• Strong engineering background from industry or school, ideally in areas/fields such as Computer Science, Software Engineering, Mathematics, or Physics
• High ownership and autonomy across the end-to-end lifecycle of software development
• A deep, demonstrated understanding of how computers and networks work, from a single desktop to a multi-cluster cloud node
• At least 7+ years working with a variety of programming languages such as Rust, Go, C++, Java, Python, JavaScript/TypeScript, etc
• Experience building scalable backend software systems with various data storage and processing requirements
• Experience with industry standard cloud platforms (AWS, Azure), CI/CD tools, and software infrastructure fundamentals (networking, security, distributed systems)
• Experience leading small teams of cross functional engineers to design, build, and deploy software systems
• Ability to quickly understand and navigate complex systems and established code bases
• Eligible to obtain and hold a DoD security clearance

Desirable

• Anduril’s Land Systems team develops software for land-based crewed and robotic ground systems, leveraging software infrastructure built by other teams at Anduril. The team is responsible for taking crewed vehicles and uncrewed ground vehicle (UGV) robots from paper sketches to operational systems
• We are looking for software engineers excited about fielding the next generation of software-defined ground combat vehicles, leveraging technologies and tools including edge computing, secure communications, fleet management, perception and planning (computer vision, motion planning, SLAM, controls, state estimation), and more
• Set the strategic vision for Anduril’s simulation and test environments for both crewed and uncrewed ground vehicles
• Lead and work with a diverse team of systems engineers, software engineers, and mechanical / electrical engineers to define and build a software-first integration environment for uncrewed ground combat systems
• Build and integrate model-, software-, and hardware-in-the-loop components by leveraging first and third party technologies related to simulation, data management, compute infrastructure, networking, and more
• Manage the various needs of both internal and external stakeholders to build and integrate tooling suites which evaluate autonomy and vehicle performance across a diverse range of conditions and reference missions
• Collaborate with internal team members and external partners in the autonomy domain to build technologies and processes which enable users to safely and rapidly develop and deploy autonomous systems at scale