Vehicle Control Design and AnalysisControl Systems, Guidance & NavigationGNCVEHCNTL Knowledge of and ability to research and develop
analytical, computational, and experimental methods for
control algorithm and control mechnism design and
development for launch vehicles, space vehicles, and space
systems and subsystems. Apply research to develop
requirements for control mechanisms, sensors and
instrumentation systems; establish functional, performance,
design, analysis, test, integration and verification
requirements for vehicle control systems, subsystems,
control mechanisms and components; and use analytical
modeling and simulation tools that determine control system
solutions. Knowledge of research and engineering of
integrated aerospace vehicle systems for vehicle control
and health management of flight vehicles in the atmosphere
and space. Includes knowledge of sensors, avionics,
actuation and control mechanisms, flight dynamics,
mathematical modeling, experimental methods and a broad
array of engineering disciplines.