Top Mechanical Engineering Jobs in Boston, MA

The Lead Engineer will oversee mechanical component design for nuclear plant components, ensuring quality and adherence to standards while collaborating with various teams and managing project deliverables.

The Lead Engineer will design nuclear plant components, perform independent design verification, and manage engineering tasks while ensuring compliance with regulations and standards.

Manage engineering projects including technical reviews, design solutions, inspections, and compliance with industry standards while ensuring effective communication with stakeholders.

Seeking a Senior or Principal Mechanical Engineer to design, prototype, and launch robotic automation solutions. Candidates should excel in industrial automation, robotics, and mechanical design using 3D CAD software.

As a Mechanical Engineer, you'll solve complex problems in renewable energy, engage in technical development, research, and market evaluation.

Lead the design, analysis, and development of structural systems for mobile robots, ensuring seamless integration with other engineering disciplines and overseeing product lifecycle from concept to commercialization.

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 Mechanical Integration Engineer will oversee mechanical systems for data center functionality, focusing on liquid cooling applications, design specifications, and manufacturing transition, while collaborating across teams for integration and testing.

The Senior Engineer will conduct component integration, manage product requirements, drive validation, and contribute to strategic developments in Mechanical Systems.

Design mechanical systems for transit stations and tunnels, ensuring compliance with relevant codes while collaborating with multi-disciplinary teams.

The Mechanical Engineer will plan and lead projects related to material handling systems, focusing on design, compliance, budgeting, and implementation while ensuring effective communication and project management.

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

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

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 design initiatives and provide engineering expertise for data center projects, ensuring compliance, cost-effectiveness, and innovation in mechanical design.

This internship provides practical experience in HVAC design using BIM tools, focusing on the full lifecycle of MEP projects and system coordination.

The Mid-Level Mechanical Engineer will lead MEP design involving HVAC, plumbing, and piping while mentoring junior engineers and supporting proposals.

Seeking a Senior Mechanical Engineer with 10+ years of MEP design experience to lead mechanical systems projects and mentor junior engineers.

The Lead Engineer will design and analyze mechanical systems, provide technical leadership, and ensure compliance with engineering standards while supporting rotorcraft programs.

As a Lead Engineer in Engine Dynamics, you will design and analyze projects, provide technical leadership, document data, and communicate project developments.

The Principal Mechanical Engineer will lead the design and development of robotic subsystems, perform verification and validation, mentor the team, and troubleshoot issues in a collaborative environment.

The Mechanical Engineer IV will design and troubleshoot products, coordinate with various departments, and complete engineering change requests in a manufacturing environment.

The role involves leading advanced analysis of electric motor systems, performing structural, thermal, vibration, and fluid dynamics simulations, and collaborating with teams for product development and optimization.

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

Lead the design and implementation of mechanical systems for robotics and automation in life science applications, mentoring teams and collaborating cross-functionally.