Guide the qualification of energetic subsystems such as solid rocket motors and SAF devices for Destinus engineering.

Develop and implement computer vision algorithms for autonomous flight systems in a high-impact, innovative environment.

Develop next generation digital radar systems for high performance aerospace applications at Destinus.

Own the algorithms and control strategies for precision inertial sensors in advanced aerospace and defense applications.

Work at the forefront of aerospace technology, building and supporting flight test instrumentation systems for next generation unmanned flight systems.

Develop high-performance C++ software for mission-critical autonomous flight systems at Destinus.

Lead the development of satellite communication systems for advanced UAVs in a fast-paced aerospace environment.

Lead the development and optimization of solid rocket propellants and thermal protection materials for high-performance rocket motor applications at Destinus.

Become the technical anchor for kinetic defense production at Destinus, ensuring safety, quality, and performance in mission-critical aerospace innovations.

Take ownership of propulsion system design and development for advanced aerospace and defense applications at Destinus.