01 REMODELED RIBBON SHIPYARD-----Industrial site waterfront park
Types: academic work
Time: January - April 2023
Instructor: Xiao Xi (Associate professor)
Location:guangzhou Guangdong China Individual work
Description
The
of
INDUSTRIAL SITES ALONG THE PEARL RIVER
Proportion Of Factory In The Rear Channel Along The Pearl River
GLORY LEFT BEHIND
Many significant industrial heritage sites are in urgent need of protection
Too many structures in the shipyard prevent direct access to the water's edge
Heavy metals and wastewater from shipbuilding pollute soil and water
PLAN GENERATION MASTER PLAN
Bench-Retaining Wall
A-A' Section
Monument Area
Industrial Memorial Area Wetland Step
Lawn Step
B-B' Section
C-C' Section
02 WHISPER OF HILLSIDE---Landslide disaster reestablish in Mocoa
Types:
Time:
Instructor: Liang Rui (Lecturer)
Location:Mocoa Putumayo Colombia
Description
The
SHELTER: 3,417 are likely homeless due to the mudslides
CAUSE OF LANDSLIDE
ISSUES AND CURRENT STATUS
Catchment axis
Parallel arch bridge
Protective dam
Catchment Line
Community plaza
Community farm
Community market
Impounding reservoir
Relocation Diagram
Approximately, 1,241 housing unils located on high-riskterrain are gradual relocated to substitution housing. The strategies were made feasible by following tprinciple of proximity and by supporting self-constructegand additions and adjustments.
Los Pinos & Laureles
Removal:260 Housing
Relocated:280 Housing
San Miguel & San Fernando
Removal:325 Housing
Relocated:360 Housing
FRAMEWORK
PHASING DIAGRAMS
A large area will be divided into multiple slice units to be designed separately. Each unit framework consists of three main phases. In the first phase, earth is deposited to lay pipes and armor structures to establish a topographic base. The second phase allows vegetation to establish, actively gathering moisture and purifying runoftin separated channels. The third phase is landscaped infrastructure and potential embedded exclusive residences.
Mudslide Debris
03 THE REBIRTH OF PLASTIC BAY---a system that turns waste into treasure
Types: academic work
Time: April - August 2024
Instructor: Jiang Hai Yan (Professor)
Location:Noveleta Manila Philippines
Individual work
REGIONAL CRISIS
Loss and Erosion
Description
The project proposes the concept of recycling and upcycling marine waste, turning marine plastic—once a culprit of distress for Manila Bay—into a catalyst for restoring mangrove ecosystems and revitalizing local livelihoods. Recycled plastics are repurposed into various products, which are integrated into three key phases of the project. The manufacturing of these recycled products creates job opportunities for low-income communities in the area. The natural topography, shaped by river flows and sediment deposition, exemplifies how natural processes contribute to resilient urban spaces.
PLASTIC TIDE IN OCEAN
Plastic debris can suffocate the mangroves, preventing the roots from absorbing CO2 and thus killing them. The plastic also affects wildlife, who lose their habitat or could end up ingesting this plastic.
When plastic waste breaks down, it releases toxic chemicals that pollute water bodies. These pollutants can be absorbed by Marine life, affecting the entire ecological chain.
In a research, the Ecowaste Coalition said over twothirdsof the plastic waste in Manila Bay are single-use plasticslike sachets, straws, and plastic bags.
pieces of plastic waste in Manila Bay
pieces of plastic waste persquare kilometer
TURN CRISES INTO OPPORTUNITY
Collaborate plastic waste recycling towards resilient Complex
THE CURRENT WASTE ISSUE
PLASTIC WASTE RECYCLING SYSTEM
Accumulation inhibits mangrove growth
Endanger the health of residents Damage to Marine agriculture
MASTER PLAN
The formation of the terrain is a process of cumulative sedimentation, utilizing funnel-shaped dikes and stakes to capture river flows as they meet the sea. This approach creates funnel-shaped topography that results in multiple water pools, providing an ideal habitat for mangrove growth.
