Job Opportunities API

ABOUT US: Havoc is a leader in all-domain collaborative autonomy. Its software-defined hardware approach powers military and commercial-grade autonomous systems across sea, air, and land to sense, decide, and act together in complex and contested environments. Havoc connects assets, enabling them to share information, adapt in real time, and continue operating even when communications are disrupted or denied. Havoc optimizes mission performance and minimizes human risk. Havoc was founded in 2024 and headquartered in Providence, Rhode Island. Learn more at Havoc: All-Domain Collaborative Autonomy http://havocai.com/ . ABOUT THE ROLE As a Robotics Engineer – Ground Autonomy, you will design, build, and deploy autonomy systems for unmanned ground vehicles operating in complex, unstructured environments. This role spans the full autonomy stack — from control systems and motion planning to perception integration and mission execution. You won’t just write algorithms; you’ll own systems that move real machines across real terrain under real operational constraints. If you are energized by making intelligent systems move safely and confidently through the world, and want your work tested beyond the lab, this role offers immediate and meaningful impact. KEY RESPONSIBILITIES END-TO-END AUTONOMY OWNERSHIP - Own ground autonomy systems deployed to operational platforms - Deliver reliable, mission-ready autonomy software CONTROL & MOTION PLANNING - Design and implement control algorithms (path following, trajectory generation, vehicle dynamics modeling) - Develop motion planning strategies for diverse and dynamic terrains - Optimize for stability, precision, and safety PERCEPTION INTEGRATION - Develop and integrate perception pipelines for obstacle detection, terrain analysis, and environmental understanding - Fuse heterogeneous sensors (camera, lidar, radar, IMU) into robust autonomy outputs AUTONOMY ARCHITECTURE - Build and extend ROS2-based autonomy stacks - Implement mission planning, behavior trees, and real-time navigation logic - Maintain modular, scalable autonomy architecture CROSS-FUNCTIONAL COLLABORATION - Partner with embedded, hardware, and mission software teams - Drive autonomy integration from prototype to field deployment FIELD TESTING & DEBUGGING - Develop monitoring and performance metrics for deployed systems - Diagnose autonomy failures in real-world environments - Support live testing, demonstrations, and deployments CUSTOMER & OPERATOR ENGAGEMENT - Translate operational ground mission needs into autonomy capabilities - Balance field constraints with technical feasibility QUALIFICATIONS - Bachelor’s degree in Robotics, Computer Science, Electrical or Mechanical Engineering (or related field) - 3+ years of experience in C++ and/or Python in Linux environments - Hands-on experience deploying ROS2-based autonomy systems on real-world ground platforms - Experience designing control systems for autonomous vehicles (path planning, trajectory following, vehicle dynamics) - Experience building perception systems for ground autonomy - Strong systems-thinking and debugging skills - Passion for mission-critical real-world robotics - U.S. Citizenship and eligibility for U.S. security clearance PREFERRED QUALIFICATIONS - Experience with multi-agent or coordinated ground vehicle systems - SLAM, GPS-denied navigation, or advanced localization techniques - Motion planning algorithms (RRT, MPC, A*, etc.) - Experience with heterogeneous sensor integration - Real-time or safety-critical systems experience - Familiarity with military ground systems and operational tactics WHY THIS ROLE MATTERS You will build autonomy systems that operate beyond controlled environments — on terrain that challenges perception, control, and decision-making in real time. Your work will directly impact how autonomous ground platforms perf