Shiyu Tian _ Portfolio

SHIYU TIAN

ARCHITECTURE PORTFOLIO SELECTED WORKS 2020 - 2023

1

SHIYU TIAN

SKILLS

55 Gee Street, London, EC1V 3RS, United Kingdom shiyutian.official@gmail.com +44 (0)7536245173

Tools

EDUCATION The Bartlett School of Architecture, UCL · Master of Architecture (1-year) | Architectural Design

09/2022 - 09/2023 London

The School of Architecture, Chang’an University · Bachelor of Architecture (5-year) | Architectural Design

08/2017 - 06/2022 Xi’an, Shannxi

Position: Architectural Intern

07/2021 - 10/2021 Tianjin

· Published paper ‘the Inheritance and Development of Guanzhong Traditional Village Building Envelop’ in the journal of ‘Building Materials & Construction & Decoration’. · Researched on building envelope typology ; Optimized traditional ventilation and materials thermal performance (DesignBuilder, Honeybee, Butterfly), Reduced building energy use and local construction cost.

Workshop ‘Impact Hub Silk Road’ jointly organised by Technical University of Munich and Chang’an University

01/2021 Xi’an, Shannxi

04/2020 - 05/2021 Xi’an, Shannxi

08/2019 Munich

HONORS & AWARDS First Prize of Engineering and Architecture Graduation Design in Shaanxi University

03/2023 Xi’an, Shannxi

Second Prize of United Graduation Programme of Four Schools in Famous Cities

06/2022 Suzhou, Jiangsu

Scholarship for Academic Excellence

2020 - 2021 Xi’an, Shannxi

Excellent Design Award of the 3rd Xi ‘an Yanta University Student Design Expo Scholarship for Excellent Contribution to the University

· Machine Learning

· Unity

· 3D Cutting/ Laser Cutting

English (Advanced), Chinese Mandarin (Native)

HOBBIES AND INTERESTS

REFERENCES

Associate Professor at The Bartlett School of Architecture, UCL Co - Founder of Pareid Architecture Email: h.charbel@ucl.ac.uk

· Teamleader · Worked on culture and civic architectural design, AR application testing, Population movement simulation (Grasshopper), Evaluation of the commercial form of the Silk Road.

Most Valuable Use Award of “Nursing +” Technology Innovation Forum

· C#/Python

· Unreal

Hadin Charbel

ACADEMIC EXPERIENCE

Innovation and Entrepreneurship Programme of University

· V-Ray/Lumion/Enscape

· SketchUp

Associate Professor at The Bartlett School of Architecture, UCL Co - Founder of Pareid Architecture Email: d.lobato@ucl.ac.uk

Others · Assisted technical design team in building energy analysis (Grasshopper).

· Organized the exhibition, Worked on poster design, Exhibition space layout · Worked on Stadium design (Rhino, Grasshopper), large span structure optimization, physical model making.

· Adobe Creative Suite

· Revit

Déborah López Labato

Xingkai Villa A project · Drew the floor plan, elevation and section of the building (CAD) · 3D Modelling (Sketchup) · Researched on building materials, and drew the details of balcony and windows

Exhibition of Stadium Design 2021, Chang’an University

· Auto CAD

· Rhino

Human - Computer Interaction, Architectural Robotics, Visual Arts Zither (Trained), Badminton (Trained), Gymnastics (Trained), Tennis, Choreography, Boxing, Cycling

WORK EXPERIENCE

Tianjin Architecture Design Institute

Languages

· Grasshopper

10/2020 Beijing 06/2019 Xi’an, Shannxi 2017-2018 Xi’an, Shannxi

[ 01 ] VERNACULAR CONTRACT Site: Bugoma Forest, Uganda Group Work 2022-2023, The Bartlett School of Architecture, UCL Group Member: Shiyu Tian, Hadi El Kassar, Dingsheng Xu Design Tutor: Déborah López Lobato, Hadin Charbel

