Principal Software Engineer - Maritime

Anduril Industries is seeking a Principal Software Engineer to lead the development of next-generation Autonomous Underwater Vehicles (AUVs). This role focuses on delivering platform mission systems for ultra-long-range, full-ocean-depth platforms including the Dive-XL and Dive-LD vehicles. The position requires exceptional leadership in architecting and implementing autonomous systems, working with multi-disciplinary teams, and driving technical decisions in a complex stakeholder environment.

The role combines deep technical expertise with strategic leadership, requiring the ability to design and deliver complex robotic systems while managing relationships with customers and internal teams. You'll be responsible for the entire software lifecycle, from architecture selection to deployment and evolution, ensuring the success of multi-million-dollar contracts and Robot-as-a-Service operations.

As a Principal Engineer, you'll lead the development of critical autonomous systems, working with cutting-edge technologies in robotics, AI, and maritime operations. The position offers the opportunity to shape the future of defense technology while working with a team of experts in software, robotics, and artificial intelligence. The role requires about 20% travel to collaborate with end-users and other teams.

The compensation package is highly competitive, ranging from $196,000 to $294,000 USD, plus equity grants and comprehensive benefits. Anduril offers an innovative work environment where you can make a real impact on defense capabilities while working with advanced technology. The company provides excellent benefits including premium healthcare, generous leave policies, and strong support for professional development and work-life balance.

This is an ideal opportunity for a seasoned software leader who wants to drive innovation in autonomous systems while contributing to critical defense capabilities. The role combines technical challenges with strategic leadership, offering the chance to shape the future of maritime autonomous systems.