Senior Robotics Test Engineer (APG)

A Senior Robotics Test Engineer at Locus Robotics is responsible for designing and implementing product lifecycle tests that validate our electro-mechanical assemblies. This role involves collaborating with various teams to identify failure points and generate design validation plans, conducting extensive tests, and investigating any failures to drive product improvements. You will also define end-of-line test procedures to ensure our products meet the highest standards of quality.

To qualify for the Senior Robotics Test Engineer position at Locus Robotics, candidates should have a Bachelor’s degree in Mechanical Engineering or a related field, along with a minimum of 5 years of experience in testing electro-mechanical systems in robotics or automation. A solid understanding of DC electrical systems, troubleshooting skills using diagnostic tools, and proficiency in SolidWorks and basic scripting in Python are also essential.

In this role, a Senior Robotics Test Engineer at Locus Robotics utilizes various tools and technologies including multimeters, oscilloscopes, and SolidWorks. You will also be employing test automation systems for mechanical, thermal, and electrical testing to ensure our robots are functioning optimally in real-world conditions.

At Locus Robotics, the work environment for a Senior Robotics Test Engineer is collaborative and innovation-focused. You will be working onsite in Nashua, NH, within a team that values strong communication and problem-solving skills. This role provides a dynamic atmosphere where creative ideas are encouraged to enhance product efficiency and effectiveness.

Locus Robotics fosters a culture of continuous learning for Senior Robotics Test Engineers by offering access to emerging technologies and encouraging collaboration within the Advanced Products Group. The company supports professional development through mentorship, training opportunities, and exposure to innovative practices that drive the industry forward.

When answering this question, highlight specific projects where you've designed tests for electro-mechanical systems. Discuss your problem-solving approach, the types of tests you conducted, and any tools you used, such as multimeters or oscilloscopes.

While answering this, choose a specific example where you encountered a significant issue. Talk about the steps you took to diagnose the problem, how you collaborated with others for solutions, and what the outcome was. This shows both your technical expertise and teamwork.

Detail the strategies you’ve used in previous roles, such as developing comprehensive test plans, collaborating with cross-functional teams, and simulating real-world conditions. Emphasize the importance of iterative testing and documentation to track improvements.

In your response, explain your methodology for defining end-of-line tests, including how you consider product functionality, safety standards, and user experience. Discuss your collaboration with production and quality teams to ensure smooth testing processes.

Stress the importance of clear communication in your engineering roles, such as collaborating with teams to address testing challenges. Provide examples of how effective communication has resulted in enhanced product quality and team dynamics.

Discuss how you keep abreast of emerging technologies and incorporate flexible design principles into your work. Highlight your experience in using modular components or methodologies that facilitate adaptability and scalability.

Share specific experiences where you've used SolidWorks within a team setting. Mention any collaborative tools, practices, or systems you've employed to manage design data effectively and ensure smooth workflows.

Describe a specific instance where your testing identified a critical issue that led to a significant product improvement. Highlight the testing methods you used and the final impact on product quality and user satisfaction.

Detail your systematic approach to troubleshooting electrical systems, including how you use diagnostic tools and your ability to interpret schematics. Mention any relevant experiences where your troubleshooting efforts successfully resolved issues.

Express your enthusiasm for the company’s mission and innovative approach to warehouse automation. Discuss how your skills and experiences align with Locus Robotics’ goals and how you can contribute to their continued success.