Project Workflow

Theory Tutor: Albert Brenchat Aguilar Skill Tutor: Zehao Qin, Vicente Sánchez Seoane Role: Outpost design, MoCap data collection and processing (Grasshopper), Machine Learning, Modeling, Animation rendering and post-production (Unreal 5, Premiere pro), Interactive platform design (Unity)

Located in a Ugandan Forest ravaged by ecological threats, a refugee crisis and the remnants of European colonial planning, the project finds the opportunity in creating communal craft settlements that operate on indigenous preservational paradigms. A carbon offsetting scheme is proposed where displaced indigenous participants adopt an “inhabitation as protection” model by relying on a platform that manages the planning and building process of relocation settlements and simplifies contractual elements into platform rules. Combining local materials and using the human body as a design generator and building constraint, pragmatic construction systems and vernacular architectures form a language that is individually pleasurable and communally monumental.

1 SITE DETECTION

2 SITE MATERIAL DETECTION

6 MATERIALIZATION

Community

3 OUTPOST CONSTRUCTION 4 COMMUNITY CONSTRUCTION METHODOLOGY 5 PLATFORM ORGANIZATION

Outpost Structure and Function Generation

Site Condition

Area: 0.82 km² Estimated Population: 164 Forest Height Range: 8.5 - 19.2m Deforestation Degree: Estimated Material Amount: 246 pieces

Showcase

3

Outpost Construction The Outpost`s constrution can be described as a computational ad-hoc architecture that plans its way based on the materials available around the site.

The main core`s structure gives way to the cantilivering programmatic platforms. The skin plays a crucial part in the construction process as it is made of a structural rope layer covered with a waterproof traditional fabric made by the local weaving techniques of the tribespeople. The rope structure supports the cantilevers in tension whilst allowing the constructiors to climb on it to continue building.

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4

Outpost Workflow

Body Tracking Due to a lack of means and heavy industry in the process of constructing settlements, the project resorts to exploring the body and its movements as the main driver of craft. The explorations mainly revolve around the question of producing facade panels that perform environmentally and aesthetically using minimal materials and tools. Two branches of experimentation were undergone, movement patterns that were facilitated through motion capture technology, and bodycasting moulds that create different tiles. The main material used for the experiments is a mud - straw mix that can be found anywhere on site. The project envisions the craft process to evolve into a production chain that can “mass produce” the needed construction panels without compromising in sustainability or the link that the users have to the architecture.

Motion Capturing Motion Capturing was used to record and study paths formed by the human body.

An archive of easily repetitive movements was created.

Starting and Ending Point Body Movements can be understood as vector paths with start and end points that effect the geometries of mud panels through carving.

Redundancy Fatigue Tracking Motion Capture allows for the accurate studying of how select movements change over time due to the effects of repetition on the studied actor.

frequency: 1 time

frequency: 5 times

frequency: 10 times

frequency: 15 times

frequency: 20 times

frequency: 25 times

frequency: 30 times

frequency: 35 times

frequency: 40 times

frequency: 45 times

frequency: 50 times

frequency:55 times

frequency: 60 times

frequency: 65 times

frequency: 70 times

frequency: 75 times

frequency: 80 times

frequency: 85 times

frequency: 90 times

frequency: 95 times

frequency: 100 times

frequency: 125 times

frequency: 150 times

frequency:175 times

5

Motion Capture and Anthropomorphic Thermal Patterns A collection of easily replicable anthropomorphic body movements are reduced through motion capturing into vector data. Through computational processes, the vector data is extrapolated into a three dimensional indentation on a mud panel as if the movement has carved a path into the mud. These panels are assessed for their solar, thermal and water flow performance.

https://vimeo.com/885579290

MP_02

MP_01

Thermal Reduction: 8.6%

Thermal Reduction: 8.6%

Air Permeability: 5

Air Permeability: 4.25

Air Permeability: 4.25

Rainwater Collection:

Rainwater Collection:

Rainwater Collection:

1.35L/y

0.35L/y

0.35L/y

Carbon Cost:

Carbon Cost:

Carbon Cost:

