UCL Tang Zhongling architecture portfolio

PORT FO LIO

Architecture Design

Basic information

18/08/1998

18382402660

Lives in Chengdu, Sichuan Province

18382402660@163.com

About me

Be patient and a good listener

Curiosity and observation

Team coordination and cooperation ability

Slow but calm

Major course

Design fundamental

Villa design

Student activity center design

Reconstruction of old city

Regulatory planning

Urban master planning

Urban design of industrial park

Rural planning

Zhongling Tang

architectural design

Award-winning experience

UIA-HYP CUP 2022 INTERNA TIONAI STUDENT COMPETITION IN ARCHITECTURAL DESIGN,AWARD OF EXCELLENCE

EXHIBITION OF ARCHITECTURAL DESIGN IN DEVELOPING COUNTRIES

2021，AWARD OF EXCELLENCE

Software application

Adobe:Illustrator,Photoshop,InDesign

3D modeling:Rhinoceros,Sketch up

Rendering:Lumion,V-ray,Enscape

Hobby

Photography

Personal statement

Architecture and city are the slice art of life scene, the architect is the director and scriptwriter of the whole theater, observing and designing all the events

01 Pick-up-sticks

The organic combination of city and village

Design description

The contradiction between countryside and urban:

1. The fact that urbanization swallows the countryside is inevitable under the process of urbanization, and the inherent design direction of preserving the countryside cannot satisfy the reality.

2. The fast-paced city life makes people yearn for the countryside, and the development of the village itself prevents people from integrating.

3. The continuous development of urbanization has given birth to a new generation of urban residents who have no knowledge of the countryside. Countryside culture is an important part of Chinese popular culture, and high-quality parts need to be passed on.

Design Purpose:

Implant Countryside space in the city, break the existing urban context through the countryside space complex of different industries, different cultures, and different functions, so as to achieve the effect of blurring the boundary between the city and the countryside.

Design method:

1. Combine primitive agriculture, animal husbandry, etc. with modern technology to achieve large-scale and efficient production

2. Juxtapose and combine agricultural production with the city’s original industrial chain (gene recombination) to create a closelyconnected comprehensive industrial chain .

3. Embed each industrial chain into the urban context to achieve efficient transportation and consumption

4. Each industrial chain has a different impact on the city's regional functions, ideology, culture and lifestyle, leading to changes in the city's regional functions and organic connections.

Rural development in Hong Kong

Construction of industrial zone starts

The construction of airports and ports has made Hong Kong's import and export trade more vigorous

Fishing is the most basic mode of production for fishermen in Hong Kong fishing villages

Analysis of rural change

The problem of country and city

The traditional berthing area has become the container distribution center.

Some farmers went to factories

The urban population is the overwhelming majority

Hong Kong's last urban village has been demolished,residents of the walled city were forced to migrate to the city

wide

Countryside

Beautiful mountain villages have been developed into country parks and wealthy villas

The countryside was flattened as the city closed in

The fishing village was transformed into a fishing mooring pier and coastal scenic spot.

Some villages at the foot of the mountain were demolished and overpasses built

space function

multiple

intensive single comfort

human settlement

poor

intimate

indifferent

social relations

Hong Kong has limited land area, extremely high urban plot ratio, lack of public space, and weak operability and renewability of space.

The industrial model and life style in rural areas are relatively unitary

Due to the large building density, weak sunlight and ventilation effect, small residential units, urban living environment is poor.

Many traditional gathering spaces have disappeared, and neighborhood relations have become indifferent.

Design strategy

Countryside

City City

The rural industrial structure is relatively simple and the production efficiency is low. Modern factories in cities can provide equipment to help rural areas achieve efficient industrial production and material recycling.However,the diversity and complexity of rural space can carry different forms of activities in the city according to people's needs, with flexible operation possibilities, and can be combined with living production space to improve the living environment of urban residential units.

Bulk generation

·More people

·More houses

·Buildings are scattered

·Plenty of space

Functional Complementation

·Urban invasion of countryside

·Village demolition

·New construction

Experiment Generieren

According to different functions, the site area is divided into five parts: commercial area (shopping malls, office buildings), living area (residential, school, market), industrial area (pier, ferry, container), scenic area (sea view, mountain view) , Arts and Sports Center (exhibition hall, gymnasium).

Different areas have different industries and activities. The strip-shaped rural complexes are arranged according to the local road network, providing different industrial chains for the site, extracting the industrial nodes from them, and adding rural elements as units to each area.

The industry chain is supplemented and expanded, forming a spider web-like connection as a whole.

Each strip is equipped with different functional unit blocks according to the surrounding environment and industry. The unit blocks can be flexibly replaced. The strip acts as a bridge to adjust adjacent blocks and activate the surrounding environment horizontally.

