Coordinate cross-functional teams to develop integrated master schedules for seaglider prototypes.

Design and develop advanced propulsion systems for sustainable seaglider maritime transportation.

Develop sensor fusion algorithms for autonomous maritime and aerial vehicle operation.

Build and test integrated electromechanical systems for innovative seagliders.

Build and implement REGENT's defense business development strategy to secure Program of Record contracts.

Build a comprehensive simulation environment to model the behavior of a seaglider in ground effect.

Design and scale real-time data pipelines for vehicle telemetry analysis.

Build a scalable recruiting system to attract top aerospace and hardware engineering talent.

Develop control algorithms enabling autonomous transitions between water and air modes.

Lead software test, integration, and data infrastructure platforms development.

Build and optimize manufacturing facilities to support high-speed, high-quality seaglider production.

Design and optimize thermal management systems for seaglider propulsion and passenger comfort.