Bachelor thesis defence: Aerospace Engineering

Defence of a bachelor thesis in Aerospace Engineering on a university nanosatellite: cover with a 3D CubeSat, a key figure, objectives, requirements and subsystems, the satellite in 3D, mass and power budgets, vibration, thermal and radio tests with their results, conclusions, conference attendance with the map flying from one to the next, publications, backup slides for the committee and notes with timings.

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Cover of the presentation “Bachelor thesis defence: Aerospace Engineering”

What’s inside

  1. UniCube-1: design, construction and testing of a 2U university nanosatellite
  2. is all a complete satellite weighs: power, radio, computer, attitude control and a payload that measures Earth's magneti
  3. Question and objectives
  4. Why nanosatellites
  5. Four subsystems in 22 centimetres
  6. A 10 × 10 × 22 cm cube
  7. Mass budget: 2.41 kg out of 2.66
  8. Power budget
  9. Three tests, like a real launch
  10. Result 1 · It survives liftoff
  11. Result 2 · It withstands the cold and heat of space
  12. Result 3 · It is heard at 1,200 km
  13. A team of students can design and test a satellite that meets the requirements of a real launch.
  14. Conference attendance · five cities in Europe
  15. Conferences I have taken part in
  16. Publications and other merits
  17. Thank you
  18. Why 2U and not 3U, which fits more?
  19. What about radiation? Would it survive a real mission?

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