Robotics Software Engineer, Drones

As a Robotics Software Engineer at Anduril Industries, you will be responsible for developing and maintaining core robotics libraries, leading major feature implementations, and optimizing the performance of our advanced drone systems. You'll collaborate with cross-functional teams throughout the product lifecycle and troubleshoot complex issues to ensure optimal field performance. Your work will focus on autonomy, systems integration, and creating innovative solutions that are mission-critical.

To qualify for the Robotics Software Engineer position at Anduril Industries, candidates should possess a bachelor's degree in Robotics, Computer Science, or a related field. A minimum of 3 years professional software development experience, strong proficiency in C++ or Rust, and expertise in data structures, algorithms, and code optimization are essential. Additionally, candidates must have troubleshooting experience in remote software systems and be able to collaborate effectively with cross-functional teams.

The work environment for a Robotics Software Engineer at Anduril Industries is collaborative, fast-paced, and innovation-driven. You will be part of a talented TRS team focusing on aerial technology, constantly pushing the boundaries of what autonomous systems can achieve. The culture emphasizes a 'Whatever It Takes' mindset, encouraging engineers to tackle complex challenges and work together towards transformative solutions in defense technology.

Absolutely! Anduril Industries is committed to the professional development of its employees, offering resources such as a professional development stipend and a diverse range of projects to gain experience. As a Robotics Software Engineer, you will have the chance to engage in cutting-edge technology and significant contributions to product advancements, paving the way for career growth within a highly innovative environment.

As a Robotics Software Engineer at Anduril Industries, you will work on a variety of projects, including the development of core robotics libraries, creating Software-in-the-Loop simulators for advanced systems, and optimizing performance for UAVs. You'll also contribute to the design of multi-agent coordination systems, tackle diverse challenges in autonomy, and engage in the full software development lifecycle, all while working alongside innovative teams.

Share specific projects or roles you’ve held that are relevant to robotics software development, focusing on your problem-solving skills, the technologies you've used, and how you approached challenges. Highlight any experience with C++, Rust, or other programming languages, as well as your understanding of systems integration.

Discuss a systematic approach to debugging you've used in the past, including specific tools or methodologies. Mention the importance of collaboration with hardware teams and how you ensure that both software and hardware are working seamlessly together.

Talk about specific experiences you’ve had with multi-agent systems, the complexities involved in coordinating UAVs, and the strategies you employed to overcome these challenges, all while keeping an eye on optimization and efficiency.

Explain your understanding of performance metrics and the tools you’ve employed for optimization. Discuss specific examples, like improving battery consumption or refining algorithms for better route planning, to show your analytical and engineering skills.

Share any relevant experience you have with machine learning techniques in the context of robotics, how you've applied these concepts in past projects, and the outcomes that you were able to achieve, emphasizing the importance of these technologies in enhancing autonomous systems.

Discuss the resources you utilize to keep up with trends in robotics, such as industry publications, online courses, or professional networks. Emphasize your enthusiasm for continuous learning and how it drives your work at Anduril.

Describe your time management strategies, prioritization, and collaboration tactics when facing pressure. Highlight how you ensure code quality through testing and peer review processes while still meeting project timelines.

Talk about how simulations—including Software-in-the-Loop simulators—are integral to your testing and development processes, allowing for rapid iteration and efficient troubleshooting before deployment in the field.

Provide a specific example where you acted as a leader in a project involving different teams, detailing your approach to communication, task delegation, and ensuring alignment around goals, particularly in the context of robotics and engineering.

Discuss the importance of user feedback in your development cycle. Explain how you incorporate user insights into your design decisions and optimizations to improve overall system effectiveness.