Mission Software Engineer

As a Mission Software Engineer at Anduril Industries, your primary responsibilities will include designing and building simulation and automation test infrastructure for uncrewed ground systems, collaborating with systems engineers and software engineers to create a comprehensive integration and test environment, and developing test automation frameworks. You'll also work on integrating various simulation components and advancing our platform's capabilities to speed up the deployment of autonomous systems.

For the Mission Software Engineer position at Anduril Industries, candidates should ideally have a strong engineering background in fields such as Computer Science, Software Engineering, Mathematics, or Robotics, along with at least 3 years of experience in programming languages like Rust, Go, C++, and Python. Experience in building scalable infrastructures and integrating simulation environments for uncrewed systems is also crucial.

Candidates for the Mission Software Engineer role at Anduril Industries should familiarize themselves with technologies related to cloud computing, distributed simulation, and robotics tools such as ROS and Gazebo. Additionally, understanding perception and planning technologies, as well as CI/CD tools, is highly beneficial for success in this position.

The salary range for a Mission Software Engineer at Anduril Industries is between $138,000 and $207,000 USD. However, the actual offer may vary depending on individual factors such as experience, education, and specific skills. The package also typically includes competitive equity grants and extensive benefits.

As a Mission Software Engineer at Anduril Industries, employees can expect top-tier benefits, including comprehensive healthcare, generous paid time off policies, mental health resources, and a professional development stipend. Our commitment is to support our employees through various means, ensuring a good work-life balance.

When discussing your experience with programming languages for the Mission Software Engineer position, highlight your proficiency in languages like Rust, Go, and Python. Share specific projects where you used these languages and how they contributed to building scalable systems or integrating simulation components.

In your response, consider detailing a specific instance where you built a test automation framework. Discuss the technologies and methodologies used, the challenges faced, and how you overcame them to improve system validation and deployment.

To answer this question effectively, describe your systematic approach to integrating simulations. Discuss your familiarity with software-in-the-loop (SITL) and hardware-in-the-loop (HITL) environments, and mention any tools or processes you typically use to ensure a seamless incorporation of simulation components.

Highlight the importance of communication and teamwork. Provide examples of projects where you collaborated across disciplines and how you ensured alignment of goals and smooth project execution. Discuss methods like regular updates and utilizing collaboration tools.

When discussing a complex system, outline the project’s objective, your role, and the challenges faced due to its complexity. Explain how you approached these challenges with clear problem-solving strategies and your ability to manage dependencies within the system.

Express your understanding of the crucial role simulations and test environments play in developing reliable autonomous systems. Talk about how they ensure rigorous testing and reduce the risk of failures, increasing the overall reliability of operational systems.

Discuss your method for prioritizing tasks, such as assessing project deadlines and urgency, and how you utilize tools or techniques like Agile methodologies or Kanban boards to manage your workload efficiently.

Share your insights into potential challenges like compliance with military standards, the need for precise performance under varying conditions, or managing extensive datasets. Discuss your readiness to tackle these challenges through thorough testing and adaptive strategies.

In answering this question, focus on specific achievements where your contributions led to measurable performance improvements. This could include optimizing code, enhancing processing efficiency, or streamlining workflows.

Be sure to discuss specific projects where you utilized cloud platforms and highlight your experiences with features relevant to the Mission Software Engineer role, such as resource management, deployment strategies, and data security practices.