Application to UCL Urban Design Haozhe Zuo

HAOZHE ZUO

URBAN DESIGN PORTFOLIO

Selected Works 2021-2024 For Application to University College London Urban Design MArch

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Mr. ZUO Haozhe Add: No. 97, 6 Sub-lane, 5388 Hunan Road, Pudong New Area, Shanghai, China Tel No.: +86 13501620827 | Email: 1582041531@qq.com

EDUCATION BACKGROUNDS Beijing Forestry University Bachelor of Engineering Major: Urban & Rural Planning

09/2019 – 07/2024 Average Score: 85.91

INTERNSHIP EXPERIENCES Historical Building Preservation Design Institute, East China Architectural Desgn & Research Institute 08/2023 - 11/2023  Participated in the detailed management and intervention design of the old neighborhoods in central Shanghai, represented by the 26th neighborhood project in Huangpu Dist., and the systematic planning of supporting facilities;  Partook in the commercial street design and the later stage drawing of the Qingdao Innovation & Entrepreneurship Vitality Zone urban design project (part of the Guocun Cotton Mill), and the preliminary research, design strategy formulation, and later stage drawing of the Chong'an Temple Phase III project (library and business office park area).

Gensler (Shanghai)

07/2022 - 08/2022

 Participated in the drawing of urban planning and architectural design.

RESEARCH EXPERIENCES Workshop on Augmented Intelligence

07/2023 - 08/2023

 Explored the latest applications of AI technology in architectural design, gained insights into the infinite design potential and possibilities of AI models, and mastered the method of extracting core design principles from 2D AI images and expanding them to 3D architectural objects;  Used Maya and Grasshopper algorithms to model various complex shapes, ultimately producing an innovative yet complete architectural project.

Survey on Current Living Conditions of Temporary Workers in Majuqiao

09/2022 - 01/2023

 Performed field research, interviews and data collection to investigate the living conditions of the population living in this ignored corner of Beijing's industrial upgrading and urban renewal, and presented their struggles and helplessness from multiple perspectives;  Showcased the characteristics of the temporary workers’ unstable work and housing situations, as well as the impact of factors such as rising living costs and new urban management regulations on them;  Proposed corresponding urban spatial governance suggestions to achieve social inclusion for the temporary workers, aiming to raise awareness of the difficulties migrant populations face in the city.

Social Practice Project on Garden Nostalgia

07/2021 - 09/2021

 Explored the experiences and shortcomings of participatory micro-renovation practices in Beijing through case studies, surveys, field observations and expert interviews;  Performed on-site visits to cases including the Dazhalan Dream Garden Project, the Shijia Community Microgarden 2.0 Initiative, the No. 32 Courtyard on South Xueyuan Road and Shuangjing's 'Jingdian No.6', and summarized their roles in fostering social cultivation to enhance the spontaneous regeneration capacity of the old city;  Held the ‘Nostalgia on Wheels - Hutong Roaming Project’ salon at the Beijing Municipal Planning Exhibition Center, and used the Beijing Biennale as a platform to focus on the current situation and plans for upgrading the accessibility of the historical Baitasi neighborhood.

School-arranged Independent Design Projects

09/2020 - 06/2023

 Four urban design projects - residential area design, urban public space design, territorial space planning + township design, and historic district renovation;  Four architectural design projects - housing design, elementary school design, museum design, and hotel design;  Two landscape design projects - country park design and plaza design.

LANGUAGE SKILLS  Mandarin - Native Speaker  English - Fluent User

CONTENTS

01 Academic Nexus Futuristic University Complex Dec 2023 -Feb 2024, 5th Year Beijing,China

02 ICLC Rural Revitalization Integrated Cooperative and Land Consolidation Strategies Oct 2023 - Dec 2023, 5th Year Limpopo,South Africa

03 SocialSpace Supportive Housing Complext Development May 2022 - Oct 2022, 3rd Year Beijing,China

04 Emo Experience Narrative Environment Museum of Emotion - International Architecture Competition Mar 2023 - Jun 2023, 3rd Year Beijing,China

