Zhipeng Han Portfolio 2015-2022

Page 1

Portfolio

Selected Works 2015-2022 The University of Edinburgh

The architectural designer

ZHIPENG HAN

zhipenghan727@gmail.com

The University of Edinburgh +44 07419370978 East Village, London

nature

Education

The University of Edinburgh, Edinburgh, UK MScArchitectureandUrbanDesign (Distinction)

Tongji Zhejiang College, ZheJiang, China

BachelorofEngineering(GPA:87.83/100)

Major:Architecture(5-yearsProgram)

Awards & Honors

54th Central Glass International Architectural Design Competition, 2019 MeritPrize,TeamWork

FUTURE PUBLIC SPACE Non-Architecture Competition,2020 Shorlists,TeamWork

National Student Rural Planning Competition, 2020 MeritPrize,TeamWork

Scholarship for the Outstanding

Outstanding

&

Internship at gad gadarchitecturaldesignco.,ltd. Hangzhou,China.

Student Representation of MSc

ESALAofTheUniversityofEdinburgh, Edinburgh, UK

Volunteer

Organizar

CAUPofTongjiUniversity,Shanghai,China

Publication & Exhibition

Edinburgh

SHINKENCHIKU

And then

09/2021-09/2022

09/2015-06/2020 10/2019 11/2020 9/2020 09/2017-06/2019 09/2018 06/2021-09/2021 10/2018

09/2021-09/2022

06/2019 01/2020 08/2022

01/2020 10/2018

01/2021 01/2020

,Git/https://github.com/ZhiPeng-Han

Skills Works
Activities
should emerge from the temptation of a plethora of new technologies to consider the
of design philosophies and methodologies developed in a multicultural environment of East and West.
use the new technologies in practice.
Student of Academic Achievement SecondClassScholarship,TongjiZhejiangCollege
Architecture and Urban Design
of Jiaxing Cultural Industry Expo JiaxingInternationalExhibitionCenter,Jiaxing,Zhejiang,China
of Tongji International Construction Festival
SHINKENCHIKU 54thCentralGlassInternationalArchitecturalDesignCompetitionWinner A+U 54thCentralGlassInternationalArchitecturalDesignCompetitionWinner Non Architecture Competitions Journal FUTUREPUBLICSPACENon-ArchitectureCompetitionFinalists Tongji International construction Festival Exhibition CAUPofTongjiUniversity,Shanghai,China
College of Art Graduate Show 2022 SynecdocheEdinburgh,TheUniversityofEdinburgh,Edinburgh,UK
- Central Glass Co.Exhibition TokyoInternationalForum,Tokyo,Japan
Student Prize TongjiZhejiangCollege Skillful: CAD, Rhinoceros, Grasshopper, V-Ray , Adobe Ps Pr Ai Id, Blender, Lumion, Python
Architectural Real Model Making
Merit Prize, 54th Central Glass Architectural Design Competition, 2019 Shorlisted, FUTURE PUBLIC SPACE Non-Architecture Competition 2020 Featured by ECA Graduate Show 2022 Distinction 04 UNDERWATER TEMPLE 05 Freezing Art History in Space 03 Forming ACCESSIBILITY 02 Mountain Residential Units 01 CLOSE STUDIO 01.1 [Proximity in Studio] 06 APPENDIX GANGES Water Purification Tower IN INDIA Restoration Design for Glasgow School of Art gad internship project: Quzhou Lixian Future Community A SPATIAL AND ECONOMIC EXPERIMENT OF CIVIC SPACE Topography-based Design for Spatial Generation Proximity Theatre Synecdoche Edinburgh Synecdoche, Edinburgh's Exhibition & Archive CONTENTS Residential Design in Chengdu China: Future Modular Community

CLOSE STUDIO Proximity Theatre

This Project presents a series of conceptual and methodological approaches to guide the process of constructing subjectivities by means of design. Through the study of urbanism, a series of arguments such as Proximity, Synecdoche and others are presented to collectively guide the iteration of design research.

