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ae3-803 Space Engineering and Technology III

ae3-803 Space Engineering and Technology III. Minor-1 information meeting Delft, March 18, 2009. Course objectives. Complete the course track Space Eng. and Techn. I, II, III. By: lecturing a number of topics of satellite technology and space missions

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ae3-803 Space Engineering and Technology III

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  1. ae3-803 Space Engineering and Technology III Minor-1 information meeting Delft, March 18, 2009

  2. Course objectives Complete the course track Space Eng. and Techn. I, II, III • By: • lecturing a number of topics of satellite technology and space missions • synthesizing and applying all knowledge about spaceflight and spacecraft to a practical (design) problem

  3. Lecture topics ae3-803 1. Space environment and its effects on design • gravity field, atmosphere • debris, radiation • magnetic field, magnetosphere, vacuum

  4. Lecture topics ae3-803 2. Ground systems and mission operations

  5. Lecture topics ae3-803 3. Guidance and navigation • precise orbit determination using GPS • guidance strategies • rendez-vous

  6. Lecture topics ae3-803 4. Mission examples Reverse engineering of • LEO mission • Interplanetary mission • Launcher mission

  7. Practical ae3-803p • Real-life problems • work with conflicting requirements • acquire computing skills • Team work (3 students/group) • 2 * 6 half days • 2 written reports

  8. Practical ae3-803p • Reverse engineeringliterature study + “back-of-the-envelope” analysis on existing mission, subsystem, design or development • Designrequirements analysis, design analysis, performance analysis, risk analysis, etc

  9. AE3-S01 Systems Engineering & Technical Management Techniques Aerospace Engineering

  10. What is the desired product?

  11. How does the design look like?

  12. And the equivalent for aeronautics?

  13. How does AE3-S01 help you? • Provides means to • Structure your project • Plan your work • Organize your team • Elicit requirements • Rationally select the best design • Achieve a well balanced design implementation • Identify risks in your project and product • Estimate your product’s cost • Achieve a continuously better product definition • And some more ........ • All techniques and methods useful and needed for the proper engineering of complex systems

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