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USC Astronautics Faculty Adviser
Return to the Moon: USC LEWIS and Clark Project (Lunar Exploration With Intent to Stay) Thangavelu, M., Chen, Y., Diaz, A., Ghivalikar, A., Handwerk, D., Heeg, Hendry, M., C., Koelsch, R., McVey, J., Nowicki, J., Pieri, G., Zeitouni, P. USC Astronautics Faculty Adviser Madhu Thangavelu
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ASTE527 Space Architecting Studio
3 unit graduate elective in ASTE Programmatic issues Concepts created – “concept architectures” Evaluated by agency and industry experts Individual and team project L&C project is fall 2005 team project
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Ares Engine Alternatives
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SMITH -Long Range Rover
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South Polar Infrared and Optical Interferometry Observatory
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Moon Bucket Truck
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Lunar STEG
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Transhab Test at NASA JSC
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Bigelow Inflatable Modules
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South Pole Sadler Salad Machine
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Advanced Lunar Agriculture Module
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EYESPY:Engaging our Youth in the Exploration of Space, Planets, Yonder
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The Lunar Gas Station “….a [Lunar Gas Station] would free us from delivering fuel on a very expensive heavy lift launch vehicle…” – Mike Griffin, NASA Administrator Working on it –think fuel caching, even better, propulsion pallet caching in lunar orbit !
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Return to the Moon Jules Verne Project
Thangavelu, M., Bidwell, J.. Cheng, J., Ghandchi, S., Morris, A., Martin, M., Mustillo M., Rojdev, K. USC Astronautics Faculty Adviser Madhu Thangavelu
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ASTE527 Space Architecting Studio
3 unit graduate elective in ASTE Programmatic issues Concepts created – “concept architectures” Evaluated by agency and industry experts Individual and team project Jules Verne project is fall 2006 team project
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Mission Execute VSE using ESAS architecture
And synergetically establish permanent lunar infrastructure Establish a variety of observatories Conduct scientific experiments Layout technology testbeds Test and evolve rover and crew systems Study crew activities
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Jules Verne project Equatorial Circumlunar Navigation
14, 500km – accounting for terrain and diversions ~2000km tour of duty – seven missions ~ seven waypoints changeout locations Assisted by lunar orbiting station crew
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Jules Verne Project Systems
Pressurized Rover 4 crew 2000km range Autonomous Logistics Landers Emplaced in advance along traverse route Consumables, spares Orion Orbital station 2 crew Groundtrack over traverse route Orion Crew Rescue Architecture Laser Communications Link
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