The immersion of human beings in nature leads us to choose the Immersive theater as the main body of the design, through the research of narrative architecture, copper tectonic, film, configured urbanism and a series of methods to jointly form a methodology to promote architecture and urban design. And the iterative process emerges at different scales to form different ecologies of proximity, which together form archipelago and the ecological

system within it as the Space of Appearing in the city of Edinburgh, and creating Ecological Urbanism in the city.

value
PARA-situation [Edinburgh]: “The Space of Appearing” MSc Architectural and Urban Design Programme [2021-2022] Role:Collaborative Work as Team Leader of 3 Members Course Organiser: Dr. Dorian Wiszniewski, Killian Doherty Supervisors: Leo Xian, Dr. Mark Hilley, Neil Cunning, Paul Pattinson 01
[Proximity Theatre] - The Scripted Space Synecdoche, Edinburgh The New Caledonian Forest - COPPER Tectonic

[Proximity Paradigm] on the stage

[Proximity Theatre] [The New Caledonian Forest]on the stage

[Immerse]
Stage Steps of copper Skylight 1-29 Performance in the Shadows Steps of copper Water Systems Water spray Foundations for closes - concrete 1-30 Theatrical interpretation with materials Stage Corridor Turntable Controllers Dirty Street Corner 1-32 Performance in the Shadows 1-7 Theatre guide map, Plan 42.75m 38.75m 28.60m, CLOSE Studio, 2022. 1-28 Physical Theatre Model BODY
4-7 Archipelago of Proximity Theatre
4-5 Proximity Theatre, 'Synecdoche, Edinburgh', CLOSE Studio, 2022. Control room
BOX
Office Sopport Theatre Close's urban land, ConcreteMeeting rooms and lounges
Absolute Architecture Archipelago Proximity Atmosphere [The New Caledonian Forest] - TLML - COPPER Tectonic - Grove [Synecdoche, Edinburgh] [Proximity Theatre] in Studio [Absolute Urbanism] Archipelago of Proximity Theatre Layes of Proximity in Close SET - The Series of Enzymatic Territories
4-9 Penetration in close
Old Town Environment, Closes Now Support and light TIME, Old Closes
Proximity Atmosphere (TLML) [The New Caledonian Forest] - TLML - COPPER Tectonic Archipelago The gesture of Closes - The language of shadow 5-9 — [The New Caledonian Forest] - TLML, New Visualization 3, CLOSE Studio, 2022 [Festival of Edinburgh] New Visualization Festival Urbanism [The New Caledonian Forest] - TLML Surrounding urban environment TLML - The [Loving] Metropolitan Landscape

[Proximity in Studio]

Synecdoche, Edinburgh's Exhibition & Archive

STUDIO 5, 2022

MINTO HOUSE 20 CHAMBERS STREET EDINBURGH, EH1 1JZ

01.1
D1 M2 M1 A1 A2 M3 M3 D3 D4 D5 M3 M2 M2 D2 D2 M4 M5 6-3 PLAN of 'Synecdoche, Edinburgh' Warriston's Close 6-4 New Visualization 3 and Warriston's Close, CLOSE Studio, 2022

D1

- STUDY, Theatre Stage 1: 1

D2

- Capricci, life of Theatre, 1: 1

- Capricci, life of Theatre, 1: 1

D3

- BUILDING, Symbiosis in Close, 1: 50

- STUDY, Sections of Theatre, 1: 50

- SET, Layes of Proximity in Close, 1: 200

M1

- TLML, Festival of Edinburgh, layers of Closes, 1: 800

- SET, Archipelago of Proximity Theatre, 1: 200

- STUDY, 'Synecdoche, Edinburgh', Detail of Agency, 1: 50

- SET, Theatre in Warriston's Close, Shadow and Casting Model, 1: 200

- TLML, layers of Closes, 1: 1000

- Archive, Another Four Closes, 1: 1

- Film, Sences in Proximity Theatre, 1: 1

6-5 — Archive, Four 'New Closes' D1 D2 D2 6-2 — Section of
Synecdoche,
Edinburgh M4 M5 M2 D3D4D5 M1 A2
D4
D5
M2
M3
M4
M5
A1
A2

When faced with the design of a mountainous building, the designer is often faced with site constraints such as topography, wind direction and orientation. The aim of this design was to consider whether the information from the drawings of the mountainous site could be used to assist in the generation of building forms. I experimented with a number of form generation logics and found that an algorithm based on contour lines was reasonable and could be influenced by the particular environment at the same time, with the variables entered into the algorithm corresponding to the form of the building space.

Each unique topography corresponds to each unique result. The spatial form derived by the algorithm allows for a vague determination of the main functions of the overall building unit. The results are then added to adjust reasonable architectural elements to increase the overall structural integrity. The whole exploratory design process is fascinating to me, the unpredictability of each step makes the design feel like an exploratory process, which often leads to interesting results.

