Learning outcomes
The module teaches practical aspects of manufacturing and assembling components and systems in space. During the course of this The module teaches students the most important principles and procedures used in carrying out in-space manufacturing
are relevant. The students should have in-depth practical knowledge of the implementation and implementation of at least one of the win the following topics:
- Modeling and simulation of formation flights of spacecraft
- Building additive manufacturing in the space environment
- Implementation of computer vision for space applications
- Development and characterization of gripping mechanisms
- Trajectory planning and optimal control of spacecraft
- Nonlinear orbit and attitude control of spacecraft
- Artificial intelligence for space applications
Teaching content
The “In-Space Manufacturing and Assembly” module is aimed at students of space technology, mechanical engineering, etc Electrical engineering, computer science, and related disciplines. It offers a well-founded knowledge base and practical aspects Manufacturing and assembly of components and systems in space. The lectures and practical project work include
following topics:
- Materials and processes in space: material selection, additive manufacturing techniques, microgravity conditions, Vacuum environment and radiation effects on materials.
- Manufacturing techniques for orbit: 3D printing in space, robotics and automated assembly, folding mechanisms
- In-orbit assembly: docking, cold welding, deployment mechanisms
- Formation flight of spacecraft: parameterizations, formation reconfiguration, formation keeping, control, navigation, regulation