MP_04

MP_06

MP_05 Thermal Reduction: 8.6%

Thermal Reduction: 8.6%

Thermal Reduction: 5%

Air Permeability: 4.25

Air Permeability: 4.25

Air Permeability: 4.8

Rainwater Collection:

Rainwater Collection:

Rainwater Collection:

0.35L/y

0.35L/y

2.35L/y

Carbon Cost:

Carbon Cost:

Carbon Cost:

MP_07

MP_08

MP_09

Thermal Reduction: 27%

Thermal Reduction: 27%

Thermal Reduction: 27%

Air Permeability: 4.66

Air Permeability: 4.66

Air Permeability: 4.66

Rainwater Collection:

Rainwater Collection:

Rainwater Collection:

1.35L/y

1.35L/y

1.35L/y

Carbon Cost:

Carbon Cost:

Carbon Cost:

MP_10

MP_12

MP_11 Thermal Reduction: 27%

Thermal Reduction: 21%

Thermal Reduction: 26%

Air Permeability: 4.66

Air Permeability: 6.4

Air Permeability: 4.87

Rainwater Collection:

Rainwater Collection:

Rainwater Collection:

1.35L/y

3.21L/y

3.65L/y

Carbon Cost:

Carbon Cost:

Carbon Cost:

MP_13

MP_14

MP_15

Thermal Reduction: 26%

Thermal Reduction: 26%

Thermal Reduction: 26%

Air Permeability: 4.87

Air Permeability: 4.87

Air Permeability: 4.87

Rainwater Collection:

Rainwater Collection:

Rainwater Collection:

3.65L/y

3.65L/y

3.65L/y

Carbon Cost:

Carbon Cost:

Carbon Cost:

MP_17

MP_16

MP_18

Thermal Reduction: 29%

Thermal Reduction: 27%

Thermal Reduction: 27%

Air Permeability: 7.3

Air Permeability: 4.6

Air Permeability: 4.6

Rainwater Collection:

Rainwater Collection:

Rainwater Collection:

1.85L/y

2.15L/y

2.15L/y

Carbon Cost:

Carbon Cost:

Carbon Cost:

MP_19

6

MP_03

Thermal Reduction: 15%

MP_21

MP_20

Thermal Reduction: 27%

Thermal Reduction: 27%

Thermal Reduction: 27%

Air Permeability: 4.6

Air Permeability: 4.6

Air Permeability: 4.66

Rainwater Collection:

Rainwater Collection:

Rainwater Collection:

2.15L/y

2.15L/y

1.35L/y

Carbon Cost:

Carbon Cost:

Carbon Cost:

Body Casting

Merged Panel Archive

The principle of bodycasting fits into this anthropomorphic practice of craft. Where extracting movement patterns turns kinetic qualities into shading and ventilation, the body`s forms are used as formwork for clay tiles to be replicated on. Subsequent tiles have several usages including roofing and drainage. Different body parts bent in different ways create nuances between tiles that can be used together such as in the case of concave and convex roof tiling. Combinations between bodycast tiles and mud pattern panels also yield prefabs with specific functional uses.

A series of panels have been designed, to incorporate the patterning and bodycasting processes with other traditional crafts such as weaving and bamboo shingling to create an archive of facade panels that can be easily crafted for various functionalities.

Bicep Tiles Av. Length: 24cm Av. Circum:

Forearm Tiles Av. Length: 20cm Av. Circum: 24cm

Ankle Tiles Av. Length: 20cm Av. Circum: 35cm

Thermal Reduction: 29%

Thermal Reduction: 29%

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y Carbon Cost:

Air Permeability: 7.3 Rainwater Collection: 1.85L/y Carbon Cost:

Thermal Reduction: 29% Air Permeability: 7.3 Rainwater Collection: 1.85L/y Carbon Cost:

Thermal Reduction: 29%

Thermal Reduction: 29%

Thermal Reduction: 29%

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Carbon Cost:

Carbon Cost:

Carbon Cost:

Thermal Reduction: 29%

Thermal Reduction: 29%

Thermal Reduction: 29%

Thermal Reduction: 29%

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y Carbon Cost:

