Top Mechanical Engineering Jobs in Boston, MA

The Senior Mechanical Engineer will design consumer products, collaborate with teams, guide junior engineers, and solve engineering challenges.

The Senior R&D Mechanical Engineer will lead product innovation, design testing, and mentor other engineers in a hands-on role focused on mechanical development and problem-solving.

The Senior Mechanical Engineer will design, analyze, prototype, and validate hardware devices, ensuring they meet industry standards and customer needs. Collaboration with cross-functional teams is essential for product delivery.

Mechanical Engineers at SharkNinja design innovative products, collaborate with teams, solve technical issues, and use CAD tools to develop prototypes.

As a Senior Mechanical Engineer, you will design and prototype hardware devices, conduct testing, and enhance product reliability while collaborating with cross-functional teams.

The Mechanical Engineer II will design and develop consumer products, collaborate with teams, prototype solutions, and conduct testing, contributing to innovative product pipelines.

Design and integrate avionics for aircraft, oversee system integration tasks, support testing activities, and prepare mechanical design documentation.

The Staff/Principal Mechanical Engineer will lead the design of robotics and mechanical systems for automation in life sciences, mentor teams, and manage complex projects.

The Principal Mechanical Engineer will lead design efforts for medical device development, translating clinical needs into engineering requirements, mentoring junior engineers, and producing technical documentation.

The Project Mechanical Engineer will oversee mechanical system design and implementation for commercial real estate, ensuring compliance and efficiency while managing projects from concept to completion.

The Mechanical Design Engineer will design and develop components for automated systems, perform analyses, collaborate with teams, and support product development from concept to commercialization.

The Senior Lead Mechanical Engineer oversees mechanical discipline work, manages budgets, directs staff, coordinates complex tasks, ensures quality, and provides technical leadership in HVAC and mechanical design.

The Mechanical Instrumentation Engineer designs and develops precision instruments, mentors junior engineers, collaborates on prototypes, and integrates systems.

The Senior Design Engineer will lead mechanical systems design for jet engines at GE Aerospace, ensuring design effectiveness and collaboration with global 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.

The Mechanical Engineer 3 will design and analyze mechanical systems for semiconductor equipment, ensuring compliance with standards while supporting product development and customer needs.

As a Mechanical Engineer, P.E., you will design mechanical systems, conduct calculations, oversee projects, and strengthen client relationships, contributing to facility improvements.

Lead design and development of automated capital equipment in the semiconductor industry, manage projects, and mentor junior engineers, while ensuring adherence to engineering standards and customer requirements.

Lead the design and development of automated capital equipment for ion implanters, managing projects and mentoring junior engineers to enhance product solutions.

This internship involves supporting engineering tasks in labs, programming microprocessors, designing robotic systems, and improving production processes while gaining hands-on experience under mentorship.

The role involves designing and developing precision opto-mechanical components for laser systems, including prototyping and test execution.

The position involves developing electro-pneumatic industrial process control equipment, applying engineering principles, generating CAD models, and working in cross-disciplinary teams to create cost-effective and reliable products.

Lead complex mechanical engineering projects, solve technical issues, mentor staff, and ensure compliance with building codes and client requirements.

Lead MEMS characterization activities and mechanical design for MEMS inertial sensors, focusing on testing, data analysis, and design validation.

The Robotics Mechanical Engineer will design and build various robot components, manage project lifecycles, and contribute to innovative solutions.