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- Determining the aggregate material content of the space-based objects leading to the development of a catalogue of material composition of satellites
- Developing material degradation models and estimating the material properties based on life and degradation.
- Developing machine learning models to predict the material content and properties for other satellites for which data is not available.
- Determining the total value of individual parts, sub-assemblies and assemblies and the material content
- Developing cost models to estimate the processing costs for different applications- in-orbit servicing, in-space manufacturing, manufacturing for Space and logistics back to earth for use in earth.
- Determining the value of reusing, recycling, remanufacturing of parts and materials for different applications- in-orbit servicing, in-space manufacturing, manufacturing for Space
Postdoctoral Research Associate in Space Circular Economy - Durham, United Kingdom - Durham University
Description
Applications are invited for a Postdoctoral Research Associate to support the research project, "Evaluation of Space Debris and Its Potential Usage for a Circular Space Economy".
The project will focus on developing optimal circular-economy pathway for end-of-life satellites and space debris considering the best-use configuration among various alternative potential usage. Specifically, you will work on material characterisation and value assessment and cost modelling of space-based objects and space debris. This will involve: