Senior Software Engineer, Vision Based Navigation

Anduril Industries is seeking a Senior Software Engineer for their Vision Based Navigation team within the Tactical Recon and Strike (TRS) division. This role is at the forefront of developing autonomous systems for defense technology, focusing on aerial drone technology and products like Ghost, Anvil, Bolt, and Altius.

The position requires expertise in robotics software development, with a focus on vision-based navigation systems. You'll be responsible for developing core robotics libraries, leading simulation environment development, and working on multi-agent coordination systems for UAVs. The role combines hands-on technical work with leadership responsibilities, as you'll be leading the Simulation team and owning the technical roadmap across TRS products.

The ideal candidate brings 6+ years of software development experience, strong proficiency in C++ or Rust, and deep understanding of robotics principles. You'll work in a fast-paced environment, collaborating with cross-functional teams to deliver innovative solutions for complex robotics challenges. The position requires eligibility for a U.S. Secret security clearance and willingness to work from the Seattle office.

Anduril offers a competitive compensation package, including a salary range of $168,000-$252,000, comprehensive benefits, and equity grants. The company provides an innovative work environment where you'll be contributing to cutting-edge defense technology development. This role offers the opportunity to make a significant impact on next-generation autonomous systems while working with state-of-the-art technology.

The position combines technical expertise with leadership opportunities, making it ideal for experienced software engineers passionate about robotics and autonomous systems. You'll be part of a team that values innovation, quick iteration, and delivering high-quality solutions that meet real-world defense needs. The role requires a "Whatever It Takes" mindset and the ability to balance pragmatic engineering trade-offs with mission-critical requirements.