Air Permeability: 7.3 Rainwater Collection: 1.85L/y Carbon Cost:

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Carbon Cost: Convex Ridge Tile

End Ridge Tile

Tile Segmentation

Knee Tiles Av. Length: 40cm Av. Circum:

Thermal Reduction: 29%

Concave Roof Tiling

Convex Roof Tiling

Tile Segmentation

Carbon Cost:

Drainage Panel

Ventilation Panel

Material Archiving A local - cased material archive is built in aims of creating a smart palette that is assessed by performance and indigenousness as well as cost and carbon efficiency.

Thermal Reduction: 29% Air Permeability: 7.3 Rainwater Collection: 1.85L/y Carbon Cost:

Carbon Cost:

Thermal Reduction: 29%

Thermal Reduction: 29%

Thermal Reduction: 29%

Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Carbon Cost:

Carbon Cost:

Carbon Cost:

Carbon Cost:

Thermal Reduction: 29% Air Permeability: 7.3

Thermal Reduction: 29%

Thermal Reduction: 29%

Thermal Reduction: 29%

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Carbon Cost:

Carbon Cost:

Carbon Cost:

Thermal Reduction: 29%

Thermal Reduction: 29%

Thermal Reduction: 29%

Thermal Reduction: 29%

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y Carbon Cost:

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Carbon Cost:

Air Permeability: 7.3 Rainwater Collection: 1.85L/y Carbon Cost:

Thermal Reduction: 29% Air Permeability: 7.3

Thermal Reduction: 29% Air Permeability: 7.3

Thermal Reduction: 29%

Thermal Reduction: 29%

Rainwater Collection: 1.85L/y Carbon Cost:

Rainwater Collection: 1.85L/y Carbon Cost:

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Carbon Cost:

Carbon Cost:

Thermal Reduction: 29% Air Permeability: 7.3

Thermal Reduction: 29%

Thermal Reduction: 29%

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Thermal Reduction: 29% Air Permeability: 7.3

Carbon Cost:

Carbon Cost:

Thermal Reduction: 29% Air Permeability: 7.3

Thermal Reduction: 29% Air Permeability: 7.3

Thermal Reduction: 29% Air Permeability: 7.3

Rainwater Collection: 1.85L/y

Rainwater Collection: 1.85L/y

Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Carbon Cost:

Carbon Cost:

Carbon Cost:

Carbon Cost:

Thermal Reduction: 29%

Thermal Reduction: 29%

Thermal Reduction: 29%

Thermal Reduction: 29%

Air Permeability: 7.3 Rainwater Collection: 1.85L/y Carbon Cost:

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Carbon Cost:

Carbon Cost:

Air Permeability: 7.3 Rainwater Collection: 1.85L/y Carbon Cost:

Thermal Reduction: 29%

Thermal Reduction: 29%

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Thermal Reduction: 29%

Thermal Reduction: 29%

Carbon Cost:

Carbon Cost:

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Air Permeability: 7.3 Rainwater Collection: 1.85L/y

Carbon Cost:

Carbon Cost:

Thermal Reduction: 29% Air Permeability: 7.3

Rainwater Collection: 1.85L/y Carbon Cost:

Rainwater Collection: 1.85L/y Carbon Cost:

Carbon Cost:

Rainwater Collection: 1.85L/y Carbon Cost:

Thermal Reduction: 29%

7

Translation Catalogue

Key

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Kits

Ro

Pro

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Kit ay /d .8h 2kg g e: 0 : 1 tim sume n: 20 tion l con uctio tec d Pro ateria on re M arb C

on

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Pro

ay /d .2h kg e: 0 : 2 tim sume n: 8g tion l con uctio tec d Pro ateria on re M arb C

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ay /d .5h kg g e: 0 : 5 tim sume n: 10 tion l con uctio tec d Pro ateria on re M arb C

ut

0.33 n by Lob bano Le ay /d .5h 2kg g e: 1 : 1 tim sume n: 20 tion l con uctio tec d Pro ateria on re M arb C

