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An entry into to the world of spacecraft trajectory design and optimization. The problem statement is to capture two planetary systems with one launch from earth, which means the initial part of the trajectory of a spacecraft which separates into two has to be the same. After separation, one half of the spacecraft will capture Saturn after takin…

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Bachelor_Thesis

An entry into to the world of spacecraft trajectory design and optimization. The problem statement is to capture two planetary systems with one launch from earth, which means the initial part of the trajectory of a spacecraft which separates into two has to be the same. After separation, one half of the spacecraft will capture Saturn after taking a fly-by from Jupiter, whereas the other half will capture Jupiter. Possible location of separation of the two halves of the spacecraft ( in terms of days from launch ) is found out.

The code is developed using two fantastic python libraries developed by th Advanced Concepts Team of ESA, namely Pykep and Pygmo2.

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An entry into to the world of spacecraft trajectory design and optimization. The problem statement is to capture two planetary systems with one launch from earth, which means the initial part of the trajectory of a spacecraft which separates into two has to be the same. After separation, one half of the spacecraft will capture Saturn after takin…

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