Mountain Residential Units Topography-basedDesignforSpatialGeneration Year:2019 Individual Work GeometricAlgorithm: InterferenceExperiments&Boundaryconfinementexperiment 02 100,Y Frame30 100,Y Frame30 100,Y Frame30 100,Y Frame30 100,XY Frame30 100,XY Frame30 SiteVariable1 Interferewiththenode SiteVariable2 Boundary-constrainedinput 20 14 10 7 0 0 20 14 10 7

Model Overall Photo

In the future, the mountain architecture may be generated, and the development of human beings to the mountain is gradually developing, so we are looking for a new mountain space design method to conceive the design ideas of the future mountain architecture

MODE-D
N MODE-B MODE-A 0 10 30 50m

InputSitefor3Dexperiment

MODE-A MODE-C MODE-B MODE-D MODE-E 05 AddBuildingElements Add some structure details 04 Adjustfunctionsandtraffic Adjust according to the scale to make the space reasonable
Multiple square sites are extracted from the existing mountains, and the algorithm is input for experiment. In the process, variables are adjusted to find parameters that can better form space, and units that can be further developed to form usable space are found 03 Planeresultantextrusion Combined with mountain elevation line extruding plane 02 Run path algorithm Adjust according to the scale to make the space reasonable 01 SelectingBaseSite Extract contour line, interference and its type,boundary,as input variables

the study of

MODE-A

of the

the design

MODE-A, it is felt that the

Whether it is more

is involved to jointly arrive at the space form of the site

of

or

overall view In
deepening
result of the algorithm gives the property
the whole space
building very fuzzy.
suitable for residence, display
viewing,
perception
Step2 Adjustvariableoutputresults The relative optimal solution is obtained by adjusting the position of starting point, density and type of interference Step3 Pathoffsetisthebaseofthegraph Determine the scale of the plane according to the mountain slope Step1 Extractsiteinformation Extract contour line, interference and its type, boundary,as input variables Step4 Planeresultantextrusion Combined with mountain elevation line extruding plane Step5 Determinespacefunction Adjust according to the scale to make the space reasonable Step6 AddBuildingElements

DETAIL

Waterproof

Insulation

Steel

Concrete

Steel surface

Thermal insulation

Concrete

The

Structural

frame handrail
grip Hollow insulation layer
layer
structural layer
waterproof layer Insulation layer
waterproofing
waterproof layer
wooden floorF E D Concrete structural layer 11.500m 8.000mm 4.500mm 1.500mm A A
MODE-A Plan A - A Section N 0 9 15 20m

Step1:

Step2:

Step3:

MODE-D

MODE-D

MODE-D

PartialInteriorSpace SectionModelPhoto Modeldeconstructionconstructionprocess 2F b-b 1F a-a 1F a-a
extract site information, access algorithm design
The site is leveled, leaving space for building
The construction is basically completed and the building details are added

FORMING ACCESSIBILITY

ASPATIALAND ECONOMIC EXPERIMENTOF CIVIC SPACE

Year:2020

Downtown Detroit, America's neediest hollow city, suffers from industrial decay and population losses. Such depression has thriven exclusive architectures with few and secluded entrance, which called Detroit Non-military Defensive Building. Thanks to these, urban is segregated into two catalogs: a comfortable, safe Eden inside the building and the wildness of crisis-ridden city streetsw.

Forming Accessibility is a spatial and economic experiment of civic space. It's going to reform a continuous streetfriendly platform across the inner and outside architecture. Meanwhile, it attempts to demonstrate a paragon of equal economy accessibility for citizens, instead of capitalism's dictatorship.

To bring the public back to the street and introduce an inclusive architectural edge. Apertures on facades will combine with extra circulation-form passageways to relink physical connectivity. Moreover, visual connection welcomes civic activities across architecture boundary and enhance street safety.

The Detroit Non-military Defensive Buildings will inevitably prove their potential of providing enough space and opportunities to breed a new generation of great American cities.

Shorlisted, FUTURE PUBLIC SPACE Non-Architecture Competition, 2020
Role:Collaborative Work as Team Leader of 2 Members
02 POCHE Development of the Plane

INSPIRATIONAL FIGURES

The inspiration of the design is found in the phenomenon of conflict, city vs nature, emptiness vs solid, toughness vs softness. The process of a gradual transition between them is also vital.

POCHE CONCEPT DEVELOPMENT

The elements of the figures are fused and deepened in the 2D image. Solid and voids and their transformation process are studied with human behaviour is considered. Indoor and outdoor, entity and space, privacy and Public are respectively considered forward and reverse and hence constitute the POCHE.