Waterproofness: 6/10 Durability: 8/10

h Arc oma R ay /d .8h 2kg g e: 0 : 1 tim sume n: 18 tion l con uctio tec d Pro ateria on re M arb C

its al K

on

Platform Organization Courtyard F F>A F>B F>C F>D F>E

Ideal Materialss Condition Insulation: 4/10

t a Ten meric A ay /d .5h 0kg g e: 0 : 1 tim sume n: 10 tion l con uctio tec d Pro ateria on re M arb C

dow Win yria S

diti

Ad

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ay h/d 5kg g e: 2 : 2 tim sume n: 25 tion l con uctio tec d Pro ateria on re M arb C

h ed tch Tha bya Li ay /d .2h 0kg g e: 1 : 1 tim sume n: 15 tion l con uctio tec d Pro ateria on re M arb C

4.82 kWh/m2 ay /d .4h kg e: 0 : 4 tim sume n: 5g tion l con uctio tec d Pro ateria on re M arb C

er

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ay h/d 5kg g e: 3 : 2 tim sume n: 50 tion l con uctio tec d Pro ateria on re M arb C

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A value matrix of 1x1 meter panels is matched to the data encoded facade in a materialization process which aims to optimize wind flow, light penetration and solar performance at a discreet facade level. Several panels can be found for every value point.

Kit

toty

Pro

slati

n Tra

Settlement Materialization

its

cK

The project extracts a series of primary architectural elements to use for various site responsive situations. These elements are abstracted, translated and combined to create kits for constructing settlements.

I: +1

I: +1

W: 0

W: +1

D: -1

D: 0

I: +1

I: +0.2

W: +1

W: +2.1

D: -1

D: -1

Generated Settlements

Windcatcher

Water Well A A>F

Windcatcher B B>F

Shaded Window

Open Porch C C>F

Shaded Window D D>ABC

Roof Ventilation E E>B

Water Well

Open Porch

Roof Ventilation

Primary Kits Placement

WFC

Essential Kits Placement

Solar analysis

Incident Radiation Analysis

8

1*1m Segment Valuation

Enclosed Kits

Type 56 Area: 143.25m^ Population: 4 Panel Types: 8 Construction Time: 16 days Carbon Value:

9

[ 02 ] META EBON Site: Ebon Atoll, Marshall Islands Individual Work Autumn 2021, Workshop "Smart Morphism" Tutor: Meizi Li Tools: Rhino 3D, Grasshopper, GIS, Vray, Photoshop

Site Conditions Ebon Atoll is located in the southernmost part of the Marshall Islands. Its location gives Ebon one of the highest annual rainfalls of any atoll in the Republic. If the Marshall Islands are at the forefront of climate change in the world, Ebon Atoll is at the forefront of climate change in the Marshall Islands.

Ebon Atoll has a whole system of life, and its small but exquisite size makes it an appropriate guinea pig for solving the world's climate problems.

"What happens if thousands or tens of thousands are displaced due to rising sea levels or desertification? Where do they go?"

More and more islands are disappearing in the face of severe climate problems. More and more people are being forced to leave their homes and become "climate refugees". The design uses Ebon Atoll as an example to provide a permanent solution for the survival of endangered islands around the world. Indigenous attachment to the land and rapid practical construction are key considerations in this programme. Look at the past of the land and the present of its people, and use parametric means to build the future of the island.

Hope one day, “no one's drowning; no one's moving; no one's losing their homeland; no one's gonna become a climate change refugee.”/Kathy JetnilKijiner (A teacher in the Marshall Islands)

Regional Population Existing Function Layout Residence Copra Production School Airport Church

10

Ecological Layout

3

II

I

2

II I

1

I - Upper Area

Serve as Bio-Dam The lower part of the skeleton of the "brick" placed on the beach as a support structure becomes denser. After the erosion of seawater over time, organic matter such as salt will gradually attach to the "brick", forming a biological dam with porous structure, which effectively prevents coastal erosion and provides a more stable support for the lower part of the overall structure.

