Jack Lightholder is a data scientist at NASA’s Jet Propulsion Laboratory in Pasadena, California. As a member of the Machine Learning and Instrument Autonomy Group, Jack supports a variety of missions in concept, development and operational phases. Currently Jack acts as a payload downlink lead on the engineering camera subsystem of the Mars Science Laboratory. Jack is also supporting instrument flight software development for the Near Earth Asteroid CubeSat mission.
Previously, Jack lead the Dust Devils Microgravity Research Group, an astrophysics research group investigating the phenomenon of dust electrification and its relation to coagulation of dust particles. The group was awarded contracts through NASA’s Reduced Gravity office to conduct microgravity research flights to further study the phenomena. Jack has been involved with the Students for the Exploration and Development of Space (SEDS) since the beginning of his freshman year of college and previously acted as the vice chair of the national board and chaired the SpaceVision 2013 Conference.
In his free time, Jack maintains a network of computers volunteering their collective computing power to research organizations around the world which work on computationally intensive problems with the help of this distributed supercomputing network.
Arizona Daily Independent
April, 2015
ASU News [Science & Technology]
March,2014
ASU News [Science & Technology]
April, 2014
Arizona Space Grant Consortium
April, 2014
ASU News [Science & Technology]
November, 2013
The State Press
November, 2013
ASU News [Science & Technology]
May, 2012
USA Today
November, 2013
Ira A. Fulton Schools of Engineering
September, 2012
Princeton Airport
Undergraduate Honors Thesis
Lightholder, J., Polak, A., Gadau, F., Thoesen, A., Thangavelautham, J., Asphaug, E. Using Low-Cost Off-the-Shelf Components for the Development of an On-Orbit CubeSat Centrifuge Laboratory. Poster presented at: Conference on Spacecraft Reconnaissance of Asteroid and Comet Interiors, held 8-10 January, 2015 in Tempe, Arizona. LPI Contribution No. 1829, p.6021 [PDF]
B.S. Computer Science
Bachelors in computer science from the Ira A. Fulton Schools of Engineering. Graduated member of Barrett, The Honors College.
Graduation: May 2016
Research group lead overseeing the mission objective of electrical charging of interstellar dust and the effect on dust coagulation in an astrophysical setting. Experiment flew on NASA’s microgravity aircraft in April 2014.
Student lead on the Asteroid Origins CubeSat mission launching in 2016. AOSAT studies rubble pile astrophysics and interstellar material accretion. Primarily responsible for managing engineering integration and subsystem progress. Additionally responsible for the development of CubeSat laboratory software and spacecraft operations architecture.
Calibration technician for the PanCam instrument on the Mars Exploration Rover. Responsible for calibration of scientific data sets. Additionally developed software packages to support rover data analysis. Work conducted with the Jim Bell Research Group.
Research group lead overseeing the mission objective of electrical charging of interstellar dust and the effect on dust coagulation in an astrophysical setting. Experiment flew on NASA’s microgravity aircraft in April 2014.