Near the coastline, the funnel-shaped formations naturally serve as collection points for marine debris, creating an effective ecological filtration system. Eventually, new communities will be built on these landscapes, completing the construction of a comprehensive and sustainable system.
2030 Cumulative Sediments
2040 Mangrove Habitat
2050 New Community
INTEGRATED SEA FARMING
Recycled plastic piles can handle a variety of situations, including fixed precipitation, as Marine aquaculture can provide a fixed farming rope role, providing attachment points
farming
Integrated mangrove culture can generate economic benefits while preserving mangrove habitat, while the platform can provide sightseeing functions
The new Marine farm uses mangroves as the new backbone of the farm, with many farmed organisms living in the roots of the mangroves. Form a relatively complete ecological chain between each other, and then ensure the restoration of mangrove ecology on the basis of reviving the original Marine aquaculture industry
Sea-weed
Tilapias
Milkfish
Sardine
Oyster
Shrimp
Crab Mussel Mangrove
Algae
Oyster farming
04 ORGANIC PROLIFERATION OF RUST---steelworks heritage park
Types: academic work
Time: April - August 2022
Instructor: Xiao Xi (Associate professor)
Location:Noveleta Manila Philippines Group work (As lead author)
Description
Your project focuses on a longer temporal dimension, integrating the geomorphological features of pre-industrial era. This allows visitors to experience the collision and fusion of Guangzhou’s primordial natural landscape with the industrial memory of the former steelworks. Within the park, a series of cultural and exhibition activities have been planned, with revenue generated from these initiatives feeding back into park maintenance, achieving a self-sustaining model. For areas closer to the community, linear community farming plots are introduced to reflect the site’s original attributes while embodying the productive principles of a resilient city.
Scattered Urban Green Space Patches With Weak Ecological Effects
Temperature analysis of heat island effect in Guangsteel area
Guangzhou Steel has left a lot of heritage in the time of development in Guangzhou, including innovation.However, there is no intersection with the Lingnan culture of Guangzhou, which lacks localization and integration.
Ecological Green Corridor
Lack of networked green spaces, i.e. the “District-City Ecological Corridor Group”, the Guanggang Green Corridor has become a key link between the Huadi River Corridor and the Pearl River Back Channel Ecological Corridor.
Industry Withdraws From Fangcun Area Resulting In Hollowing
Change analysis of industrial population
Guanggang predecessor Huadi River as an agricultural base for the production of ornamental fish industrialization base. Layout development of the production plant in the 1950s has begun to relocate to Nansha under the increasing constraints of environmental factors.
POI Facility Distribution Analysis
Through poi analysis, it is known that the overall facilities in Liwan District are concentrated in the old Xiguan area, while there is a lack of facilities in the Yicun area, which can be utilized to revitalize the abandoned facilities.
The Severance Of Guanggang Culture And Lingnan Thisization
Quarantine explanation
Guangzhou Steel has left a lot of cultural heritage in the time of development in Guangzhou, including innovation, practical work and patriotic spirit. However, there is no intersection with the Lingnan culture of Guangzhou, and there is a lack of localization and integration.
Crowd Analysis
Attract new people, a variety of people's composite relationship, balancing the relationship between their participants to meet the needs of the composite population, the
Muti-industrial Chain Operation
05 OTHER WORK
Types: academic work
Time: September - November 2022
Instructor: Liang Rui (Associate professor)
Description
The design of the hotel is built in Baiyun Mountain according to the terrain, and is spread out in the form of ancient Chinese painting scrolls. The ventilation and lighting design takes full account of the climate in Lingnan region. The structural design makes it have advantages in passive energy saving in carbon
Types: academic work
Time: September - December 2021
Instructor: Xiao Xi (Associate professor)
Description
The design of the house refers to the Chinese classical garden system and the form of ancient Chinese paintings, and expresses the journey of modern Chinese people to find the roots of ancient life style through the dialogue between ancient and modern people.