5

4

Settlement

Water Cistern

Object

Reminiscence

Life Efficiency

Ecological Resilience

II - Upper Area

Serve as Life Improvement

70%

New

New

85%

90%

70%

70%

Native

II - Lower Area

Serve as Memory

90%

Retention Original

Original

Tourist

2060 Scenario 1 STAGE A

STAGE B

STAGE C

STAGE D

STAGE E

4

3 It was worth the trip!

The copra we ate yesterday came from this tree.

Nice day to get a tan.

I - Lower Area

Serve as Artificial Reefs

STAGE A

STAGE B

STAGE C

Built as artificial reefs, the undersea structures are made of a new calcium carbonate (CaCO3) material, which reduces the increasing amount of carbon dioxide pollution in the environment by capturing and sequestration carbon, and attracts polyps to the reef, thereby enhancing local biodiversity.

It’s really a harvest season!

I ‘ve never seen such beautiful coral!

2

Mom, It's time to replenish drinking water.

5

11

[ 03 ] EVER "GIVEN"

Site Analysis

Site: Suez Canal, Egypt Group Work Summer 2021, Workshop "Architectural Narration of Philosophical Archetypes and Technical Criticism" Group Member: Shiyu Tian, Wenjia Shao, Baiyang Hou Tutor: Yu Yan Tools: Rhino 3D, Grasshopper, Vray, Photoshop

March 23, 2021, a freighter ran aground in the Suez Canal.

In the age of globalization, Platform capitalism is booming. They don't produce goods. They has even no employees. But they handle all the logistics, information and value flows through their platforms. It is a center without an entity; it is an exterior without the interior.

With the advent of the new era, the development trend of digital platforms has become more powerful, and to a large extent, have highly aggregated various resources. What it gathers is not only wealth and resources, but also a huge matrix, a more macro control network, on which all the previously scattered users and manufacturers, suppliers, logistics providers, financial institutions, etc. are integrated into a Leviathan monster.

The platform companies stand out like the top of a pyramid. There is no doubt that today is an era of digital platform king, the previous industry and commerce, financial industry, has bowed down under the authority of digital capitalism.

The era of industrial giants or financial oligarchs is over, and the front lines of capitalism are Google, Amazon, Facebook and Apple. The control of platform capitalism in the future will be more authoritarian and powerful than that of capitalism in the past.

“The Suez canal is a significant route from Asia to the Middle East to Europe. Its blockage has brought great losses to Global trade.”

Formation of “Platform“ Sellers and buyers are all scattered.

Transactions are often interrupted.

The platform appears.

Transactions become more convenient.

Almost all transactions take place on the platform.

The earliest Customs was born in Egypt around 600 BC. Greek businessmen who came to Egypt for trading paid customs duties to the Pharaoh by paying 10% of their goods to temples.

The platform monopolized all transactions and began to control the trading rules.

Platform Capitalism Nowadays, large platforms, such as Airbnb, Amazon and Uber, have dominated our lives in different ways, which we called Platform Capital.

Airbnb does not have a bed; UberEat does not have a car. They just establish a contractual relationship between the supplier and the demander through their platforms. With the continuous growth of the platform, it has formed a monopoly.

TENANT: I didn't get the refund!

HOST: Neither did I.

5th November 2020, Airbnb hit with proposed class-action lawsuit from host missing payments.

12

...Facebook, Google, and Amazon, they are monitoring our lives!

7th December 2018, Chrysostom delivered a speech focusing on monopoly of huge companies at Ted Talks.

No money and no food!

21th September 2018 , Uber Eats drivers block streets in pay protest in London.

Explosion Diagram Capital Operation Process After the ship Ever Given aground, it built an ornate palace like a Crystal Palace, blocking capital from inside and outside. The new platform derived from it sets a lot of barriers, stratifies and presses the interior under the false gorgeous appearance, pillages the exterior and creates commercial interests by using external resources. It never produces goods, but it has absolute control over the capital world.

