Mechatronics Test Engineer - Robotics Hardware Verification and Validation
- Compensation
- Not disclosed
- Location
- North Reading, MA
- Work setup
- Not specified
- Seniority
- Not specified
- Employment
- Contract
- Experience
- Not specified
- Category
- Qa
- Posted
Skills
Must have
- Bachelor’s degree in mechanical engineering, Electrical Engineering, Computer Engineering, or a related technical discipline.
- Strong verification and validation experience with robotics or complex automation systems. Relevant automotive or aerospace experience is also acceptable.
- Experience developing test methods, verification plans, and/or test fixtures.
- Hands-on experience characterizing and functionally testing mechatronics hardware.
- Experience developing hardware reliability tests using HALT, HASS, ALT, and/or reliability growth methods.
- Experience verifying requirements for relevant hardware, including actuators, sensors, batteries, power systems, electronics, or robotic manipulation systems.
- Experience setting up and operating test benches, instrumentation, and data collection equipment.
- Ability to analyze measurement data and communicate findings through clear engineering reports.
- Experience collaborating across mechanical, electrical, software, and controls disciplines.
- Ability to work onsite in North Reading, MA.
Full description
Mechatronics Test Engineer - Robotics Hardware Verification & Validation
Employer: Inabia Solutions & Consulting Inc.
Location: North Reading, MA
Employment type: W-2 contract
Work Location: Onsite 5-days per week
Position Overview
Inabia Solutions & Consulting Inc. is seeking a Mechatronics Test Engineer to support a client developing next-generation robotics and automation systems. You will develop and execute verification and validation programs for robotic subsystems and complete systems. This hands-on role includes designing test methods and fixtures, commissioning test benches, selecting instrumentation, conducting functional and reliability testing, and turning measurement data into engineering findings that guide design decisions. Candidates with relevant experience in robotics, complex automation, automotive, or aerospace systems are encouraged to apply.
Responsibilities
- Develop functional specifications, design verification plans, test strategies, procedures, and acceptance criteria for complex hardware/software systems.
- Translate engineering requirements into measurable tests, maintaining traceability between requirements, test results, and verification conclusions.
- Design, commission, and operate test benches and fixtures for actuators, sensors, batteries, power systems, electronics, and robotic manipulation systems.
- Perform characterization and functional testing of mechatronics components, subsystems, and integrated robotic systems.
- Develop and execute hardware reliability programs using applicable methods such as Highly Accelerated Life Testing (HALT), Highly Accelerated Stress Screening (HASS), Accelerated Life Testing (ALT), and reliability growth testing.
- Select test equipment and instrumentation based on measurement needs, operating ranges, accuracy, and program development stage.
- Collect, process, and analyze test data to determine performance metrics, identify failure modes, and assess compliance with specifications.
- Investigate test failures with mechanical, electrical, software, and controls engineers; verify corrective actions through follow-up testing.
- Create test reports documenting methods, results, deviations, and recommendations for design improvement.
- Develop practical test approaches when requirements are incomplete or changing.
- Coordinate equipment, suppliers, schedules, and test activities to support product development milestones.
Required Qualifications
- Bachelor’s degree in mechanical engineering, Electrical Engineering, Computer Engineering, or a related technical discipline.
- Strong verification and validation experience with robotics or complex automation systems. Relevant automotive or aerospace experience is also acceptable.