Top Mechanical Engineering Jobs in Boston, MA

The Senior Mechanical Engineer will lead innovative product development, focusing on mechanical, electromechanical design and user experience while collaborating across teams to drive projects from concept to execution.

Lead mechanical design for next-generation haircare products across the full lifecycle. Define product architecture, design parts for multiple manufacturing processes, build and iterate prototypes, integrate electrical systems, run DOEs, teardown and debug appliances, and source/validate components with global vendors. Collaborate cross-functionally to deliver manufacturable, consumer-driven solutions.

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.

Design and develop high-volume consumer audio products through cross-functional teams. Create and evaluate prototypes, perform CAD modeling and testing, draft mechanical specifications and validation plans, support manufacturing startup, and collaborate with global vendors and manufacturing partners to meet cost, schedule, and quality goals.

Lead mechanical design and development of consumer products from concept through launch. Coordinate cross-functional engineering activities, build and test prototypes in lab, analyze test data, mentor junior engineers/co-ops, and ensure products ship reliably.

Lead architecture, design, and development of precision wire harnesses and cable assemblies for autonomous UAVs. Own 3D CAD routing, analysis, prototypes, and testing. Perform electrical and environmental reliability analysis, integrate with avionics/systems/manufacturing, and mentor engineers to establish harness design best practices.

Design, install, and integrate aircraft mechanical systems and components. Create 3D CAD models, installation layouts, and detailed drawings. Manage PLM/BOM data, apply GD&T and tolerance stack-ups, support prototypes and production, perform root cause analysis, and collaborate across disciplines to ensure manufacturable, maintainable aircraft hardware.

Lead supplier development for machined parts: audit and improve supplier processes, perform on-site quality investigations, support NPI, provide technical guidance on specifications and manufacturing, monitor supplier performance, and mitigate supply chain risks to enable scalable aerospace production.

Lead mechanical design and analysis for electromechanical and robotic products, mentor junior engineers, manage interdisciplinary projects, define hardware architecture and requirements, produce detailed designs and ASME Y14.5 documentation, interface with vendors, test prototypes, and support production transitions.

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.

The Senior Mechanical Engineer Analyst leads advanced multiphysics modeling for semiconductor capital equipment, focusing on solving complex engineering problems through simulations and analysis, mentoring engineers, and influencing product design.

The Staff Mechanical Engineer will develop and prototype innovative robotic designs, collaborating with interdisciplinary teams, and evaluate mechanical architectures and systems for ADI's robotics solutions.

Lead mechanical design and commissioning for a microfactory, producing detailed 2D drawings, enforcing GD&T standards, performing FEA on fixtures and gantries, managing vendors, troubleshooting hardware on the factory floor, and mentoring junior engineers.

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

Lead design, architecture, and deployment of custom manufacturing equipment. Translate process requirements into scalable mechanical systems, drive build vs. buy decisions, prototype and commission hardware, and establish practices for equipment development. Report to CEO, shape technical roadmap, and grow a mechanical engineering and equipment organization.

Lead investigations into mechanical failures across industrial, commercial, and residential sites, perform field exams and catastrophe response, prepare technical reports, provide expert testimony, manage multidisciplinary teams, research failure modes and codes, recommend repairs/remediation, and maintain client relationships. Requires travel, onsite work in adverse conditions, PE licensure, and strong communication and project management skills.

Assist in the design and development of wearable sensors and prototypes, collaborate with teams on manufacturing processes, and explore new materials and packaging.

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

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.

Design and deliver mechanical systems for data centers across the project lifecycle. Lead HVAC and cooling system design, perform thermal and airflow analysis, coordinate with stakeholders, manage documentation, support commissioning and testing, ensure code and ASHRAE compliance, and mentor technical staff to improve standardized, resilient data center solutions.

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

Design and analyze mechanical components for RF and electromechanical products. Create 3D CAD models and manufacturing drawings, perform tolerance analysis and GD&T, support NPI/prototypes/testing, collaborate with manufacturing/quality/supply chain, lead root-cause investigations, maintain configuration control/ECOs, work within ISO/AS9100 and ITAR/CUI environments, and mentor junior engineers.

Design and develop electromechanical products from concept to production using CAD and engineering analysis. Create production documentation, perform mechanical analyses (tolerance, FEA/CFD, strength, heat transfer, vibration), test prototypes, interface with vendors, and collaborate with cross-functional teams to meet regulatory and project objectives.

Lead mechanical design and analysis for electromechanical and robotic products, mentor junior engineers, manage interdisciplinary projects, transition concepts to production, create documentation, interface with vendors, and test prototypes.

Lead mechanical design, analysis, and testing of key assemblies for superconducting power systems. Own concept-to-production mechanical and thermal designs, perform FEA and structural assessments, define requirements and qualification testing, support cryogenic integration and deployments, and mentor junior engineers.