N MA

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G AT H

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UTILIZE

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MONITOR

DEMOTION

RIN

COMPETE

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DISMANTIE

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DEMOTION

ENGULF

PROMOTE

EXPLOIT

CH

PA C K

PROMOTION (stratification)

R EXP

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SCREEN

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MAR

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EXPO

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13

[ 04 ] TIME TRIO

1st Floor Plan N

Site: Grottole, Matera, Italy Individual Work Winter 2020, 'Reuse the Fallen Church —Chiesa Diruta' Competition Tutor: Zeyuan Meng

1m

Chiesa Diruta, one of the most important churches of the bishopric, has been abandoned for too long. It is urgent to bring life back inside this religious building by transforming it into a concert hall.

The design hopes to respect history with modern means and warn the future with historical spots. Look to the present as we live in the past, heritage is not only a reflection of the way we came, but also a gauge of how we can draw the future. By thinking about the relationship between past, present and future, the mirror is used as a tool to connect time. Like a trio in music, through multiple levels, people living in this building can perceive the changes of time conveyed by the building, including the cognition of the change of cultural attributes behind The Times and their own cognition of being in the current of The Times, so as to arouse people's sense of identity and responsibility in their hearts.

2m

5m

1 - Entrance 2 - Ticket Office 3 - Storage 4 - Concert Hall 5 - Gift Shop 6 - Toilets 7 - Office 8 - Staff Toilets 9 - Dressing Room 10 - Stage 11- Backstage

- 8.100

9 11

10

4 8

2

± 0.000

Ground Floor

7

5

3

1

6

2nd Floor

3rd Floor

1m

2m

5m

N

3 2

5

1

1 1

3

2 4

2 4

14

5

3

1 Mini Stage 2 Bar 3 Kitchen 4 Storeroom 5 Toilet

1 Auditorium 2 Toilet 3 Terrace

1 Second Floor Auditorium 2 The Tunnel 3 Gazebo 4 Exhibition Hall 5 Pray Room

Deconstruction of the System

Phase 1

To see the church from the past.

Phase 2

In between the past and the present

Phase 3

The present

Phase 4

In between the present and the future

Phase 5

The future

Roof Perspective 15

[ 05 ] MODERN SIHEYUAN

Shared Space and Circulation

Site: Beijing, China Individual Work Autumn 2020, The HOME Competition 2020 Tools: Rhino 3D, Grasshopper, Revit, Vray, Photoshop

c-c

en

Object: Children - Elder

hi

ld r

Scence: Play - Enjoy Medium: Music

C

On the outskirts of Bordeaux, Rem Koolhaas uses structural innovation and spatial division to make the building stand out from the contradictions between advanced modernism and the complex medieval.

In Beijing, China, there is also an increasingly sharp contradiction between the centennial traditional siheyuan style of life and the new era of solitary culture. With the demolition of more and more courtyard houses, this contradiction has gradually become passive for Beijingers from active. If the Bordeaux house represents "Separation", then the Quadrangle courtyard in Beijing is "Cohesion". The design discusses how to apply the harmony in the Bordeaux house to the new quadrangle courtyard, so that the modern Chinese people's habit of "Separation" and the concept of "Cohesion" can be organically integrated.

b-

b-b Scence: Study - Work Medium: Light

A

du

lt

Object: Adult - Children

c-

c

a-

Scence: Plant - Photograph Medium: Plant

Aerial View

16

El

Object: Elder - Adult

de r

a-a

a

b

Perspective Section I-I

Floor Plan

Detail of Roof Structure 3

5

7

6

8

1 Gutter

9

2 Eaves/gutter flashing

3

3 Mesh screen to ventilation

1

opening 4 Wall plate 5 Roofing tiles

4

6 Batten, glulam batten 11

2 10

7 Space batten 12 13

14

8 Sheathing, roofing felt 9 Timber boarding 10 Rafter 11 Thermal insulation 12 Vapour barrier 13 Reinforced concrete

15

14 Plasterboard 15 Window sill

Detail of Wall Structure

Detail of Glass Roof

1 Brickwork 2 Cavity 3 Insulation 4 Sheathing board 5 Vapour barrier 6 Concrete

1 Glass floor: wearing layer, 8 mm toughened safety glass, printed with dots to provide non-slip finish 38 mm anti-bandit laminated safety glass 40 mm air cavity green foil bonded to insulating unit,8mm float glass + 16mm cavity + 16 mm laminated safety glass 2 Bottom chord to steel facade, galvanized steel 3 Cover plate, stainless steel, 10 mm 4 Thermal insulation, unplasticized PVC, 30mm