·Urban villages form megastructure

Cultural industry zone, introducing market culture to activate residential and cultural areas

Handicraft tape,connecting the exhibition hall and the port

Industrial strip, connecting the port and the city and convenient for transportation

Crumble Scatter

Random distribution

Aggregate Collapse Cease

Different bars have different functional tendencies and form different spatial nodes according to the main functions.

Function Division

Explosive View

According to the environment, function, industry, we split the whole behemoth, from which the hierarchical analysis, the complex structure is broken down into a number of clear production links.

There are combinatorial relationships between units with the same function and units with different functions.According to the set production relationship, different components can be needed to complete the recombination of space function and production mode.

Graziery Agriculture

Residence Pipeline Corridor Commerce

The space with different functions can be connected, and the monomers with the same function but different forms are connected with other monomers with specific functions to form functional groups. The groups are connected again, and eventually a larger volume is formed.

Unit Design

Different monomers of each functional region

Single to group Group to compound

Intermixing of commerce and residence Private garden

Outdoor sale

Fresh sale

The hutong group consists of residential monomer and commercial monomer in traditional space form

Public greening Ornamental culture

House and yard Private farming alley stall

Sale of special agricultural products Fair

The monomer and other specific blocks are randomly combined into different functional blocks to achieve a variety of functional groups.

Commercial units and open Spaces such as corridors form stalls

An intensive apartment with superimposed living units

apartment farmhouse bazaar supermarket

A large market formed by combining various functional monomers

Ecological breeding Ornamental culture

Bioenergy cycleField slaughter

The combination of residential monomer and agricultural monomer is a farmhouse

Modern supermarket

byre factory hennery

Livestock monomer is mainly supplemented by small dwelling monomer

Processing plants that allow for bioenergy recycling A farm for raising small

test plot organic farm agritainment

Pastoral sightseeing Raw materialFarm experience

Agricultural monomer stacking forms modern three-dimensional agriculture

Organic farms related to bioenergy recycling

Leisure and entertainment based pastoral space

Section of urban and rural complex

Roof garden combined with children's entertainment area

Livestock combined with meat processing plants

The combination of farmland, scientific research and market

In addition to its internal functional coordination, the rural complex can also form rich connections with the urban space.

The combination of Courtyard, art studio,and living space

Basketball court

Outdoor performance venue

Spiral market

Stereoscopic agriculture

Custom space

02

The Rebirth of Litter

Design of garbage collection tower based on the Great Pacific Garbage Patch

Design Description

The Great Pacific Garbage Patch is a collection of marine debris in the North Pacific Ocean. Garbage from inland rivers and coasts is collected by ocean currents into the middle of the Pacific Ocean, forming a giant garbage island. The island now covers an area the size of three Texas states combined and is growing every year. The existence of garbage islands has seriously affected Marine life and natural ecology, and if not controlled, it will threaten human beings.

In order to solve this huge "new continent" in the ocean and convert Marine garbage into utilizable energy or reusable materials, the design will establish a complete garbage disposal system in the garbage center. Through the layer by layer sorting mechanism, the existing garbage on the island will be classified according to different material characteristics, and then through hydraulic pressure, pyrolysis and other methods. It can be made into crude oil and solid fuel for the operation of the whole system,restore Marine ecology and feed human society.

Formation Analysis

When accounting for the total mass, 92% of the debris found in the patch consists of objects larger than 0.5 cm, and three-quarters of the total mass is made of macro and mega plastic.

The GPGP covers an estimated surface area of 1.6 million square kilometers, an area twice the size of Texas or three times the size of France.

Types of Garbage

H:Duroplasts

N:Rope/Net

P:Pre-Production Plastics

F:Foam Materials

The vast majority of plastics retrieved were made of rigid or hard polyethylene (PE) or polypropylene (PP), or derelict fishing gear (nets and ropes particularly). Ranging in size from small fragments to larger objects and meter-sized fishing nets.

Rubbish

Problem Devolopment Garbage Patch Distribution

The Great Pacific Garbage Patch, which has been around for decades, is the result of the accumulation of human-made trash from rivers and coasts that accumulates in the center of the ocean through the action of ocean currents to form an expanding island of trash. The waste is mainly composed of plastic, which contains a large amount of bulky waste and countless harmful particles that are broken down. The continuous accumulation of garbage is eaten by Marine organisms, so that a large number of animals die, and has a huge impact on the natural ecological environment. The animals that eat the sewage and the polluted sea water are used by human beings, which will threaten human daily life.

Indian Ocean

Scientists have discovered fragments of plastic in the ocean for the first time

Pacific Ocean Atlantic Ocean

A sailor crossing the Pacific Ocean found himself crossing a sea of plastic

The Great Pacific Garbage Patch (GPGP) is the largest of the five offshore plastic accumulation zones in the world’s oceans. It is located halfway between Hawaii and California.

