Coordinate across engineering, manufacturing, and technicians to integrate vehicles, execute test flows, investigate non-conformances, and improve systems for manufacturability and operations.

Design and analyze mechanical systems for robotic and autonomous products across the full product lifecycle. Create CAD models and manufacturing drawings, perform FEA/CFD and hand calculations, prototype and test hardware, collaborate with software/electrical teams, support production transfers, and occasionally travel for on-site testing.

Lead mechanical engineering for medium-to-large material handling and conveyor projects from design through installation. Provide technical leadership, ensure compliance with customer requirements, manage deliverables, schedules, change orders, and cross-functional coordination. Mentor project engineers, resolve technical and constructability issues, review engineering drawings, and drive continuous improvement in engineering quality and project execution.

Lead development and integration of building mechanical systems (HVAC, plumbing, fire protection, piping, pneumatic and vacuum systems) for a fusion demonstration facility. Interface with cross-functional teams, support design, permitting, construction oversight, commissioning, operations, maintenance, and future upgrades.

Lead mechanical design, analysis, and validation of components for pulser-driven inertial fusion systems. Coordinate multidisciplinary teams, manage vendor/manufacturer interactions, perform structural FEA/CFD, oversee documentation and design reviews, and drive manufacturable, reliable system-level solutions under aggressive timelines.

Hands-on role designing, modeling, prototyping, testing, and implementing precision motion systems for semiconductor equipment. Perform FEA, structural dynamics, vibration and thermal analysis, create detailed CAD models and drawings, build and refine prototypes, and collaborate with systems, controls, manufacturing, and physics teams to drive design decisions and product implementation.

Design and integrate mechanical systems for sensors, computing, and autonomous hardware on production vehicles. Rapidly prototype, test, and iterate designs; lead assembly, validation, and troubleshooting of retrofitted vehicles; collaborate with hardware, software, and systems teams; and mentor junior engineers while ensuring manufacturability and robust production-ready solutions.

Design and improve disposable bioprocessing products using 3D CAD and engineering principles. Create design verification/validation plans, perform testing and reporting, run FEA and FMEA, support prototyping, supplier interfaces, and manufacturing introduction. Work cross-functionally to meet regulatory, reliability, cost, and manufacturability requirements.

Design mechanical systems for utility and industrial infrastructure projects, perform/verify plumbing and HVAC calculations, select and specify equipment, prepare drawings/specifications, learn/design with engineering software, support public bidding and construction, meet deadlines, travel ~10%, and communicate with clients and team members.

Design, specify, purchase, and manage industrial and utility equipment for plastic extrusion plants. Create piping and pneumatic conveying system layouts in AutoCAD, evaluate supplier quotes, coordinate vendor logistics and start-up, manage projects from initiation to completion, and produce technical documentation. Support plant personnel to ensure equipment quality and continuous operations.

Provide mechanical engineering support across proposal and project phases for EfW and renewable gas systems. Perform equipment sizing, prepare mechanical documentation, ensure compliance with standards, support procurement and commissioning, participate in design and safety reviews, and liaise with clients and suppliers to resolve multidisciplinary issues and improve cost and schedule.

Design and deliver HVAC and mechanical systems for new and existing K-12 school projects. Prepare calculations, reports, drawings, specifications, and coordinate with architects, consultants, contractors, and agencies. Lead and supervise project teams, perform design review, ensure code and energy compliance, and manage multiple projects through construction. May sign and seal drawings and develop standards.

Lead mechanical design of robotic hands and actuation modules: select components, build prototypes (3D print, CNC), perform basic FEA, define and run test plans, iterate designs with cross-functional teams to meet performance requirements.

Lead mechanical engineering project delivery from concept through construction. Prepare calculations, narratives, drawings, and specifications; oversee equipment selection and code compliance; coordinate teams and clients; perform site visits; mentor staff; update standards and manage project quality and schedules.

Design and engineer full HVAC systems for healthcare and commercial facilities. Perform site assessments, develop HVAC layouts and 3D Revit/piping models, research mechanical codes, ensure compliance, and manage multiple projects across design phases.

Lead mechanical engineering role owning product/subsystem design through mass production for defense UAVs. Responsibilities include conceptual design, CAD and FEA analysis, prototyping, design reviews, drawing creation, failure root cause, manufacturability, validation testing, and mentoring or managing junior engineers while collaborating with manufacturing, supply chain, and flight test teams.

The Mechanical Engineer will oversee mechanical engineering activities for lithium separation systems, support optimization of demonstration plants, and engage with vendors for equipment packages.

Provide mechanical engineering support for hot rolling operations: manage sustaining and capital projects, coordinate vendors and contractors, integrate mechanical systems, lead problem-solving for process and machine improvements, and improve safety, efficiency, and reliability of manufacturing infrastructure.