05 Augmented Intelligence Observational Tower Design Aug 2023 - 2023 Nov, 4th Year Beijing,China

01 ACADEMIC NEXUS

Futuristic University Complex Dec 2023 Instructor: Shao.P/Chenganran.L Individual Work

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To deal with urban overgrowth and scarcity of land resources This project is predicated upon the escalating challenges stemming from heightened urbanization, where university campuses grapple with the paradox of constrained urban spatial resources against a backdrop of steadily increasing student enrollment. It endeavors to offer a forward-looking perspective, using merology reconstruction as a method framework to reconstruct the past buildings of universities, breaking the traditional spatial system and creating a more intensive and shared new type of university campus.

PROJECT BACKGROUND

UNIVERSITY-RELATED DATA

DESIGN PRECEDENT

In 1952, Haidian District of Beijing designated the college district, and over the next 40 years, 25 universities were built here. With the continuous expansion of enrollment and the encroachment of various research institutes and affiliated schools on school land, many universities are no longer able to accommodate such a large number of students. Since the region has a very high-quality research location advantage, blindly relocating is not a good choice. The renewal of some old buildings and the construction of large-scale buildings provide opportunities to increase the carrying capacity of universities.

TEACHING BUILDING

PRECEDENT Comprehensive Teaching Building of Tongji University 2

Floorage:41048m Number of floors:4

Tongji University Sino French Center

LIBERAL ARTS BUILDING

2

SCIENCE ENGINEER BUILDING

OVERALL LAYOUT RESEARCH

Floorage:13575m Number of floors:4

Research Building of Chongqing University of Technology 2 Floorage:17268m Number of floors:5

DORMITORY

Dormitory of Bilkent University, Turkey 2

Floorage:6800m Number of floors:3

LIBRARY

Li Wenzheng Library at Southeast University Kowloon Lake Campus

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2

Floorage:55000m Number of floors:5

FUNCTIONAL PROGRAM

QUANTITIES

SCALE

CONNECTIONS

Space function typology

Foundation blocks main functional space

staircase

Composite Foundation Block

Campus functional zoning and traffic flow

Space function implantation Basic unit module

Discrete basic unit module

Determine the connection relationship between the buildings

Specific functional building complexes

WASP

corridor and open space

Library optimized path

Galapagos

Generate connection paths between buildings

strategy2

Attach non discrete functional modules

strategy1

sports field

canteen public facilities

Discretized university complex

Step1: Set up connection ports on two opposite discrete buildings (using ports that are not connected by wasp).

Module1

Module4

Bedroom Bathroom

Reading room Self-study room

The combination of old buildings and new discrete buildings

Module4

Module6

Activity room Self-study room

Reading room Research room

Module4

BASIC UNIT MODULES

Module6 Module1

B3

Module1

Module1

Module4

Office Stack room

Teaching Building

B2

To establish transportation connections between discrete buildings with different functions

Student Dormitory

FOUNDATION BLOCKS

B1

CONNECTION PATHS GENERATION

AGGREGATION TESTS AND RESULTS

DESIGN PROCESS

Module2

Module4

B3*4 +B6*2+C2*1+C3*1+S2*2

Set orthogonal connections between building ports and transportation hub ports

Constrain transportation hub ports based on distance separation

Module2 Bedroom Bathroom

Building B Building A

Module5

Classroom Terrace classroom

B7

Classroom Laboratory

Connection ports

Connection ports

Module5

B2*1 +B6*1+B4*2+C1*2+C2*3+C4*1+S1*2

Module1

Module7

Office Laboratory

Lecture hall Terrace classroom

C1

2.1m

Building B Port Setting

Step3:

Science Engineer Building

Module1

Connection Component (corridor/staircase)

Building A Port Setting

Step2:

Module2

Transportation hub port

Transportation hub port Orthogonal connection Transportation Hub

Plane connection Vertical transportation hub Transversal transportation hub

Step4:

Using genetic algorithms(Galapagos) to calculate the transportation hub location that minimizes the total distance between ports 1st round experiment

