Manufacturing Test Engineer Co-Op

For years, our awe-inspiring viral videos on YouTube have shown the world what remarkably capable robots can do. We embody cutting-edge Artificial Intelligence in advanced robotics, quickly moving from the research lab into increasingly impactful roles across industrial spaces.

The Manufacturing Test Engineering team seeks a Test Engineering Co-Op to design, document and deploy test equipment to build some of the most capable and amazing robots.

This role provides hands-on design and technical support to a peer group of Manufacturing Test Engineers. You will work alongside the Technical Operations team to deploy test equipment, software, and procedures for both in-line and end-of-line production testing.

You will be paired with a senior mentor to guide your project work and ensure a strong learning experience throughout your term. Logistics: • Duration: 6 months • Schedule: 40 hours per week How you will make an impact: • Working within a team of engineers to design, construct, document, and run test sets on electromechanical parts and assemblies.

• Conduct troubleshooting and failure analysis efforts on the production floor to improve engineering and assemblies design as well as supplier quality.

• Collect, analyze, and present test performance data to both operations and engineering stakeholders for continuous improvement. • Support station duplication, maintenance, and deployments for repair and service teams.

Required Skills & Experience: • Familiarity with test software development using programming languages such as Python in both Windows or Linux environments.

• In progress Bachelor's or Master's degree in Electrical Engineering, Robotics, Mechanical Engineering or a related field. Preferred Skills & Experience: • Solid mechatronics fundamentals with hands-on experience designing, building, and testing PCBAs or subsystem test stands used for hardware and software validation.

• Experience in the test and debugging of complex electromechanical systems. • General experience in firmware, automation, and controls, utilizing software tools including Python, C++, Raspberry Pi, and Arduino.

• Data analysis and visualization. • Experience working with manufacturing team members to create test plans and procedures for complex electromechanical assemblies on final assembly lines.

• Experience working with software and control teams in robotics manufacturing test development. • Experience with lean manufacturing and/or six sigma.

• Familiarity with using a PLM (e.g. Arena). The pay range for this position is between $32 to $37 per hour. This range represents a good faith estimate of compensation at the time of posting.