Software Engineer - Maritime Integrated Systems

About this role

Anduril's Maritime Division seeks a Senior Software Engineer to architect and deliver integrated software systems for autonomous underwater and maritime platforms. You'll own end-to-end software solutions across autonomy, simulation, data processing, and command & control, working with a multidisciplinary team to scale next-generation defense capabilities.

What you'll do

• Design and implement scalable software for autonomous maritime platforms (Dive-XL, Dive-LD, Copperhead, Seabed Sentry)
• Own software-enabled solutions deployed to customers, balancing end-user needs with operational constraints
• Develop on-board and off-board software using various technologies for robotic platforms
• Lead design and development of reusable software services across Anduril product lines
• Create test and simulation fixtures with hardware-in-the-loop and software-in-the-loop capabilities
• Mentor junior engineers and travel up to 20% for customer collaboration and deployments

What they're looking for

• Systems and application programming (algorithms, data structures, concurrency, scaling)
• Software architecture and design patterns
• Testing, infrastructure, and lifecycle management
• Autonomous systems and robotics development
• Remote system troubleshooting and monitoring
• Multi-stakeholder requirements definition and roadmap management
• Simulation and hardware integration
• Full-stack software development across on/off-board platforms

Benefits

• Work on defense systems with direct national strategic impact
• Lead technical ownership of major subsystems and services
• Access to cutting-edge autonomy, AI, and sensor fusion technology
• Mentorship and team development opportunities
• Involvement in billion-dollar contract execution
• Deployment and customer interaction experience

Likely interview questions

• Describe your experience owning a software service end-to-end—how did you manage stakeholders, requirements, and evolution over time?
• Tell us about a complex system you troubleshot in a remote or deployed environment. What was your process?