2nd round experiment

3rd round experiment

4th round experiment

B3*8 +B6*2+C1*1+C4*1+S1*1

Module4 Module7

B6

S1

Module5

S2 Module6

B4

4.2m

Module1

Classroom Computer room

Module2

Office Computer room X=9, Z=43 total distance: 14.36km

Module1

C2 S3

Module2

Faculty Dormitory

Liberal Arts Building

B2*4 +B2*1+B6*1+C1*1+C2*2+C3*1+S2*2+S3*1

B5

Module5

Module5

Module3

Office Classroom

Module3

X=56, Z=38 total distance: 16.87km

Apartment

B5*10 +C2*1+C4*2+S1*1

Module1

Module7

C3

Bedroom Bathroom

Lecture hall Meeting room

Module7 C4

Module4

B7*1 +B1*2+B6*1+C1*3+C2*3+S3*2

Module1 Module7

B1*1+B4*2+C2*1+C4*1+S1*1+S3*1

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Module5

Module5

Terrace classroom Meeting room

Module3 Module1 Module2

Module2 Bedroom

Bathroom

Final Proposal

X=44, Z=12 total distance: 13.96km

X=28, Z=26 total distance: 12.38km

DESIGN PROPOSAL

STRATEGY2: The combination of old buildings and new discrete buildings The construction time of many universities in Haidian District was before the expansion of enrollment, and indicators such as building area were often determined based on the scale of the school at that time, resulting in the inability to accommodate more students today. In addition,

STRATEGY1: Discrete University Complex Propose a high-density "vertical university complex" concept to replace old, low-density, low plot ratio, and soon to be demolished buildings on the campus. In this complex, various functional clusters for daily life and learning are concentrated, and each cluster is connected through reasonable vertical and transverse transportation, which can accommodate about 2500 students and form a relatively complete college student circle. Modular and discrete design and construction patterns contribute to rapid construction.

A

vertical and transverse transportation

department building

library

newly built buildings nowadays often have excessively large volumes to compensate for this problem, resulting in a very inconsistent appearance. Using the idea of mereology to break the traditional space of old buildings and construct new shared and public learning and living spaces in a discrete manner can not only expand the space and function of old buildings, but also build connections between new and old buildings

Library

Original buildings

canteen

teaching building

Generate traffic corridors based on galapatos to connect different discrete clusters.

Transportation connecting various discrete clusters

Department building

student dormitory

Generate discrete blocks outside the building based on the original building function.

Dormitory

A'

More shared and intensive dormitory discrete clusters

Teaching builiding

Section A-A’

0

10

20

40m

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55km

Republic of Zimbabwe

Musina

The Republic of Botswana

110km

Large-Scale Commercial Farm Capital Intensive

Trichardt

Choose high economic benefits crops

165km

Giyani

220km

Limpopo Tzaneen

Polokwane

Phalaborwa

330km

Highly mechanized

385km

South Africa

North West National boundaries

Provincial boundaries

Agricultural product factories

National Highway

Mpumalanga

Limpopo Province Border Provincial Highway

River

Seasonal river

Rain-fed agriculture

Generally suitable wasteland for cultivation

to

1795-1870

The First Apartheid Act

LAND REFORM 1900 apartheid situation in South Africa

1870

land was used to resettle all black people.

80%of South African land was designated as "white" owned.

Trade Turnover Port

The discovery of diamonds was the trigger for South Africa to become one of the most exploited colonies.

8% of South African

1913-1974 148 acts to strengthen racial

The British built railways to t ransport diamonds and expelled black people away from mining and r ailway economic zones. railway white area black area diamond mine

main cities

segregation were passed.

Black were prohibited from owning land and were forced to carry permits that specified where they were allowed to go.