One agency found that the waste was much denser than expected and had absorbed pollutants that were toxic to Marine life

The Great Pacific Garbage Patch was found to be growing

Ocean current

from the river flows into the ocean

Trash on the coast

Tide River

Strategy Design

System

Marine Litter

Pyrolysis Plant

Sorting Unit

Incinerator Electric Energy

Core Device

Hydraulic Baling Press

Diesel

Solid Fuel

Transportation Gasoline

The system is based on the characteristics of various kinds of Marine garbage, through different sorting mechanisms, the garbage is treated in different processes and then turned into usable energy or goods.

Generation

A building volume is placed in the center of the garbage belt, divided into different volumes according to different functions, and finally connected by pipelines.

Nanofiltration

Ultraviolet Sterilization

Gas Compressor

Air Scrubber

Disinfection

Friction Cleaning

Secondary Drying

Metalworking Machinery

Pulverizer

Detergent

Sedimentation Tank Hot-Air Dryer

Dehydration Plant

Dissolving Tank

Cooling Tower

Heating Furnace

Fractionating Tower

Blower

Scrubber Tower

Dust Catcher

Refuse in

Collection Device

Other Waste Screening

Refuse in

Plastic Screening

Winnowing Machine

Energy Sources

Solid Waste

Polluted Sea Water Cooling Installation

Gas Compressor

Pyrolysis Plant

Ozone in

Ozone Treatment

Ozone Purification Unit

Secondary Screening Device

Detergent in

Rolling Drying

Scientific Research Institution

Hydraumatic

Hydraulic Packing

Collection Device

Ozone Treatment

Pyrolysis Gas in Temperature Regulator

Air-Washer

Incineration Chamber

Dust Collector

Incinerator

Ozone Purification Unit

Hydraulic Baling Press

Incineration Chamber

Sea Level

Structural Analysis

Suspended-Cable

35 mm gravel; EPDM sealant

30 mm + 90 mm XPS thermal insulation 1.5 % to falls

28 mm perforated sheet metal;acoustic and climate ceiling,powder coated

190 mm inlaid mineral wool

thermal insulation

125 mm steel channel framing

125 mm inlaid mineral wool insulation

2× 12.5 mm gypsum board

300/300/14 mm steel SHS column, insulation coating

16 mm soundproof glazing in aluminium frame; 300 mm cavity insulation glazing in aluminium frame

EPDM sealant; 90 mm XPS thermal insulation 1.5 % to falls

70 mm corrugated sheet metal Ø 8 mm steel rod bracing

40 mm perforated sheet metal acoustic and climate ceiling, powder coated

150 mm clearance

Luftraum 150 mm

60/60/6 mm carpet tile foam thermal insulation

150 mm clearance;28 mm perforated

polyester + PVC open mesh composite textile on 67/68 mm extruded aluminium framing

27 mm vapour proof laminated veneer lumber

300/300/14 mm steel SHS, powder coated

2× 12.5 mm gypsum board

75/50 mm steel channel framing

40 mm sheet metal acoustic panel

10 mm cavity

The recycled waste feeds back into the system

The equipments running in gear

There's a new temporary habitat above garbage Island

Recycle waste and purify polluted sea water

Classify according to different characteristics of garbage

What a complex piece of machinery

Jointing Element

Laboratory

Exterior Structure

Filter Layer

Sorting Device Chamber

Stationary Member

I-beam

Lateral Bracing

Jointing Element

Top Brace

03

Above the Bridge

Bridge renovation design based on stimulating activity along Haihe River

Design Description

Haihe River is the mother river of Tianjin people. The formation of Haihe River is closely related to the development of Tianjin as a whole. Local residents rely on Haihe River to carry out various daily activities. After the popularity of "Tianjin Diving Master", more and more people came to take photos on the banks of Haihe River and the bridge over Haihe River, coupled with the daily activities of residents, the Haihe River became more and more chaotic, resulting in the termination of some activities.

In order to continue the vitality along the Haihe River and stimulate the possibility of more activities, the design will transform a steel frame bridge named "Progress Bridge" near the center of Tianjin, so that the traffic-oriented bridge can form more space nodes to stay, to meet the activity needs of various groups of people.

Tianjin prospers because of the Haihe River, which is not only a chance for the survival and development of Tianjin people, but also the spiritual foundation and cultural source of Tianjin people.The daily activities of Tianjin people are closely related to the Haihe River, but with the continuous growth of the city, there are some contradictions in the activities of people on the seaside.

