Robotics Test Engineer

As a Robotics Test Engineer at Multiply Labs, your primary responsibilities involve designing testing frameworks using Python to verify the reliability of our integrated robotic subsystems. You'll collaborate with hardware engineers to create testing jigs for lifecycle assessments, analyze results, debug errors, and implement strategies to ensure the functionality of our systems. Your role is crucial in evaluating customer process requirements for robot interactions and validating mechanisms.

To apply for the Robotics Test Engineer role at Multiply Labs, candidates should hold a Bachelor's degree in Engineering, Computer Science, or a related field. Additionally, a basic understanding of robotics concepts, experience with Linux/Unix systems, and proficiency in test or debug scripting are essential. Familiarity with data analysis tools like pandas or JMP is preferred, along with excellent communication skills and an eagerness to learn.

The work culture at Multiply Labs is centered around collaboration, open communication, and authenticity. As a Robotics Test Engineer, you'll be part of a diverse team where ideas are welcomed, and contribution is valued. This positive atmosphere encourages innovation and continuous learning, allowing you to thrive as you tackle complex challenges in a supportive environment.

Yes, having prior experience in a regulated industry, such as FDA or USDA environments, can be a significant advantage for a Robotics Test Engineer at Multiply Labs. It equips you with an understanding of quality compliance testing, which is beneficial when ensuring our robotic systems adhere to strict regulatory standards while maintaining high efficiency and reliability.

At Multiply Labs, the Robotics Test Engineer role is not only about testing; it's also an opportunity for professional growth. The energetic startup environment encourages skill development through collaboration with experts in various fields. As you gain experience and contribute to larger projects, there are opportunities for advancement into roles with greater responsibility and influence within the company.

In preparing for this question, highlight specific examples where you've designed test frameworks, particularly in environments similar to Multiply Labs. Discuss the programming languages you used, how you approached the design process, and any challenges you faced and overcome.

When answering this question, detail the systematic approach you take to debugging. Explain how you would identify problems within the software and hardware, mention specific tools you utilize, and how you collaborate with team members to find effective solutions.

If you have experience working with Unix/Linux systems, share specific tasks you’ve performed, such as running scripts, configuring environments, or utilizing command-line tools. If you’re less experienced, demonstrate your eagerness to learn by discussing online resources or coursework.

Articulate the importance of data analysis in robotics testing, emphasizing how it directly contributes to making informed decisions about testing outcomes. Provide examples of data analysis tools you've used and how they helped improve the quality and reliability of robotic systems.

Demonstrate your time management skills by discussing how you assess the urgency and importance of tasks. Explain your process for creating a testing schedule, considering factors like project deadlines, team dependencies, and potential risks to project quality.

Provide examples of your collaboration efforts with engineers, scientists, or other stakeholders. Discuss the communication strategies you used to align on goals, resolve conflicts, or share feedback to ensure that projects moved forward smoothly.

Express your enthusiasm for Multiply Labs’ mission to innovate in cell therapy manufacturing. Connect your personal values or career goals with the company's vision, and mention any specific aspects of their technology or culture that attract you.

Explain your methodology for incorporating quality checks within your testing processes. Discuss your understanding of industry regulations and how you integrate compliance requirements into your workflows to maintain high standards.

Identify common challenges faced in robotics testing, such as hardware malfunctions or software integration issues. Discuss how you would address these challenges, emphasizing your problem-solving skills and proactive strategies to mitigate risks.

Describe the documentation practices you employ to ensure clarity and traceability. Discuss tools or templates you use to record testing instructions, results, and analysis, stressing the importance of maintaining detailed documentation for future reference.