![[Po-Wen Lee - Spacecraper - COVER IMG]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/91849/22-4568-18/medium/7ac43bc09395049a44285ed227e0714c.jpg)
To infinity and beyond
![[Po-Wen Lee - Spacecraper - IMG 1]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/91849/22-4568-18/full/7ac43bc09395049a44285ed227e0714c.jpg)
![[Po-Wen Lee - Spacecraper - IMG 2]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/91849/22-4568-18/full/0312c3157d2b42903f2841c5af8850ca.jpg)
![[Po-Wen Lee - Spacecraper - IMG 3]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/91849/22-4568-18/full/5e1fc82ec22dae6c00fe4a963c6904d3.jpg)
![[Po-Wen Lee - Spacecraper - IMG 4]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/91849/22-4568-18/full/0c7fb7b70a8bb374707dc8360f1d5ec4.jpg)
![[Po-Wen Lee - Spacecraper - IMG 5]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/91849/22-4568-18/full/0ab9c178c7457e83224c8c7ff163969c.jpg)
Spacecraper
PrizeWinner in Architectural Design / Mixed Use Architecture
University/SchoolNational Taiwan University of Science and Technology
Lead ArchitectPo-Wen Lee
ClientAll human beings
This primary architectural design works on techniques to help us cross greater distances to another planet like our Mother Earth. Any humans living in space for long periods of time need life-support. In this Spacecraper, we contain four immense modules which could grow our own food and recycle our water during the travel between planetary systems. When we arrive at a destination like our own eco-system, the modules can immediately deploy on the planet surface, building a new colony city easily.