Kira Abercromby
Associate Professor
Aerospace Engineering
California State Polytechnic University
United States of America
Biography
Dr. Kira Jorgensen Abercromby obtained her undergraduate degree from UCLA in Astrophysics, and her masters and Ph.D. from University of Colorado, Boulder in Aerospace Engineering. Her thesis entails determining the material type of orbiting objects for material identification of orbital debris. Following graduation from UCB, Dr. Abercromby took a post-doctorate position at NASA Johnson Space Center in Houston, Texas where she continued her thesis work on determining the physical properties of orbital debris. Following the post-doc, Dr. Abercromby was hired initially by Lockheed Martin and eventually Jacobs Engineering in the Orbital Debris Program Office in Houston. She became the project manager of the group toward the end of her tenure in Houston and was able to take optical measurements of orbital objects in various locations such as Kitt Peak, Mauna Kea, HI, Haleakala, HI, and CTIO near La Serena, Chile. She began teaching at Cal Poly in the Aerospace Department in 2008. Throughout her tenure she has been teaching courses on orbital mechanics (undergraduate and graduate) and co-development the space environments course and lab. In addition, she rotates through teaching the MATLAB programming course. Her research interests are in orbital mechanics, space environment effects on materials and impact testing through electromagnetic railgun impactors. She is married with two young daughters and she enjoys running, beach time, being with family, and making fun of 1950's science fiction movies.
Research Interest
Astrodynamics, GEO Debris Measurement and Characterization, Physical Properties of Orbiting Objects
Publications
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Seitzer P, Cowardin HM, Barker E, Abercromby KJ, Foreman G, Horstman M. Photometric studies of orbital debris at GEO. InBulletin of the American Astronomical Society 2010 Jan (Vol. 42, p. 455).
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Seitzer P, Cowardin HM, Barker E, Abercromby KJ, Foreman G, Horstman M. Photometric studies of GEO debris.
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Seitzer P, Lederer SM, Barker ES, Cowardin H, Abercromby K, Silha J, Burkhardt A. A Search for Optically Faint GEO Debris. NATIONAL AERONAUTICS AND SPACE ADMINISTRATION HOUSTON TX LYNDON B JOHNSON SPACE CENTER; 2011 Sep.
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Seitzer P, Lederer SM, Cowardin H, Barker ES, Abercromby KJ. Visible light spectroscopy of geo debris.