Staff Robotics Software Engineer, UAV

As a Staff Robotics Software Engineer at Anduril Industries, you will develop and maintain core robotics libraries, lead the implementation of major features, and collaborate with cross-functional teams throughout the product development lifecycle. You'll work on optimizing existing products for performance and troubleshooting complex issues in deployed systems, ensuring our cutting-edge technology meets mission success criteria.

To qualify for the Staff Robotics Software Engineer role at Anduril Industries, candidates need a Bachelor's degree in Robotics, Computer Science, or a related field, along with at least 5 years of professional software development experience. Proficiency in C++ or Rust, experience in Linux development environments, and expertise in data structures, algorithms, and code optimization are also essential.

At Anduril Industries, integration of software with hardware systems for UAVs is achieved through close collaboration between software engineers and hardware teams. Staff Robotics Software Engineers lead this process by providing timely feedback during product development and ensuring that software functions cohesively with hardware designs, resulting in effective, mission-ready systems.

Anduril Industries offers various growth and development opportunities for Staff Robotics Software Engineers, including a professional development stipend, access to cutting-edge technology projects, and the chance to contribute to transformative defense solutions. The company also emphasizes collaboration and continuous learning within teams, creating a supportive environment for career advancement.

The Staff Robotics Software Engineer role at Anduril Industries is pivotal in developing next-generation defense technology. By creating innovative software solutions for UAVs and other autonomous systems, you will directly impact military capabilities and enhance the operational effectiveness of defense strategies, ultimately shaping the future of military operations.

In your response, highlight specific projects where you've used C++ or Rust, focusing on the challenges you faced and how your solutions improved system performance. Mention coding standards you followed and how you optimized your algorithms for robotics applications.

Provide examples of troubleshooting processes you've implemented, emphasizing systematic diagnosis techniques and tools used. Discuss how you collaborated with cross-functional teams to resolve issues and ensure system reliability.

Discuss your problem-solving strategies and how you prioritize tasks in uncertain circumstances. Use an example where you successfully navigated ambiguity resulting in a productive outcome, showcasing your adaptability and leadership qualities.

Explain the principles of multi-agent coordination and its importance in UAV operations. Discuss any relevant experience you have with designing algorithms for multiple drones working simultaneously to achieve a common goal, detailing challenges faced and how you overcame them.

Detail your method for performance optimization, mentioning specific metrics you track and strategies for improving aspects such as battery consumption and route planning. Provide examples of previous successes in enhancing product performance.

Share a relevant project experience where you worked with hardware engineers, detailing the nature of the collaboration, challenges encountered, and how combined efforts led to improved results in the final product.

Discuss the importance of documentation in ensuring code maintainability and facilitating team collaboration. Highlight your experience in creating comprehensive documentation for software projects and how it benefited both development and end-users.

Outline the ways you keep up-to-date with industry trends, such as attending workshops, subscribing to technical journals, or participating in online courses. Mention how staying informed has positively influenced your work and innovation in robotics.

Explain your process for rapid prototyping, including the tools and methodologies you use. Mention how quick iterations and feedback loops have shaped previous projects, yielding successful implementations.

Describe your project management approach and communication with stakeholders to balance delivering high-quality work with meeting tight deadlines. Include an instance where you had to make trade-offs while ensuring the integrity of the software.