1. Space Exploration Boy Scout Presentation November 17, 2003 Amanda Kelly Shara Walenta Brad Steinfeldt

2. Agenda I.Rocket Pioneers II.Opportunities in the Space Industry - The parts of a space mission - A Mars Mission Case Study - Various Fields in Aerospace Engineering III.UT Aerospace Engineering Student Projects - Launching small satellites - Floating in weightlessness! IV.Questions

3. Rocket Pioneers: Space Exploration from Dream to Reality

4. Rocket Pioneers Inspiration –Jules Verne Fathers of Rocketry –Tsiolkovsky –Goddard –Oberth Rocket Engineer –Von Braun

5. Jules Verne 1828 - 1904 – Long distance travel in balloon – Very long range cannon – Helicopter – Apollo project that led the first men to the Moon in 1969 – Interplanetary travels – Electrical engine – 20,000 Leagues Under the Sea – Around the World in 80 Days – A Journey to the Center of the Earth – From the Earth to the Moon Wrote various poems, novels, and short stories Predictions from his writing

6. K.E. Tsiolkovsky “To set foot on the soil of the asteroids, to lift by hand a rock from the Moon, to observe Mars from a distance of several tens of kilometers, to land on its satellite or even on its surface, what can be more fantastic?” - Tsiolkovsky Father of Russian Astronautics (1857 – 1935) Specialized in liquid fuel propellants, multistage rockets, and space travel Theoretical Scientist but never made a rocket himself Famous Rocket Equation: Predictions: - Orbital space station - Settlements outside of Earth

7. Robert Goddard Some Historical Firsts for Goddard –First proved that a rocket will work in a vacuum, that it needs no air to push against –First received U.S. patent in idea of multi-stage rocket, 1914 –First developed and shot a liquid fuel rocket, March 16,1926 –First developed gyro control apparatus for rocket flight Robert H. Goddard besides 1926 liquid- fueled rocket. Flew 41 ft. in the air. “It is difficult to say what is impossible, for the dream of yesterday is the hope of today and reality of tomorrow.” - Goddard Father of American modern rocket propulsion 1882-1945

8. Hermann Oberth Inspired by Jules Verne’s famous novel: “From Earth to the Moon” 1923, he became the first to prove that rockets could put a man into space He originated the idea of a multi-stage rocket V-2 (Vengeance) rocket, World War II He was the first person to suggest an manned orbiting laboratory similar to what is now the International Space Station (ISS) Father of Space Travel Romania, 1894-1989

9. Werner Von Braun Assistant to Hermann Oberth for V-2 rocket Taken to the US after the war Director of Marshall Space Flight Center, Alabama German Rocket Engineer 1912-1977 Programs at NASA: Redstone Rocket - launched first satellite for western hemisphere Saturn V and 1B - Used to carry astronauts to the Moon on Apollo missions - Used to launch Skylab, worlds first space station

10. Apollo 11 Video

11. Career Opportunities in the Space Industry

12. Behind the Scenes of a Mission To accomplish a mission, engineers are broken down into teams: - airframe/structure - propulsion system - guidance, navigation, and control - thermal systems - power systems - human living environment systems - science payloads to orbit - microgravity science experiments These teams are further broken down into sub-teams A successful mission requires thousands of engineers and scientists working together across the country

13. Case Study: Mars Exploration Rovers: Spirit and Opportunity

14. Fields in Aerospace Engineering Manned Missions Un-Manned Missions - Science Research and Exploration - Communications and National Defense Private Industry Competition

15. Humans in Space Space Shuttle International Space Station Orbital Space Plane Humans Establish a Presence in Space

16. Un-Manned Missions Kepler Stardust Deep Space Science Communications

17. Private Industry Space Flight X Prize: Civilian Race to Space

18. Student Aerospace Projects at The University of Texas

19. What are UT Students Doing? CanSat –Small Coke can sized satellite –Launched to 12,000 feet in 2002 FASTRAC –Automatically performs navigation maneuvers between 2 satellites Tracking Station –Able to send/receive information about satellites and their orbits Exciting Projects Break New Ground

20. “The Weightless Wonder” KC-135 Projects –Satellite Orientation Control –Satellite Separation –Flame Studies KC-135 Projects Allow Students to feel “weightless”

21. Questions?