Rain-fed agriculture

Have own processing factory

Unsuitable wasteland for cultivation

The British occupied Cape Town as a

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Land ownership is unclear Unable to expand farming scale

Farming Techniques

Sprinkler technology

Irrigation Agriculture

HISTORICAL CONTEXT AND THE POLICES CHANGE

Oct 2023 Instructor: Deng Puying Individual Work

High difficulty in getting loans

Easy access to water resources

LAND SEPERATION

Integrated Cooperative and Land Consolidation Strategies

Mainly focused on grain crops

Capital

Land

Handicraft agriculture

Processing Convenient transportation

Lack of transportation channels Rich sales channels

ICLC RURAL REVITALIZATION

Lack of raw material supply channels

Lack of funds

Scientific planting management technology

Overview and distribution of the primary industry in Limpopo Province, South Africa

The project is located in Ngalavhani, a smallholder farming village in Limpopo Province, South Africa. Limpopo province, influenced by the apartheid, has developed into two agricultural systems: commercial farms dominated by white people and black smallholder farms. Developed commercial farms have severely squeezed the market for smallholder agriculture, and the lack of water and land has led to the impoverishment of local smallholders. Thus, the project proposes three strategies of building a cooperative system, land consolidation and building a new type of family to energize the development of the village. The three strategies correspond to the three types of space of office, housing and farmland respectively. The office space serves as the service site of the cooperative, playing a role in field management, enhancing crop added value at different stages, and managing rural construction. The main purpose of residential space design is to improve the living conditions of local residents. While for farmland, some water-saving and governance strategies have been proposed to improve planting yield. The entire design consists of three construction stages, with the goal of building a new type of small village that can gradually realize prosperity through collaborative development.

Labor Intensive

Hoedspruit

Wasteland suitable for cultivation

02

Traditional Smallholder Farm

Crop Selection

Expanding farming scale

Mokopane

275km

Labor Force

Rich raw material supply channels

Thohoyandou

Agruiculture Value-added Measures

The Natives Land Act

Lack of sales channels

Sales Channels 1994.4.27

ABOLITION OF APARTHEID

(Assented to 16th June, 1913)

·Except with the approval of the Governor-General -a native shall not enter into any agreement or transaction for the purchase, hire, or other acquisition from a person other than a native, of any such land or of any right thereto, interest therein, or servitude thereover; and a person other than a native shall not enter into any agreement or transaction for the purchase, hire, or other acquisition from a native of any such land or of any right thereto, interest therein, or servitude thereover.

The White Paper on Land Policy, 1997 Land redistribution Tenure reform

·From and after the commencement of this Act, no person other than a native shall purchase, hire or in any other manner whatever acquire any land in a scheduled native area or enter into any agreement or transaction for the purchase, hire or other acquisition, direct or indirect, of any such land or of any right thereto or interest therein or servitude thereover, except with the approval of the Governor-General.

Land restitution

black-owned smallholder farms

Black people still lack land, still poor……

Unfortunately, land reform policies have had little impact due to lack of funding and targeted measures… measures

white-owned commercial farms

EXISTING PROBLEMS

M 3K

SITE CONDITION

DESIGN PRINCIPLE

rke Ma to

Village construction necessitates early-stage government loans and policy support, prompting agent inspections.

S ch

ool Experimental Field

t

With increased funds, villages will establish experimental fields for cultivating drought-resistant and high-yield economic crops.

Ho us

ing

Spo

rts

Se

Reception Hall

Fie ld

g Nei

as o

n al

DEVELOPMENT STRATEGY

R i v er

rainwater collection

modularity reconstruction

intensification

Population Average Temperature & Precipitation

house type

poultry farming

reclaimed water collection

Op

Brick Factory

Build a temporary movable brick making workshop, and the brick making machine will turn the soil generated from land reclamation into bricks. Bricks will be used to support the construction of the village.

p

Distributors can visit farmland, processing workshops, and warehouses through visiting flow lines to facilitate cooperation.

Agricultural products transportation line Crafts transportation line

Cel Squebrati are on

Brick making line

New Livelihood Implantation

New Family Farm

entrepreneurship of villagers

The registered population is 603, of which the resident population is 436.

