A dynamical understanding of orbits in the Earth-Moon neighborhood that can sustain long-
term activities and trajectories that link locations of interest forms a critical foundation for the …

Upcoming missions and prospective design concepts in the Earth–Moon system extensively
leverage multi-body dynamics that may facilitate access to strategic locations or reduce …

The development of a methodology to move through cislunar space along fundamental
dynamical pathways is relevant to NASA's goals for a cislunar transportation network. To …

Quasi-periodic orbits offer a broad range of flexibly and adaptable destinations in multi-body
systems. In this investigation, a computational framework for construction of heteroclinic …

The Wide Field Infrared Survey Telescope (WFIRST) is an upcoming NASA-led observatory
that will complete wide-field imaging and near-infrared sky surveys from a spacecraft in the …

The development of a methodology to move through cislunar space along fundamental
dynamical paths is relevant to NASA's cislunar transportation network goals. To enable an …

Future missions to the Sun-Earth Libration L1 and L2 regions will require scheduled
servicing to maintain hardware and replenish consumables. While there have been …

The Wide Field Infrared Survey Telescope (WFIRST) is an upcoming NASA-led observatory
that will complete wide-field imaging and near-infrared sky surveys from a spacecraft in the …

In this dissertation, a topic fundamental to Space Situational Awareness (SSA) is
considered: resident space object (RSO) physical and dynamical property estimation …

An Attitude control system for a satellite in low earth orbit is designed in this project. As a
reference, CARTOSAT-2 is selected to design the AOCS. CARTOSAT-2 is located in LEO so …