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Sydney Uni Live 2009

Sydney Uni Live 2009. Space Engineering programs at the University of Sydney. Space Engineering (Aeronautical (Space)) ( Mechatronics (Space)) (Mechanical (Space)). What is Space Engineering? Why are there three flavours? Can it be done as a combined degree?

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Sydney Uni Live 2009

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  1. Sydney Uni Live 2009 Space Engineering programs at the University of Sydney

  2. Space Engineering(Aeronautical (Space))(Mechatronics (Space))(Mechanical (Space)) What is Space Engineering? Why are there three flavours? Can it be done as a combined degree? Does it include Advanced Engineering?

  3. How you can study Space Engineering? ATAR 98.5 --> 99.5 (estimate) Flexible Entry by application (UAI > 98) 1st Year Average Mark >75% for Flexible First Year Program Transfer from another stream with >75% average marks.

  4. What will you study? Basic Science and Engineering (40%) Space Specialisation (20%) Orbital Mechanics Remote Sensing systems Extreme environment conditions Propulsion and Attitude Control Systems Satellite and Systems Design Professional and Management Skills (10%) Design and Project Work (20%) Other electives (10%)

  5. Where does this degree take you? Further study (Postgraduate Research). Local Aerospace Contract Industries. Overseas Space Industries. High Tech related local industries. Any generalist Engineering field. Industrial Management fields.

  6. Why study this degree at the University of Sydney? Focused environment for this area. Interesting project work components. Possibility for International Exchange. Good student facilities and services. Close to transport.

  7. Current project work : Re Entry Flow Simulations.

  8. UAV's constructed and flown

  9. Mini Satellite and Satellite Component design projects.

  10. PCB satellites (Satellite –On –A Chip)

  11. Collaboration Internationally

  12. Collaborate with specialists AMME adjunct associate professor Greg Chamitoff. Aerospace graduate Dr Gordon Pike.

  13. Learn Engineering Fundamentals Dynamics and Control Flight Simulation (5 Dof Simulator)

  14. Fundamental Structural Analysis, Aerospace Design and Construction Aircraft Construction Lab. FEA Analysis Systems. Composite Materials Smart Materials. Metal fitting. Student Workshop

  15. Fundamentals of Fluids Dynamics. Aerodynamics, GasDynamics, Propulsion, Energy Conversion and Efficiency.

  16. UAC application BE/BCom 511760 BE/BSc 511770 BE(Aeronautical(Space)) 511718 BE(Mechanical(Space)) 511732 BE(Mechatronics(Space)) 511733 BE(Flexible First Year) 511756 The order of your preferences is IMPORTANT

  17. If you need any more information… Register with the Faculty at http://www.eng.usyd.edu.au/apply/flexibleentry.shtml email registration@info.eng.usyd.edu.au ask questions NOW.

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