New lan ly re d cl

aim

1. parking lot 2. research office 3. experimental field 4. reception hall 5. offices 6. agricultural Tool Rental Office 7. nut processing factory 8. mango processing factory 9. transport site 10. crop warehouse 11. activity space&workshop 12. school 13. celebration Square 14. housing 15. neighborhood open space 16. convenient service station 17. shop 18. grain crop fields 19. economic crop fields 20. orchard 21. watertower 22. granary 23. wholesale market

3 2

4 5

agricultural empowerment axis design boundary

6

8

farmland area

10

residential area office area seasonal river

9

11

13

Residents can spin or make pottery jars here during their leisure time to earn extra income. it can also serve as a place for tea breaks and chatting.

rural development axis residential life axis

1

7

Crafts Production

Bri Facck to

Land use diagram 12 14 15

ry

16 17

20

ed

Tex Wo tile rks hop

Agricultural Population

e

Village inspection flow line

ceramics

craft production

Housing Improvement

rural construction

ood

Co Offimpreh ce ens iv

ce

Residents’ life/work routae

spinning and weaving

courtyard

unified original unit type household size

Sho

rh hbo

pa en S

Used to receive government agents, distributors, and external (agricultural)technical talents.

Functional structure diagram

MASTER PLAN

19

office-farmland transition

ic am p Cerrksho o W

villagers

residential-office transition

18

farmland-residential transition office area residential area

58% seasonal farmers; 21% fulltime farmers; 21% engaged in other occupations.

Crop Types other crops

avocado

send to factory self-sufficiency local market sale

shrub

sand

house

highway

village road

farmland expansion

Agricultural Processing Department

waterfront

Household Size There are 125 households in this area, with an average of 4.8 people per household. farmland

preventing crop theft

crop quality control

macadamia nuts transportation advantage

pest control

Large-scale Cultivation

Reclaiming Wasteland After obtaining funds through various agricultural value-added methods, the funds are invested in land development, gradually increasing investment and expanding production, ultimately achieving large-scale planting.

Cro

vegetable

centralized irrigation

se hou

Cro

food security

Farmland area

daily exchange

Open space

E co Fie nomi lds c C ro

Functional space Office space

cash crop

seasonal river design boundary road systerm

Road and building type diagram

Transportation Terminal

grain crops

Phase I construction project Phase II construction project

Crop Choice

Phase III construction project Value added chain

Land Consolidation

se

economic crop fields orchard

ly Newlaimed c e r d lan

Mango and some economic crops will be sent to surrounding big cities; Grain crops and some economic crops will be sent to surrounding markets; Macadamia nuts will be sent for testing and then sold globally; While crafts will be sent to tourist attractions.

mango market advantage

pW are

hou

Supply and Marketing Department Field Management Department

grain crop fields

21

Credit Department

Council

bean

Means of Transaction

jungle

Cooperative

Research Department

corn

The total agricultural land is about 72 HA. The average farmland area per household is about 0.58 HA.

talent introduction

government

Supervisoroy board

Farmland Area

mango

tomato

Construction Department

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There is a demand for bricks

are pW

Agricultural Product Processing Factory Further enhance the added value of some economically beneficial crops. For example, making mango into mango sauce or dried mango,or drying and baking macadamia nuts.

22

p

main road

Celebration Square There are special festivals or sacrificial activities in the local area during special festivals and crop harvests.

by-pass

Orchard

Gra Fie in Cr lds o p

Planting fruit trees with high economic benefits such as mango trees and nut trees.

Although it will take several years for fruit trees to grow from seedlings to fruit, planting on newly developed land will not lead to a food security crisis or a decrease in income.

23

footpaths design boundary residential function activity function Public service function agricultural function office function seasonal river

Original unit type

Ventilation analysis

Mulch Film+Farmland Shelterbelts

Hippo Rollers

Drip Irrigation Systems

Watchtower

Covering crops with black mulch film can effectively reduce irrigation water evaporation and suppress weed growth. The root system of farmland shelterbelts can enhance soil structure and water retention capacity, while also serving as a means of wind and sand fixation.