25'
The Dover Castle Maison à BordeauxView from Satellite

SITE PLAN

The detailed floor plan better demonstrates our overall plan for the connectivity and accessibility of the area. These three blocks are themselves connected internally and connected in tandem with each other. The building edge of the block maximizes its inclusion and guidance without destroying the functionality.

TECHNICAL DRAWING

STREET ELEVATION

The street's friendliness is simply reflected in the openness of larger windows, the accessibility of more convenient access, and various architectural elements' richness.

SECTION-DRAWING

The inherent boundary between wall and slab becomes indefinable and syncretic, offering spatial flexibility builds up a 3-Dimensional internal network. Thus, it allows an equal occupancy of resources, thus promoting equal opportunities for participating in the local sharing economy.

THE CHOSIY

Inclusive architecture, sharing economy, and civic accessibility, Detroit is cool again.

The Detroit Non-military Defensive Buildings will inevitably prove their potential of providing enough space and opportunities to breed a new generation of great American cities.

UNDERWATER TEMPLE

GANGESWaterpurificationtowerININDIA

Year: 2018

Now the Ganges suffers from extreme pollution levels, caused by the 400 million people who live close to the river. However, the Ganges is one of the most sacred rivers to Hindus. It is also a lifeline to millions of Indians who live along its river and depend on it for their daily needs. Sewage from many cities along the river, industrial waste and religious offerings wrapped in non-degradable plastics add large amounts of pollutants to the river as it flows through densely populated areas. The problem is exacerbated by the fact that many poorer people rely on the river on a daily basis for bathing, washing, and cooking. In order to alleviate the impact of Ganges pollution on humans, animals and plants, I try to find out whether it can rely on the biological purification system to purify the river. According to some references, I found that snails and oysters have efficient purification ability, and the filtered toxins do not enter the human body. In combination with the ecological conditions of India and Ganges, I decided to choose snail as the main research direction. And through experiments to prove the possibility of water purification.

Next, we set out to design an architecture that combines the function of water purification with the traditional culture of the Ganges. The first step is to consider the attachment space of the snail, starting from the smallest unit, and creating a series of spaces through the combination and extension of the minimal surfaces. With the grand gathering of the Kumbh Mela, such an underwater building is designed as an underwater vertical temple. People are able to dive with the diving equipment, also different heights platforms provide space for worship and some stages for performance when festivals will be occur. In this underwater vertical temple, two spaces connected to the shore rocks are the main habitat of the snail. Local fishermen will regularly dive into the water to collect some grown snails and put some young snails into the breeding space. These collected snails will be distributed to the coastal residents as benefits. The whole process reflects the recyclability and greatly improves the water quality of the Ganges.

Time, change, and life and death, In sudden trance opprest, forgot their powers. A moment, and the dread eclipse was ended; But at the thought of Nature thus suspended, The sweat on Seeva’s forehead stood, And Ganges thence upon the world descended, The holy river, the redeeming flood.

India: Ganges, the River The Ganges Robert Southey (1774–1843)

Merit Prize, 54th Central Glass Architectural Design Competition, 2019
Role: Collaborative Work as Team one of 2 Members
Jury: Hiroshi Naito, Kengo Kuma, Tadao Kamei, Jun Aoki, Goichi Kamochi, Yoshiharu Tsukamoto
04
MINIMAL SURFACE DEFORMATION MINIMAL SURFACE + ARCHITECTURE ELEMENTS gyroid platform scherk_1 regular space staris scherk_2 diamond 01 02 04 activity level 400ml wastewater NTU/10.6 SS/1140 TDS/241 TN/2.7120g snails activity level activity level ATTACHMENT EXPERIMENT OF SNAIL 01 02 03 04 experimental preparation purification result NTU detection system 23h snail condition
MINIMAL SURFACE SCENARIOS
TYPICAL FLOOR PLAN FLOOR_2 FLOOR_4
FLOOR_1 above-water worship area snail breeding area snail breeding area underwater pavilion underwater worship area underwater pavilion FLOOR_3

Freezing Art History in Space

The Glasgow University of Art (GSA) was built during the Art Nouveau period and was designed by Mackintosh, a representative of Scotland's Art Nouveau period. The original building features elements typical of the Art Nouveau period, as well as local Glasgow architecture. However, it was severely damaged in two fires, and nearly two years later, the debate rages over how the landmark Art Nouveau building should be rebuilt. We hope to reconstruct Glasgow University of the Arts' teaching building by using some abstract design languages with the design method of machine learning while retaining the building's original structural framework and adding the transferred art nouveau style. The design method is mainly about exploring the CNN (Convolutional Neural Network ) application method in machine learning.

