If your are interested in these designs, there will be a semi-public review on February 14, 2006 at Georgia Tech (Location: Room 442 - Design Lab, 40 Guggenheim Building, School of Aerospace Engineering, Georgia Institute of Technology, Atlanta, Georgia - enter from Knight Building, this should last most of the day, contact class instructor Dr. Robert Braun for more information: robert.braun@ae.gatech.edu)
Here is the design problem they have been given and to which they have to respond with a conceptual design (related to an Apophis mission).
Design Problem:
In the Spring 2007, each student team will develop a mission and flight system concept to rendezvous, emplace navigation infrastructure and perform a mineralogical assay of the near-Earth asteroid, Apophis. This asteroid is anticipated to fly near the Earth in 2029 and again in 2035. The present mission and flight system design must complete its in-situ investigation prior to the end of calendar year 2016 to allow for implementation of a follow-on mission (either for resource mining or Earth deflection) in one of these two Earth flyby opportunities.
- Rendezvous with Apophis and return all data prior to
- Total lifecycle cost < $500M (FY07$)
- Investigations must be performed in-situ (no Earth-based observation)
- A complete mission & flight system must be proposed (no instrument-only missions)
- The NASA Exploration Systems Architecture Study has been implemented as planned and these systems are available for use.
Link: My presentation to the Georgia Tech's AE 4803 Class - Spring 2007 Semester
Link: Georgia Institute of Technology Campus Map
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