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Current Projects

Space Systems Design Lab

Georgia Institute of Technology
Atlanta, Georgia 30332-0150
Phone: 404.894.7783
Fax: 404.894.2760

The following research projects are currently underway in SSDL.arrow

Main Topic Description Sponsor/Partner
Entry, Descent and Landing Technology Development for Future High Mass Mars Entry Systems Identification of technology challenges and potential solutions for large-scale EDL systems.
  • Aeroshell design optimization
  • Supersonic retropropulsion systems analysis, aerodynamic assessment, and technology advancement
  • Development and application of an improved EDL flight reconstruction analysis tool
  • Systems architecture assessment
  • GN&C robustness & autonomy
NASA Langley Research Center, NASA Glenn Research Center, NASA Ames Research Center, NASA ARMD, NASA ESMD
Aerodynamic and Structural Investigation of Inflatable Aerodynamic Decelerators Design, analysis and testing of inflatable aerodynamic decelerators for use at Earth and Mars. Application to supersonic and/or hypersonic flight. NASA Langley Research Center, ILC Dover, NASA ARMD, Boeing, DARPA
Space Systems Multidisciplinary Analysis and Optimization
  • Architecture development, evaluation and design
  • Technology assessment
  • Risk analysis, robustness and flexibility
  • Problem decomposition and new approaches to optimization
JPL, NASA Langley Research Center
Guidance, Control, and Mission Design for Hypersonic Deployable Aerodynamic Devices System- and subsystem-level analyses to support guidance and control system development, mission design, and requirements definition for vehicles employing hypersonic deployable aerodynamic devices. Charles Stark Draper Laboratory
F6 Fractionated Spacecraft Analyses, methods development, and design support for assessing flexibility-related benefits of spacecraft fractionation in the areas of responsiveness, reliability, risk, cost, and overall value returned. Efforts are directed in support of DARPA's F6 spacecraft flight demonstration program. Orbital Sciences Corporation, DARPA
Multi-Moon Tour Design Pathfinding and Delta-V optimization for multi-body tour options for the next flagship mission to outer planets. JPL
Rapid Reconnaissance and Response Nanosatellite Autonomous detection of a thermal target via satellite remote sensing. Relay of the target coordinates to an unmanned aerial vehicle for high-resolution imaging. Student spaceflight system and mission operations development. AFOSR, GTRI, JPL, Arizona State University