Dr. David Hyland received his B.S., M.S. and Ph. D. degrees in Aerospace Engineering from MIT. At MIT Lincoln Laboratory, (1969-83), he pioneered innovations in re-entry vehicle trajectory and aero-thermal analysis, radar cross-section masker technology and spacecraft attitude control. As Senior Scientist at Harris Corporation (1983-96), he contributed to advances in large space structure control, adaptive RF systems and large optics control. He joined the University of Michigan as full Professor and Chairman of the Department of Aerospace Engineering in 1996. During the next seven years, he developed neural adaptive control algorithms for spacecraft control, participated in the first science experiment aboard the International Space Station, and devised the Intensity Correlation Imaging approach to sparse aperture imaging using formation flying. In 2003, he joined Texas A&M as Associate Vice Chancellor, and Associate Dean of Engineering. Most recently, he assumed the positions of Director of Space Science and Space Engineering Research, Wisenbaker Chair in Engineering, Professor of Aerospace Engineering, and Professor of Physics. Dr. Hyland has published more than 200 articles in archival journals and peer-reviewed conferences and holds six U.S. patents. He continues to develop novel imaging architectures as well as neural/genetic systems for adaptive structure control.