Innovate by designing, testing, and integrating advanced mechanical systems for remote piloted aircraft, ensuring reliability and safety through cradle-to-grave ownership while collaborating across multiple engineering disciplines.

Design, build, and test advanced mechanical systems for automated aviation, owning projects from conception to certification. Collaborate across teams to enhance safety-critical aircraft mechanisms and structures, ensuring high reliability.

Engineer automated aviation software to enhance safety and efficiency in flight operations. Collaborate with cross-disciplinary teams to develop robust, high-performance solutions for next-generation aircraft systems.

Optimize the verification of embedded software within aviation systems. Collaborate closely across teams to enhance safety and compliance, ensuring robust performance on flight hardware and complete integration with various vehicle subsystems.

Take ownership of quality assurance and reliability processes, ensuring compliance and driving continuous improvement in safety-critical aviation technology. Collaborate with cross-functional teams to enhance product safety, reliability, and operational efficiency.