Robotics Software Engineer - Manufacturing

As a Robotics Software Engineer at Anduril Industries, your primary responsibilities encompass developing software for the Sentry Tower systems. This includes creating automated test suites to verify hardware functionality and performance, designing user-friendly interfaces for easier issue diagnosis by non-technical users, and implementing robust error-capturing mechanisms. Collaboration with hardware and quality assurance teams is vital to ensure seamless integration of testing tools, thereby enhancing the overall efficiency and reliability of our robotic systems.

To qualify for the Robotics Software Engineer position at Anduril Industries, candidates should possess proficiency in the full robotics system stack, including experience with sensor technology and robotic movement actuation. A minimum of 2 years’ experience with Rust or C++ is essential, alongside a solid understanding of networking principles and diagnostic tools. A strong engineering background in Computer Science, Software Engineering, Mathematics, or Physics is preferred. Additionally, candidates must be eligible to obtain and maintain a U.S. Secret security clearance.

At Anduril Industries, Robotics Software Engineers can anticipate a dynamic and collaborative work environment focused on innovation. The company prides itself on a culture of teamwork, where employees work closely with hardware and quality assurance teams to address and overcome real-world challenges. With state-of-the-art technology and a mission-driven approach, you’ll have the opportunity to contribute to meaningful projects in defense technology that help secure our nation and allies.

Anduril Industries offers an extensive benefits package for Robotics Software Engineers, including comprehensive healthcare plans with little to no cost, generous PTO, a 401(k) retirement savings plan, and a professional development stipend. Employees also enjoy daily meals in the office, relocation assistance, and resources for mental health and wellness. The inclusive workplace supports employees in family planning and provides paid caregiver leave, ultimately creating a supportive environment for work-life balance.

Anduril Industries is committed to fostering a diverse and inclusive workforce. We actively encourage applications from recognized minorities, women, veterans, and individuals with disabilities. Throughout the hiring process, we ensure all qualified applicants receive equal consideration for employment without discrimination based on race, color, creed, or other protected characteristics. Our goal is to create a welcoming environment where everyone's unique skills and experiences contribute to our mission.

When answering this question, highlight specific projects where you utilized C++ or Rust. Discuss particular challenges you encountered, the solutions you implemented, and how your code improved the functionality of robotic systems. This demonstrates your applied knowledge and problem-solving skills relevant to the Robotics Software Engineer role at Anduril Industries.

In your response, emphasize the importance of a systematic approach to debugging. Discuss tools you use, such as Wireshark for networking issues or unit tests for isolating code segments. Highlight any error-capturing mechanisms you've developed, and express how these strategies led to successful resolutions in previous projects.

Effective communication is key when working across disciplines. Provide examples of how you have simplified complex technical concepts into easy-to-understand terms for non-technical colleagues. Discuss any tools or interfaces you’ve developed to facilitate communication, reflecting your ability as a Robotics Software Engineer at Anduril Industries to build user-friendly solutions.

Share your methodology for designing automated test suites, beginning with requirements gathering and test case identification. Discuss technologies and frameworks you're familiar with, and how these tools help ensure software reliability in robotic systems. This showcases your experience and commitment to quality assurance processes.

Describe a specific project where you encountered integration challenges between hardware and software components. Discuss the problem, the steps you took to resolve it, and the outcome. Explain any lessons learned, which demonstrates critical thinking and hands-on experience as a Robotics Software Engineer.

Discuss your insights into emerging trends such as AI in robotics, autonomous systems, or advancements in sensor technology. Share how you stay informed about industry changes, and express your enthusiasm for integrating these trends into your work at Anduril Industries. This shows both your knowledge and passion for the field.

To address this question, explain your typical approach to prioritization based on deadlines, project scope, and team needs. Provide an example of a time when you successfully managed competing priorities and how your decisions impacted project outcomes. This reflects your organizational skills as a Robotics Software Engineer.

When responding, outline a specific scenario where you identified performance issues in a robotic system. Discuss the methods you applied to assess and enhance the system's efficiency, such as code optimization or hardware upgrades. Summarize the impact of your improvements, illustrating your proactive approach to problem-solving.

Emphasize the significance of collaboration in achieving project goals. Talk about your experiences working with cross-functional teams, including how you’ve navigated different perspectives and disciplines to foster productive teamwork. Highlight your adaptability and communication skills, which are crucial in the role of a Robotics Software Engineer.

In your answer, showcase your problem-solving skills by discussing step-by-step procedures you would take to diagnose and address the issue. Explain how you would balance urgency with thoroughness while collaborating with your team to find a solution, reaffirming your readiness to respond to high-pressure situations effectively.