First of all, different sections will correspond to different style-transferred elements after the original building is split. Each threedimensional space is sliced into two-dimensional image layers after classification. Then image layers will be mapped to a certain style with controllable parameters to achieve a stylized image.

Finally, the three-dimensional voxels of these stylized images are regenerated into a recreation process. The generated images belonging to the building entity are screened by RGB colour threshold and then 'bonded'. The space formed after bonding is filtered by pixels on each slice layer. After the elemental form is determined by the experimental method, the pixel information is extracted to select the material, hence to construct a new architectural form.

RestorationDesignforGlasgowSchoolofArt Year: 2018 Role:Collaborative Work as Team Leader of 2 Members 05

STYLECHOSEN

Num: Direction: separation: Num: Direction: separation: Num: Direction: separation: Num: Direction: separation: Sizes: Content wt: Style wt: Sizes: Content wt: Style wt: Sizes: Content wt: Style wt: Sizes: Content wt: Style wt: Stackvariable: Stackvariable: Stackvariable: Stackvariable: RE-FORMPROCESS Input Mode Expermentalsubject StackingProcess CNNvariable slice direction slice number space scale Angle_ Density_ Dimension_ Stylied Images Fitting RGB Threshold Segmentation Stacking and Fitting For Entity Component Generation Tracking and Stacking For Spcae Generation Vectorization to Extract the ContourStacking StackFitting: StackFitting: StackFitting: StackFitting: Pixeltopointcloud: Pixeltopointcloud: Pixeltopointcloud: Pixeltopointcloud: Imagevariables: Imagevariables: Imagevariables: Imagevariables: 100 X 200mm 50 y 600mm 200 Z 50mm 50 Y 100mm 0 5 12 0 12 18 36 18 20 28 67 28 35 35 103 35 53 41 147 41 76 45 160 45 100 50 200 50 Freame Freame Freame Freame 256 x 256 200 100000 256 x 256 550 100000 256 x 256 1500 100000 256 x 256 1500 100000 A_1 SliceAxisX __Library We selected art nouveau style paintings as style images according to the original actual functions,and experimented on the spatial form under a large scale A_3 SliceAxisY __Multimedia Choose a style with more composition characteristics,and experimented on the spatial form under a medium scale E_0 SliceAxisY __Museum The style of collage elements was selected,and the space features formed by Z-direction and high-density slices were mainly observed in the form of large scale F_2 SliceAxisY __Studio Choose a unique style of composition, mainly small scale space input formed space characteristics E_0 Model interiorView The space behind the stack is filled with surprising and vaguely detailed models. The next step is to figure out how to use these results. Adjust the weight to get the new ideal result

Original Structure

Preliminary Fitting Results

Stack and RGB Point Cloud
The results of different vector slice directions were used for fitting,and the corresponding RGB was used to value the point cloud and enter the next step of screening
The Boolean Model Modelmaterialand detailsadjustment In the part that uses the RGB value in the pixel point to filter the specific value,the planting part is constructed on the original main structure Then we can use RGB to distinguish different material types of different parts to form a more diversified architectural style Machine Learning Processing
PointcloudsontheoriginalStructureBoolean
Referring to the original building design,the point cloud is processed for the first step of separation to obtain the part that forms the new structure and the part that retains the original building TheoriginalstructureandfitafterBoolean Section1-1 The whole space is reconstructed to get a very unique result Stack FittingModel Output Model Adddetailstothematerial's model A_1+A_2+A_3 Original building structure SliceAxisX,Y 1 1 MainFormComposition
Partial Elevation Model Photos ConstructionProcessof RoboticArm STEP 1: Build a skeleton from the foundation STEP 2: Complete the skeleton construction STEP 3:material module is attached to the skeleton Ground Floor Southwest View
lixian gas station, garden view, Individual work part, 2021. lixian gas station, Bird's-eye view, Individual work part, 2021.
Community
street corner view, Team work,
2021. ±0.000 -0.150 ±0.000 上 上 上 上 ① ② ③ ④ ⑤ ⑦ ① ⑥ N 0 1 3 5 10 15m lixian gas station, Ground Floor PLAN, Individual work part, 2021. Appendix gadinternshipproject: QuzhouLixianFutureCommunity Year: 2021 06
Portfolio Selected Works 2015-2022 Thank you for watch

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