Robotics Test Engineer: SolidWorks & Fixture Design

Actalent; North Reading (MA); On-site; USD 90,000 - 130,000; Full time

Benefits offered by this job

Medical

Dental

Vision

Critical Illness

Accident

Hospital

401(k) Retirement Plan

Life Insurance

Short And Long-term Disability

Health Spending Account (HSA)

Transportation Benefits

Employee Assistance Program

Paid Time Off

Job summary

Actalent seeks a Mechanical Test Engineer to own and operate a robotics test laboratory in North Reading, MA. You will manage hardware infrastructure and design fixtures and tooling to support rapid hardware validation.

You will develop and execute test plans to validate performance, reliability, and durability of robotic systems, applying solid mechanics fundamentals and hands-on electromechanical assembly experience.

Qualifications

• Candidates must have strong mechanical engineering fundamentals and advanced proficiency in SolidWorks for 3D modeling and detailed drawings.
• Experience in building, integrating, and troubleshooting robotic hardware and electromechanical assemblies in a lab setting is required.

Responsibilities

• Own and operate robotics test laboratory, manage hardware infrastructure and fixtures.
• Design mechanical fixtures and tooling to support rapid hardware validation.
• Develop and execute test plans to validate performance, reliability, and durability of robotic hardware systems.

Skills

Mechanical Engineering

Robotics

SolidWorks

CAD

Test Engineering

Fixture Design

Tooling Design

Electromechanical Assemblies

Root Cause Analysis

Test Plan Development

Hardware Integration

Gantry Systems

Troubleshooting

Technical Communication

Lab Management

Automated Testing

Tools

SolidWorks

CAD

Job description

Actalent seeks a Mechanical Test Engineer to own and operate a robotics test laboratory in North Reading, MA. You will manage hardware infrastructure and design fixtures and tooling to support rapid hardware validation.

You will develop and execute test plans to validate performance, reliability, and durability of robotic systems, applying solid mechanics fundamentals and hands-on electromechanical assembly experience.