During the dry season, farmers dig wells on seasonal rivers to extract groundwater stored through sand dam. After filling water into the hippo roller, farmers can easily push the hippo roller away like a cart, greatly improving the efficiency of water transportation.

Drip irrigation minimizes evaporation losses and allows flexible control over irrigation timing. Farmers can easily transport water from seasonal rivers to drip irrigation systems using hippo rollers.

There are many easily picked crops such as mangoes and nuts planted, which has led to a serious problem of theft in the past. The construction of watchtowers can effectively avoid this problem and provide resting places for farmers.

Window Functions

rd k ya c a B m te Sys

l an

m Far

d

ion igat r r I ter nwa i a R

A dd

itio

na l

mo

du l

es

Courtyard Space

Wo rk

Sto

rag

Rainy Season Water Level Line

e ro

om

Season 5 Seasonal Sand Deposition

Original stream bed

SAND DAM

Season 4 Season 3 Season 2

Kitc h mo e n a n dul d b ath e

Season 1 Groundwater With Higher Water Levels

roo

Groundwater Bedrock

p

New Stream Bed Well

Original sand deposition

sho

Expanded unit type (second floor)

se ho u n e H Flow direction

Expanded unit type (first floor)

AGRICULTURAL WATER CONSERVATION AND FARMLAND MANAGEMENT STRATEGIES

Utilizing seasonal river to store water resources during the dry season.

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m

Reclaimed Water Collection System

LIVING UNITS

gi

Or i

re na l

side

nt

o i al m

dul

e

STAGE CONSTRUCTION

Due to a series of problems such as extreme shortage of funds and resources, population loss, and unclear land ownership, the village is unable to carry out high-intensity development in the short term. Therefore, it is necessary to combine development strategies with economic development and government support to gradually construct the village.

Mid-term Stage of Construction

Final Form

Residential Area

Early Stage of Construction

Sacrifice and Celebration Square

There will be no excessive development initially, with only schools and Schools will have more classrooms, activity workshops will have more Equipped with modern schools, flexible activity spaces, fully equipped temporary sheds as study, activity and sacrificial sites. functions while the sacrificial square will have aprototype. workshops, and meticulously designed sacrificial squares.

Textile and Ceramic Workshops

Building a small number of offices and temporary workshops for Building more offices while having the ability to preliminarily process Becoming a comprehensive office area that integrates production, renting agricultural tools, coordinating and managing the fields. agricultural products, and also starting to set up experimental fields. transportation, reception, field management, and experimental fields.

Reception Desk (for dealers and government)

Office Areas

Transitional Areas

All families will be allocated the same type of housing. The houses only Making modular renovation based on residential space needs. Part of Further modular transformation will be carried out to make the have basic residential functions. the functions will be implanted in the houses. housing more fully functional, energy-efficient and comfortable.

Farmland Areas

03 SOCIALSPACE

supportive housing complex development

In the initial stage, water resources will be still scarce, so the planting More land will be cultivated and economic crops will be planted at the Starting to plant economically valuable mango and nut trees on newly area will be still relatively small and will mainly focuse on growing food developed land, while combining water-saving strategies for largesame time. crops. scale planting.

Spring 2022, Design Studio/Site: Bei Shatan, Beijing Instructor: Jun Mu, Wei Jiang Individual Work

Brick Making Workshop -9-

To design a hybrid housing units for multiple group of people in Beijing "Space-society" is interactive. The unsustainability of space production in the context of rapid urbanization reflects many social problems, such as the problem of land equity brought about by gentrification; the problem of "space alienation" caused by the lack of communication between people. The project is located in a shantytown plot in Beijing that is about to be demolished for urban renewal. The project aims to propose a solution to the social problems existing in the process of "urban renewal" based on the "spatial production theory".

BEI SHA TAN,BEIJING | Site Mapping

SPACE PRODUCTION | Design Logic

The site is located in Haidian District, the central city of Beijing. Due to different construction times, different planning modes, and different users, many types of residential communities have emerged around the site. The site is located in one of the shanty towns in Haidian District. The houses within the plot have been demolished, and the surrounding shanty towns are about to be demolished.

