Associate Professor
Stevens Institute of Technology
https://www.stevens.edu/profile/hchen5
Abstract
What will it take to sustain human activity from Earth orbit to the Moon and Mars? Achieving this goal requires efficient supply networks, computational methods for complex design decisions, and crews that remain effective during extended missions. It needs a campaign-level perspective for space mission design in addition to the conventional mission-level perspective. This seminar presents systems engineering approaches to these challenges, drawing on research in space logistics, quantum computing, and human team dynamics. It first introduces state-of-the-art space logistics methods for long-term space mission planning, space resources utilization, and active orbital debris removal mission design. The seminar then explores emerging quantum computing approaches to engineering optimization and space mission planning. Finally, it examines the human dimension of sustained space activities. Multiple case studies for human lunar and Mars exploration campaigns and satellite constellation design will be shown.
About Dr. Hao Chen