CONTENTS
Regeneration of Urban Vitality
Landscape Design — Baqiao Thermal Power Plant Land Contamination Treatment Urban Park Design
Regeneration of the Mine Industry
Industrial Transformation and Site Design — Discarded Masks Product Replaces Granite Export and is Used for Mines Re-Greening
Regeneration of Flood-Stricken Island
Landscape Planning — Rainwater and Flood Symbiosis Design Scheme for Xinsha Island
Regeneration of the Whole Industry Chain
Urban Design —The Outskirts of Ulaanbaatar Use New Construction Groups to Cope with Sandstorms
Project 01
Regeneration of Urban Vitality
Landscape Design — Baqiao Thermal Power Plant Land
Contamination Treatment Urban Park Design
The Baqiao Thermal Power Plant was the first thermal power plant in Xi'an and was a memory of a bygone industrial era and a symbol of the old town. I hope this renovation project can serve as a symbol to guide the city towards a new sustainable future, regenerate the city's vitality, and revive the pride of the past.
Site Location: Baqiao District, Xi'an, China
Type: Academic Project
Date: 2022.07-2022.10
Academic Course Name:
Landscape and Urban Ecology
Individual
TYPOLOGY SYNTHESIS
MASTER PLAN
The completed project can accommodate the activities of the surrounding residents, and the large green areas can dissipate carbon emissions around the site and even in the city.
Project 02
Regeneration of the Mine Industry
Industrial Transformation and Site Design — Discarded Masks
Product Replaces Granite Export and is Used for Mines Re-Greening
The export of raw granite and marble materials from Fujian province has brought huge economic benefits, leading to rapid economic development, but this has also led to various parts of the region being covered by quarries and abandoned pits, causing ecological problems such as mountain exposure and landslides. The overuse of non-degradable masks has become an unavoidable environmental problem, especially when the pandemic has brought the city to a standstill crisis. I plan to use the masks to give a re-greening operation to mining areas, merging two solutions to the ecological problem to obtain a new eco-industrial model. Using new technology, the masks can be turned into various shapes of "stone" hard enough to replace granite mining. Using abandoned pits as a base, the quarrying industry in Fujian can have a sustainable industrial transformation, closing down industries that destroy nature and allowing new industries to regenerate here.
Site Location: Zhangzhou District, Fujian, China
Type: Project Participated in Design Competition
Date: 2022.10-2022.12
Scale: 18 ha
Team Work- Teammate: Xuanxuan Liu
Project 03
Regeneration of Flood-Stricken Island
Landscape Planning — Rainwater and Flood Symbiosis
Design Scheme for Xinsha Island
Xinsha Island is located in the middle and lower reaches of the Fuchun River, and its downstream is the Xinjin city center of Hangzhou. The area is seriously affected by floods, and the annual floods will bring great economic losses to the local residents. Moreover, Xinsha Island is the origin of the Chinese farmhouse economy. However, due to the change of the times, the farmhouse economy is no longer popular, resulting in a substantial decrease in the number of tourists and residents' income in Xinsha Island.
How to carry out industrial transformation is also a matter of Xinsha Island. a big problem in development. I hope to solve the flood problem and industrial upgrading in this area by means of landscape
Site Location: Xinsha Island, Hangzhou City, Zhejiang Province
Type: Academic Project
Date: 2022.05-2022.6
Academic Course Name:
Landscape Spatial-temporal Change
Instructor: Xiaoqing Song, 105032@zust.edu.cn
MASTER PLAN
After the site is designed, it can coexist with flooding and change production capacity to obtain more economic benefits.
Project 04
Regeneration of the Whole Industry Chain
Urban Design —The Outskirts of Ulaanbaatar Use New Construction Groups to Cope with Sandstorms
I hope to connect ecology and community through design, repair the break between the past and the future, and regenerate the entire industrial chain on site. The suburbs of Ulaanbaatar pose a confluence of urban problems, with dust storms being the most serious ecological concern. I started with the design of the neighborhood, rationalizing its spaces, providing green transportation and looking at the mix of building units and flora to protect against wind and sand. It is hoped that the reconfiguration of grazing will allow pastoralists to regain access to the means of living, and to address the poverty of pastoralists through a rational upgrading of small-scale industries.
Site Location: Ulaanbaatar, Mongolia
Type: Project Participated in Design Competition
Date: 2022.9-2022.10
Instructor: Zikun Zhang
BUILDING - WIND METHODOLOGY
Desert Ark
The design of Ulaanbaatar's suburbs is based on sustainable development. using modules of various scales to solve the biggest local ecological problem while sandstorms, allowing residents to obtain new employment opportunities and promoting local employment and development issues.
PERSONAL PIECES
PERSONAL PIECES
Team numbers:
Lin Lifeng, Xu Qianfei, Wu Xinyu, Huang Jiaxin, Chen Zixun, Pan Chenyang, Lin Zihao, Liu Keke, Shu Zhongrui, Sun Manting, Yang Zichen, Zhang Sijia, Zhuang Chunyin, Fu Wenqi, Jiang Linjun, Xu Yiqing, Dong Chao, Zhang Xiaoyu, Wen Ge, Yang Zhexing, Gu Wenze, Guo Siyu, Zhang Ziang, Yu Kuai, Yu Xintong, Liang Xinyue, Fu Chengyu, Wang Zhixuan.
Interior design — Batou Mountain Village exhibition design project 2022. 07- 08
Wood Pavilion NO. 3 — Poultry use space 2022. 06- 09