"Space" should not be just a "container" outside the actual social and historical process, but full of complex products of various ideologies and social production relations. "Space production" can explain the urban process very intuitively.

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TYPOLOGY ON MULTIPLE USER-GRUOP | Living Units

HOUSING AND PUBLIC | Explosive Drawing

The house type is differentiated according to the needs, habits and affordable price of different groups of people. Apartments for low-income people and young people are more concerned with saving space and using functions; apartments for the elderly are more concerned with lighting, ventilation and living comfort. All units are prefabricated modular system.

Physical Therapy

Activity Center for the Elderly

Amenities

Covered Garden

Community Center

Multi-sectional Perspective Open community is to increase public space and enrich community life. The residence adopts a courtyard-style layout, which can not only eliminate the problem of weakening privacy caused by an open community, but also be closer to the compound-style unit system of the past, which can increase the communication between neighbors and enhance the sense of belonging of residents. The floor areas and outdoor space of the building are public activity spaces. A wealth of public spaces such as small businesses, health care, maker markets, community activity centers, theaters, and gyms to meet the communication and entertainment needs of people of different ages and hobbies.

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SMART COMMUNITY | Customized Design and Social Media

Considering that people of the same age and class can get along better and create a sense of belonging, each residential building is designed for different groups. Therefore, differentiated settings have been made for public space functions and apartment types. In addition, building a community platform application can not only better practice the principle of time-sharing allocation, make full use of limited public space, but also organize rich social activities based on this platform to achieve mutual benefit and mutual assistance among different groups in the community.

Community Window Corner View

The three floors and above are all small-sized modular houses, and the overall height is scattered to maximize the lighting for each house.

Living Unit A-3

Roof Playing Area

Living Unit C-1

The top floor is a roof garden, which is more private than the public space on the ground floor.

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Social Communicationn

Platform

THE MANIFESTO | History of Architectural Movement

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­

­

­

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04 EMO EXPERIENCE Narrative environments

Museum of Emotion - International Architecture Competition Instructor: Shao.P Individual Work

­

To design a museum to trigger distinctive emotions

It may not be instinctive to first think about how it makes you feel when you walk into a building, but architecture has always had a huge impact on emotions. Different rooms are designed to convey different emotions to the occupants. Each of these spaces is completely different and much more than just a building.

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­

.

Russell's (1980) Circumplex Models Emotions are composed of two dimensions of excitability and positivity. Different combinations of the two dimensions constitute different emotions.

­

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Chapter 1: Relaxation

Chapter 2: Calmness

Chapter 3: Fear

Chapter 4: Excitement

Chapter 5: Sorrow

Chapter 6: Hope

Chapter 7: Satisfaction

The rounded spatial form in natural light with pure white material, a relaxed atmosphere is created, laying the groundwork for the subsequent ups and downs of the plot.

This chapter is about the silent space, a calm atmosphere through larger spatial scales, unmodified concrete slabs, and light and shadow.

The mottled concrete: an uncertainty is enhanced through lower story heights, dark environments, winding flow lines, array of stone pillars, and irregular obstacles.

The fourth chapter uses red paint to stimulate people's excitement. A warm atmosphere shape rich light and shadow with a dazzling effects through reflective materials.

There are two layers inside: the lower is dark with a hazy point light, representing nostalgia. The upper is a courtyard wrapped in carbonized wood, which is compassion.

The passage gradually transforms from cold stone to bright warm colors, and light and shadow gradually scatter in, bringing a sense of divine redemption to people.

The wall is decorated with plain concrete. Natural light that passes through colored glass and undergoes reflections becomes softer and calms the mood.

？

Relaxation & Calmness: Immersing/Narration/Unknown/Expectations.

Fear & Excitement: Experience/Negative and Postive/Emotional Climax

，

Hope: Great Transition/Shock/Contmplation

.

.

