Air Dominance & Strike - Autonomy - Software Engineer (C++) - job 1 of 2

As an Air Dominance & Strike - Autonomy - Software Engineer at Anduril, you'll be responsible for developing and maintaining advanced autonomy software for our robotic systems. This involves working on projects that include computer vision, motion planning, and real-time data processing, ensuring our systems operate efficiently and reliably in military applications.

To apply for the Air Dominance & Strike - Autonomy - Software Engineer position at Anduril, you should possess a BS, MS, or PhD in Computer Science, Software Engineering, or related fields. Moreover, experience with C++ and/or Rust in a Linux development environment, along with a background in data processing, is essential.

At Anduril, as an Air Dominance & Strike - Autonomy - Software Engineer, you'll have numerous opportunities for career growth. We emphasize professional development through stipends, robust mentorship, and the chance to work with cutting-edge technology, enabling you to broaden your skill set while contributing to significant projects.

Yes, the role of Air Dominance & Strike - Autonomy - Software Engineer at Anduril involves traveling up to 30% of the time. This travel is crucial for the build, testing, and deployment of our capabilities in real-world environments, allowing you to see the direct impact of your work.

As an Air Dominance & Strike - Autonomy - Software Engineer at Anduril, expect a collaborative, dynamic environment. You will work closely with teams specializing in Perception, Motion Planning, and more, fostering a culture of innovation and teamwork that drives the success of our mission.

When answering questions about your C++ experience in a Linux development environment, detail specific projects you've worked on. Highlight your familiarity with production-grade coding practices, debugging tools, and collaboration methods within a team. Mention how you handled complex systems and any challenges you overcame.

To effectively answer this question, describe the frameworks or algorithms you’re familiar with, such as A*, RRT, or Dijkstra's algorithm. Talk about any specific experiences where you developed or optimized motion planning features, and highlight your understanding of the mathematical principles behind them.

In your response, focus on explaining autonomy software’s role in improving military capabilities. Discuss specific examples from your experience or projects where such software increased efficiency or safety. This approach demonstrates your understanding of its significance in defense technology.

When asked about managing complex systems, share anecdotes where you successfully navigated large codebases or systems involving multiple data streams. Describe your strategic thinking and problem-solving methods, emphasizing teamwork and technical skills.

To respond effectively, align your answer with Anduril’s mission. Discuss how your technical contributions can directly influence military operations, improve system capabilities, or optimize mission outcomes, showcasing your commitment to meaningful work.

Share specific challenges you encountered, such as synchronization, communication issues, or data handling when developing multi-agent systems. Describe how you approached these challenges, the solutions you implemented, and what you learned from the experience.

In your explanation, define SLAM (Simultaneous Localization and Mapping) and its critical role in helping robots navigate and understand their environments. Provide examples from your experience where SLAM was effectively implemented, and discuss its implications for autonomous operation.

Discuss your methodology for testing and deploying solutions, emphasizing structured testing approaches like unit testing, integration testing, and real-world scenario testing. Explain how you ensure robustness and reliability before actual deployment.

Provide detailed insights into how you've managed data processing tasks in past projects. Include how you handled large datasets, your tools of choice, and any optimizations or analyses you conducted to enhance system performance.

Share personal motivations, whether related to a desire to contribute to national security, innovate in technology, or work on impactful projects that save lives. Be genuine about your passion for the field and how Anduril's mission resonates with your values.