Robotics Software Engineer

As a Robotics Software Engineer at sweetgreen, your main responsibilities will include developing new features for the Infinite Kitchen and creating test setups to ensure the reliability of our software. You'll be solving interesting challenges that improve our automation technology and contribute to the restaurant's operational efficiency while collaborating with fellow engineers to produce high-quality solutions.

To qualify for the Robotics Software Engineer position at sweetgreen, you should have at least 2 years of real-time software development experience. Familiarity with writing unit tests and applying object-oriented design principles is essential. Additionally, strong communication skills and a creative approach to automated testing will be valuable in this role.

The ideal candidate for a Robotics Software Engineer at sweetgreen will possess a passion for robotics, a solid background in real-time software development, and the ability to work collaboratively within a team. If you enjoy problem-solving at the intersection of hardware and software and are eager to grow in a fast-paced environment, this position may be the perfect fit for you!

Debugging is crucial for a Robotics Software Engineer at sweetgreen as it ensures the seamless integration between our hardware and software components. You'll be responsible for developing software that helps diagnose mechanical and electrical issues quickly, thus contributing to the reliability and efficiency of the Infinite Kitchen deployment.

At sweetgreen, you can expect a collaborative and supportive work environment where your input is valued and creativity thrives. You'll have the opportunity to work closely with both software and QA engineers, engage in continuous learning, and contribute to projects that truly make a difference in the food service industry.

In answering this question, provide examples from your previous work that demonstrate your understanding of real-time software principles. Discuss specific projects you've worked on, the challenges you faced, and how you overcame them, showcasing your problem-solving skills.

Discuss your testing strategies, emphasizing the importance of unit tests in ensuring software reliability. Explain how you structure your tests, the tools you use, and your process for identifying edge cases to enhance the robustness of your code.

Here, you should outline key object-oriented design principles such as encapsulation, inheritance, and polymorphism. Provide examples from past projects that illustrate how these principles have improved your development process and resulted in cleaner, more maintainable code.

Explain your debugging strategies, such as utilizing logging tools, breakpoints, and systematic testing. Discuss an example of a particularly challenging bug and how you diagnosed and resolved it, highlighting your analytical skills.

Use the STAR method (Situation, Task, Action, Result) to frame your answer. Choose a specific situation where your contribution had a tangible impact, listing both the technical improvement made and how it benefited the end-users.

Discuss the importance of communication and collaboration in your approach to working with QA teams. Share examples of successful partnerships that led to improved product quality and faster release cycles, underscoring your teamwork skills.

Provide a brief overview of your experience with C++ and PLC development, explaining projects where you applied these skills. Emphasize any specific challenges you faced, and how your contribution was instrumental in driving project success.

In your response, outline any specific resources you use, such as online courses, industry journals, or networking groups. Emphasize your commitment to continuous learning and professional growth within the robotics sector.

Discuss your approach to reading data sheets, emphasizing your attention to detail and analytical skills. Share examples of instances where you successfully integrated sensors into projects, describing the process and challenges encountered along the way.

Share your personal passion for robotics, discussing experiences or projects that have fueled your interest. Highlight how this passion drives your desire to contribute to innovative projects, like those at sweetgreen, creating a meaningful impact on the industry.