As a State Estimation Engineer, you will develop and optimize real-time algorithms for autonomous UAV navigation, integrating multi-sensor data and collaborating with teams to enhance system performance.

As a State Estimation Engineer, you will develop and implement real-time state estimation algorithms, integrate sensor data, and collaborate on ensuring high system performance for autonomous UAV operations.

Lead multidisciplinary teams to develop and implement tactical autonomy algorithms for unmanned systems, ensuring seamless integration and performance optimization across various military domains.

Design tactical autonomy algorithms for unmanned systems, develop software, implement behavior architectures, and validate performance in operational conditions, collaborating with cross-functional teams.

Design and implement tactical autonomy algorithms for unmanned aircraft, develop software modules, and collaborate with teams for effective integration and testing.

Lead and manage teams to develop advanced perception algorithms for unmanned aircraft, focusing on real-time object detection and sensor fusion. Collaborate with cross-functional teams for system integration and validation in various environments.

Develop and implement advanced perception algorithms for autonomous aircraft, integrating various sensor data and ensuring real-time performance in challenging environments.

Develop advanced perception algorithms for object detection and localization, implement sensor fusion frameworks, and optimize performance under various conditions.

Design and develop tactical autonomy algorithms for unmanned aircraft, integrating classical and machine learning methods for defense applications.

The Senior Software Engineer will develop advanced algorithms for perception systems, implement sensor fusion frameworks, and support integration with autonomy systems, while optimizing performance in real-time settings.

Design and own flight-critical power systems for autonomous aircraft, focusing on power generation, distribution, motor control, and circuit board designs. Ensure reliability in extreme environments through rigorous testing and collaboration with cross-functional teams.

The Modeling & Simulation Engineer designs and builds simulation models for aircraft, conducts performance analysis, and collaborates with other engineering teams to ensure accuracy in simulations.

The Electrical Engineer will design and develop critical flight systems, ensuring reliability in harsh conditions, and collaborate across engineering teams.

Lead technical support and integration for AI & Autonomy software in collaboration with customers and the engineering team. Act as a subject matter expert while assisting in pre-sales and post-sales activities, and developing training materials.

The Staff Hardware Reliability Engineer will enhance the reliability of VBAT flight hardware by implementing best practices in design, testing, and analysis, driving improvements through failure analysis and root cause investigations.

The Senior Staff Systems Engineer will design and integrate advanced autonomous aircraft systems, lead technical execution, manage requirements, and support military operations through cross-functional collaboration.

The role involves defining system requirements, supporting software architecture development, using MBSE tools, and leading cross-functional teams in systems engineering.

The role involves designing and scaling simulation infrastructures for aircraft testing, optimizing code performance, and mentoring engineers in C++ and simulation architecture.

Lead the design and integration of mission systems for advanced unmanned aircraft, ensuring compliance with engineering standards and managing multidisciplinary project teams.

As a Lead Survivability Engineer, you will optimize low observable features of autonomous aircraft, ensuring mission success in contested environments.