Tianjin is an alluvial plain formed by silt, and the Yellow River has changed its course three times to enter the sea near Tianjin, often flooding

Ancient Kings began to control the waters

Formation Analysis Problem

The canal brought a flourishing trade and cultural exchange

In modern times, water transport mainly served the rising industry

Industry did not lag behind, and the industries along the Haihe river were basically dismantled

In order to meet the needs of the public, the activity space is designed in the Hai River

After the water system gradually stabilized, various Kings in North China began to build canals, a major hub of the Haihe Canal Bridge Swimming Playing of Music Photography Drawing Rope Skipping Fitness Walk the Dog Coffee

Go Shopping

On the river bridge, which is mainly used for transportation , a few residents enjoy recreational activities such as diving on the bridge. With the popularity of diving, more and more people flock to the bridge.

The waterfront walk along the Haihe River has always been a popular leisure site, but the original long linear space is difficult to meet the rich activity needs, and people need more space nodes

Cycle Diving Fishing Sitting Dancing Skateboarding

Handicraft

Roller Skating Exhibition

Haihe River area has a variety of functional areas , more and more users hope that these functions can be more closely related to Haihe River.

Christianity Church

Italian-Style Scenic Spot

The Yuan family mansion

Han Dynasty Ming Dynasty Qing Dynasty World War II Period

Water-Control

Design Strategy

Music square

Sports ground

Market spot

Fishing area

Gallery

Viewing area

Isometric View of Scene

Stay cable

Membrane structure

Original steel structure

Wall division

Truss

New column

Perspective of scene

Stay cable detail

Truss detail

2

floor construction terrace: 20 mm chestnut wood boarding50/65 mm battens; c.65 mmheight-adjustable supports; bitu-men membrane seal; 150 mmmineral wool thermal insulationvapour barrier; 200 mm reinforcedconcrete slab

floor construction,3rd floor: 120 mm screed; 50 mm drainagesheet; bitumen membrane seal150 mm mineral wool thermalinsulation; vapour barrier 240 mm reinforced concrete slab acoustic louver ceiling aluminiumsheet 30/39 mm; substructuremetal tracks, between themmineral wool thermal insulationhanging system liquid seal

ca.50 mm light-weight concrete to2 % falls

225 mm reinforcedconcrete slab

04

Cat sanctuary

Stray cat and human co-existence space

Design Description

The problem of stray cats on campus is becoming more and more prominent. In today's campus environment, due to human abandonment and rapid reproduction of stray cats, the number of stray cats on campus has increased sharply, which directly affects the ecological environment of the campus.

The purpose of the design is to create a small structure so that stray cats can live safely in the building and meet their daily dietary and activity needs. In addition, people in the campus can indirectly participate in the play and care of stray cats, and finally form a leisure space for people and cats to coexist.

Concept generating The stray cat problem

Stray animals have caused many problems in the urban environment. Taking stray cats on campus as an example, due to their strong reproductive ability, the number of stray cats has increased rapidly on campus, posing a threat to other animals on campus, polluting the environment with excreted waste, making it difficult to meet the demand for food, and causing a high risk of disease. At the same time, stray cats will also produce stress reactions in daily contact with people, resulting in wounding incidents. If there is no proper solution strategy, the social problems of stray cats will become more serious.

Haunt

Roof

Survival predicament

Territory

Grove

Parking

Scenes of life

Behavioural analysis

Grass

Accident

Space translation

Healthy

Mild Illness

Severe Illness

Cats tend to live alone, and in the few habitats on campus, there are often fights between stray cats for grabbing territory, and weak cats will be bullied.

Food

Healthy Healthy

Malnutrition

Starvation

The daily diet of stray cats mainly consists of leftovers from the logistics of the canteen and people's feeding. Food safety cannot be guaranteed, and it is difficult to maintain basic daily consumption. Most stray cats are malnourished.

Illness

open hide isolation aisle altitude separate enclosure Safe

Accidental Disability be Banished

Accidental Death Maimed by Fighting

Cell generation

Stray cats conflict with the circulation lines of bicycles and cars in the campus due to foraging and running away, resulting in limb disability and other consequences for stray cats. In the cold winter, stray cats spend a lot of time huddled near car tires to keep warm, which is easy to run over when the car starts, resulting in injuries.

There is no artificial medical assistance for stray cats on campus, and most of the abandoned pet cats cannot adapt to the natural environment, suffer from diseases that are difficult to cure, or are already sick when they are abandoned, and have a short survival time.

Space compound

Axonometric of section

The whole building is divided into two parts by the curved structure in the middle, one is used as a space for people, and the other is used as a space for cats. Cats can travel between different Spaces, and the curling roof can form a more private space, providing different functions for cats. People can move around in open Spaces and interact with cats in different areas.

Human activities

Human-cat interaction

Cat activity

Rest

Excrete and clean

Take care of cat

Watch cat

Reading

Play with cats

Chatting

Feed and eat

Sleep

Mate

Hide

Jump and climb

Chase and run

Perspective of scene

Crimpable structure detail

B-B Section

A-A Section

Crimpable

100*50*6.3 RHS

150*50*6.3 RHS bottom hydraulic ram

Drawing

Rural planning