Forward Deployed Engineer

Strong software engineering skills, with experience in C++, Rust, Python, or similar languages
Background in robotics, autonomy, or embedded systems, particularly in maritime, aerospace, or defense applications
Understanding of networking protocols and distributed systems, including TCP/IP, UDP, and message-passing frameworks
Experience working with sensors such as cameras, radar, GPS, and IMUs, especially in perception-driven autonomy applications
Ability to diagnose and debug complex systems, from low-level networking issues to high-level autonomy behaviors
Comfort working in dynamic environments, where software must adapt to real-world constraints and unpredictable conditions
Willingness to travel (up to 50%), spending time in the field testing and improving ASV systems in real-world maritime settings
Experience developing autonomy software for real-world robotic systems, particularly in challenging environments like the ocean
Familiarity with motion planning, behavior trees, and control algorithms for autonomous navigation
Background in maritime systems, naval operations, or defense technology
Knowledge of distributed autonomy architectures and multi-agent coordination
Hands-on experience integrating and deploying robotic systems in the field

Develop and refine software for autonomy, networking, and mission execution, improving system performance in real-world maritime conditions
Deploy and test ASV software in the field, identifying and resolving issues related to autonomy, perception, and control systems
Analyze performance data from real-world missions, using insights to drive software improvements and optimize system behavior
Integrate and validate new autonomy features, ensuring seamless interaction between software, sensors, and vessel hardware
Work directly with operators and end-users, gathering feedback and adapting the system to operational requirements
Troubleshoot and resolve software, hardware, and networking issues that arise during deployments
Collaborate with cross-functional teams, including autonomy engineers, hardware developers, and field operations personnel, to enhance product capabilities
Document best practices, deployment procedures, and debugging workflows to improve system reliability and scalability

Familiarity with motion planning, behavior trees, and control algorithms for autonomous navigation
Background in maritime systems, naval operations, or defense technology
Knowledge of distributed autonomy architectures and multi-agent coordination