NASA-Endorsed Research and the Future of Space Exploration
Autonomous Spacecraft Navigation
The purpose of the original 2017 research was to work with NASA’s Goddard Space Flight Center (GSFC) in modifying their Evolutionary Mission Trajectory Generator (EMTG) software. The idea was to create an autonomous spacecraft navigation software package. I worked with engineers at GSFC to lay the groundwork for using EMTG as the backbone. The ultimate goal was to allow satellites to navigate regardless of contact with ground controllers.
Instrument for Soil Analysis Assessment and Characterization (ISAAC)
This 2016 project sought to develop and build an instrument for NASA to fly on a Korean Lunar orbiter. It would analyze the Lunar regolith (soil) from orbit in an effort to aid in future human missions to the moon. The proposed methods utilized the electromagnetic spectrum from orbit to measure water levels in the regolith.
Project DIOSCURI
This JPL-sponsored research in 2005 sought to take advantage of synergies between Lunar and Martian surface exploration missions. The goal was to capitalize on economies of scale to send Castor to the moon before sending Pollux to Mars. Moreover, a big part of the research involved developing a somewhat detailed design for the Castor rover.
Having worked on research projects, including developing and negotiating contracts with NASA and other US agencies, I have worked to ensure the future of space exploration. Although this research has remained just that, research, the advanced concepts developed have been invaluable exercises in developing new concepts. Nevertheless, I continue to pursue research with the hope of addressing the challenges faced in space exploration.
To learn more about this past research, or to discuss current and future research, please contact me.