Multi-body dynamical systems, asteroids and 6DOF dynamical analysis of space systems
Impulsive, low thrust, gridded ion engines with state and control inequalities
Covariance based approaches for control with safety considerations under uncertainty.
Develop navigation and guidance algorithms with contingency plans
Cooperation, collaboration and coordination among multiple homogenous and, heterogenous agents to perform as a team
Optimization of trajectory with science objectives and spacecraft sub-systems optimization along with anomaly modeling.
Combine astrodynamics, optimization, and logistics to solve for multi-integer linear programming problems for space sustenance and sustainability.