As a Perception Engineer, you'll design and integrate perception systems for autonomous flight, collaborating with a team to enhance decision-making capabilities using various sensors and algorithms.

The Technical Program Manager will coordinate and manage complex aerospace and defense programs, ensuring execution and alignment across teams, while driving technical delivery and stakeholder communication.

The Strategic Supply Chain Director will lead supplier strategies, manage supply chain risks, and ensure supplier quality and performance, partnering across teams to align supply with production needs and scale processes.

Lead design, development, and deployment of human-machine and machine-machine teaming capabilities for airborne autonomy. Design and run applied research and human-subject experiments, validate via simulation and flight tests, write and maintain high-quality code, and collaborate across teams to integrate and evaluate systems in realistic operations.

As a Systems Engineer, you will lead system architecture, requirements development, and verification for safety-critical avionics systems, collaborating across teams.

Lead systems engineering activities, from requirements capture to demonstration for avionics systems, ensuring safety and timely completion of projects.

Lead and manage government and defense programs focusing on autonomy integration, ensuring strategy execution across various teams, and maintaining customer relationships.

Lead and manage Safety and Quality programs, ensuring compliance with aviation regulations and standards while overseeing project management and cross-functional collaboration.

Develop and integrate flight software for safety-critical systems under DO-178C processes, ensuring software meets certification standards and integrates with avionics.

As a Computer Vision Engineer, you will develop algorithms for object detection, design 3D mapping pipelines, and integrate vision with robotic platforms.

Lead the design of compute platforms for autonomous flight systems, ensuring reliability and performance while optimizing resources for complex compute tasks.

Lead the technical direction for mission autonomy, developing decision-making capabilities for airborne systems, while overseeing teams and driving R&D projects.

Design and integrate avionics for aircraft, oversee system integration tasks, support testing activities, and prepare mechanical design documentation.

Design and implement flight controls, develop simulation tools, and participate in flight testing for autonomous aircraft systems.

Lead the development of autonomy and robotics software for aviation. Design, integrate, and optimize systems for uncrewed vehicles, focusing on reducing pilot workload and enhancing decision-making.

The System Safety Engineer develops and coordinates system safety processes for multiple products, employing safety analysis techniques and ensuring compliance in design.