Top Mechanical Engineer Jobs in Boston, MA

The Senior Mechanical Engineer will design, develop, and implement electro-mechanical hardware for advanced Radar and unmanned systems, ensuring quality and compliance throughout the entire lifecycle.

The Senior Mechanical Engineer will design, build, integrate, and test prototypes for sensing and counter-sensing systems, focusing on radar and electronic warfare applications, leading to low-volume production systems.

As a Mechanical Engineer II at WHOOP, you'll design and improve manufacturing test fixtures, collaborate with manufacturers, and optimize documentation and testing processes.

The Senior Mechanical Engineer will design and develop WHOOP bands and accessories, lead cross-functional collaboration, manage product architecture, and mentor junior engineers, while traveling for supplier engagements.

The Senior Mechanical Engineer will design and develop consumer products, collaborate with teams, and lead mechanical engineers in creating and testing innovative technologies.

The Senior Mechanical Engineer will design mechanical systems for data centers, ensuring reliability, efficiency, and scalability while collaborating with various teams.

Lead and perform finite element stress analysis (FEA) to meet technical and program requirements. Create and run FEMs using tools like ANSYS/HyperMesh/UG, document results, present/review technical work, mentor engineering staff, and communicate project status and issues across teams.

Lead design and delivery of electro-mechanical automation subsystems from prototype to production. Create 3D CAD and production drawings, build and test prototypes, mentor engineers, manage changes in PDM/PLM, and provide on-call store technical support to meet aggressive timelines.

Design and deliver production-ready automated food equipment from prototype through production. Own electro-mechanical subsystems, create clean 3D CAD and 2D drawings, test and validate designs, mentor junior engineers, support manufacturing and field troubleshooting, and participate in on-call rotations for store technical support.

Lead thermomechanical FEA for ASIC packages and board assemblies, model solder joint reliability and time-dependent material behavior, drive board-level reliability assessments, correlate simulations with test data, automate workflows, and provide design recommendations and reliability sign-off to cross-functional teams.

The Staff Mechanical Components QA Engineer will manage quality for mechanical components in solar energy products, ensuring performance and reliability standards are met through collaboration with various teams and suppliers.

The Mechanical Engineer will apply mechanical design and manufacturing knowledge to support AI integration, perform geometric feature analysis, assist in data labeling, and coordinate cross-functional teams for DFM initiatives.

Lead the development of complex medical devices, ensuring compliance with global regulatory standards while managing projects and teams.

Design and develop grippers for the Atlas robot, focusing on mechanisms and assemblies that balance dexterity, force, manufacturability, and durability, while collaborating with multidisciplinary teams.

Design, build, test, validate, and commission mechanical systems for high-temperature electrolysis, furnace, and electrochemical processes. Create 3D CAD models and drawings in SolidWorks, select mechanical components, develop and run V-Model-based verification/validation and DOE-driven test plans, and perform hands-on prototype assembly, troubleshooting, and commissioning in lab and pilot environments.

Lead mechanical design for test & measurement products: develop concepts, mechanical requirements, validate components, transfer designs to production, and mentor junior engineers. Work cross-functionally using SolidWorks, GD&T, and PLM to ensure manufacturability, reliability, and cost targets are met.

Lead mechanical design efforts for underwater vehicles, providing strategic direction, mentoring teams, and ensuring product design meets requirements.

Lead mechanical design for new industrial automation products from concept through production. Create CAD models and drawings, prototype and test systems, define requirements, perform reliability and DFM/DFMEA analyses, collaborate with suppliers and customers, and mentor junior engineers to deliver fielded electromechanical systems.

Design and develop ruggedized electro-mechanical systems through concept exploration, trade studies, prototyping, testing, and delivery. Collaborate with multi-disciplinary teams, produce technical reports, and ensure designs meet harsh-environment and performance requirements.

Design and build robotic hardware using CAD (Onshape); iterate physical prototypes, drive projects to completion, and learn new skills to solve practical robotics deployment challenges.

Design and develop mechanical systems for custom automation equipment: create 3D models, detailed drawings, and BOMs; collaborate with controls, electrical, manufacturing, and project teams; support design reviews, testing, deployment, and continuous improvement.

Lead mechanical engineering projects from concept through construction: prepare calculations, drawings, and specifications; oversee HVAC, plumbing, fire protection and energy modeling; manage project teams, client coordination, site visits, equipment selection, and quality management; mentor staff and improve standards and processes.

Design and develop mechanical system layouts (HVAC, plumbing, fire protection) using Revit/AutoCAD, perform load calculations and equipment selection, prepare deliverables, apply codes and standards, support project leads on cost opinions, conduct site visits and reporting, and collaborate with clients and project teams.

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.

Design and develop custom metal bellows, assemblies, tooling, and fixtures using SolidWorks and ASME Y14.5. Create drawings, BOMs, and 3D models; perform stress, pressure, fatigue calculations; support prototyping, testing, FEA, manufacturability, and production. Collaborate cross-functionally and mentor junior engineers.