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Sectional Sequence The first two exhibition halls are relaxation and calmness, aimed at freeing up the minds of tourists, allowing for fully immersing in the "narration". The halls have two different channels, and the unknown can enhance visitors' expectations. Then fear and excitement, respectively. Experience from strong negative emotions to strong positive emotions, leading the visit to a climax. After the excitement, the sudden transition from great joy to great sorrow brings inner shock and contemplation.

THE NARRATIVE | The Experience

“Emotions” is about considering the size of the space, the journey through the space, the choice of colors, lighting and materials, and using architecture as the primary tool to create emotional states.

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05 AUGMENTED INTELLIGENCE Observational Tower

+

Summer 2023, Design Studio/Site: Lujiazui, Shanghai Instructor: Igor Pantic Individual Work

Mecha Sculpture/ Modular Structure/ Discrete/ Concrete/ Loop/

Yangpu Riverside is located on the west bank of the Huangpu River in Shanghai, where a large number of factories gathered in the last century. Nowadays, most of the industrial sites here have been preserved. The most impressive industrial heritage for me is the huge tower crane by the river, but not being able to climb it has brought me many regrets. Therefore, I would like to design an observation pavilion that imitate the structure of tower cranes and industrial materials, and to incorporate activities like observation,walk a dog, skateboarding,chating,dating.

Conceptual Attempts by Mid-Journey Artificial Intelligence Generation

L:2.5m/H:0.5m

Over the past few decades, architecture had been greatly gone through huge changes and evolution in terms of improving the efficiency of planning, design, and construction. With the continuous development and maturity of artificial intelligence (AI) technology, especially the emergence of generative design, the use of AI to generate architectural and urban design has been realized and will undoubtedly lead architecture into an evolutionary phase. Designers could be able to generate creativity, design proposals, elegant rendering without mastering complicated technologies in seconds, which turn designers from complicated and repetitive works to focus on innovation, increase efficiency.

Iteration 1

a1

a2

2.5m/2.5m

2.5m/3.75m

b1

Iteration 2

c1 2.5m/2.5m

Attempt 1

Attempt 2

Industrial heritage as riverside landscape / Industrial heritage renewal and the preservation of the traditional facad / Riverside activities - 16 -

L:2.5m/H:0.5m

ChatGPT + Midjourney

2.5m/2.5m

Attempt 3

L:2.5m/H:0.5m

Iteration 3

b2

2.5m/3.75m

c2 2.5m/3.75m

a3

3.75m/3.75m

b3 3.75/3.75m

c3 3.75m/3.75m

Selection

Connection

Optimization

Improvement

Selection: The design starts with selecting parts from the typology library established based on AI intent diagrams. These parts will also become the fundamental modules in the actual construction and assembly process through adjustment and optimization.

Connection: These parts are connected through defined rules, and will be assembled exactly the same way during actual construction steps .Optimization: Adjust structures and optimize connections rationally Improvement: Further modification of the form to optimize model visually.

- 17 -

Hand Drawing on Residental Area Planning

Hand Drawing on Mixed-use Development Planning Regulatory detailed planning for Urban Area.

Beijing, China 2022.9

Urban Rennovation Beijing, China 2023.3-2023.6

Datai Mining Area Renovation

Wangping Town

Beijing Xuannan Residential district design

Beijing Miyun central area planning

Vanble Hotel

Mall Design

Regulatory detailed planning for riverside Open Residential Area.

Beijing, China 2022.6

Hospitality Beijing, China 2022.9-2023.1

The bottom floor is a skateboard space with a certain slope that coordinates with the surrounding waterfront plaza.

Stairs connect each platform and allow people to shuttle through the pavilion.

Platforms of different heights provide different viewing experiences. The concrete support structure simultaneously equipped with seat function

TOD Beijing, China 2022.3-2022.6

- 18 -

National territory spatial planning.

Beijing, China 2022.9-2023.1

Mixed-use Development Beijing, China 2021.09-2022.1

Urban Renewal in Zhonggulou Area

Residential Planning Beijing, China 2021.09-2022.1

Internship at Gensler Office Shanghai Shanghai, China 2022.7-2022.8