![[Ting Chen - MINE REGENERATION - COVER IMG]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/92951/22-6661-19/medium/27455ee722b99f769e5a6523898afb70.jpg)
MINE REGENERATION
![[Ting Chen - MINE REGENERATION - IMG 1]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/92951/22-6661-19/full/27455ee722b99f769e5a6523898afb70.jpg)
![[Ting Chen - MINE REGENERATION - IMG 2]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/92951/22-6661-19/full/371a015d4f43246042a8907abf7fbefd.jpg)
![[Ting Chen - MINE REGENERATION - IMG 3]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/92951/22-6661-19/full/1c93ef90db2e95156d59b165582136e9.jpg)
![[Ting Chen - MINE REGENERATION - IMG 4]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/92951/22-6661-19/full/62cfb7be1a06bca775f7c7ebaaf556e3.jpg)
MINE REGENERATION
PrizeHonorable Mention in Architectural Design / Tall Buildings
University/SchoolNational Taiwan University of Science and Technology
Lead ArchitectTing Chen
Design TeamYikai Qiu
Project Videohttps://vimeo.com/327541550
This design focuses on the discussion of the vitality regression of resource-based mining areas, and the full cycle of ecological restoration from the initiation, growth and maturity of the community to the breeding, cultivation and restoration of the coupling ecological recovery. After the community being mature, residents' residences, visitor centers and rehabilitation laboratories are combined to realize the vitality regression of the generalized community.