1

2

3 4 5 6

7 Stainless steel angle 8 Permanently elastic joint 9 Wooden window board 10 Window element 11 Embedded wooden brick 12 Baseboard

11

12

2

1

9 10

9

8

Floor construction: Floor covering Composition board Seperating layer Polyurethane Vapour barrier Reinforced concrete Plasterboard

6

10 3

5 1

2

1 Elder's Bedroom 2 Garden 3 Tea Room 4 Elevator 5 Kitchen

3

7

4

Ground Floor Plan

7 8

I

I

6 Dining Room 7 Living Room 8 Bath Room 9 Guest Room 10 Atrium

I

4

5

4

6 3 7

1 2

1st Floor Plan

I

1 Adults' Bedroom 2 Garden Corridor 3 Home Office 4 Cloakroom

5 Bathroom 6 Activity Room 7 Terrace

I 4

1 1

3

2

5

2nd Floor Plan 1 Child's Bedroom 2 Study 3 Piano Room

I

4 Bathroom 5 Terrace

1

2

5m

N

17

Windows Typology

The Atrium View

Because of the close residential space in hutongs,privacy of the home and the neighborhood is important.the way to set the Windows need to think about how can the people inside the house not only have access to the outside elements through the Windows but also maintain the privacy.

Private Space

Shared Space

Goal:

Goal:

Goal:

Goal:

light/privacy

scenery/privacy

air/privacy

open

Goal:

Goal:

Goal:

Goal:

light/privacy

interaction/privacy

nature/privacy

scenery/privacy

General Space

Meditation

Cooking

Bathing

Relaxation

South Elevation

The atrium in the center of the house is where the family spends the most time together, so the design hope here, more emphasis on communication, each space in the form of crisscrossed in the field of vision, for implicit characteristics of the Chinese people, the space part shows long and narrow or cloak, make its considerable interest of Chinese gardens, and ensures privacy at the same time.

18

[ 06 ] OTHERS FENGMEN DISTRICT RENEWAL

Site Analysis and Master Plan CLosed Alley

Landscape

Waterfront Alley

Main Street

Sensory Spaces VISUAL SENSE assist paddler

Site: Suzhou, Jiangsu, China Group Work Summer 2022, Chang'an University Group Member: Shiyu Tian, Xuer Wang, Jianqiao Yin, Chenye Pan Tutor: Wei Liu, Ye Lu Role: Site analysis (Grasshopper), Master plan design, Residential & Retail & Sensory Spaces design, 3D modeling (Rhino), Rendering (V-Ray) Suzhou Fenchmen district contains and inherits a variety of intangible cultural heritages and is one of the few blocks that truly carry and continue the historical memory. With the development of the city, the memory carried by the district was gradually dim. Project started from memory, divided the memory into three levels of long-term memory, short-term memory and sensory memory from the human brain mechanism. To translate the three-layer memory with architecture, project restored and transformed this famous neighborhood in three different ways. Algorithm assisted in optimizing the reorganization of alleys and introducing new landscape corridors. Featured spaces were placed in the thermal centers of different cultural experiences. Meanwhile, traditional elements were extracted and integrated into the new space. These fulfilled the new neighborhood’s requirements for preserving traditional culture, enhancing the quality of life, and innovating the tourist experience.

Street Accessibility Landscape Accessibility

OLFACTORY SENSE assist incense culture

Tourist Fatigue Rest Space

1 2 3 4 5

dwell time

1 2 3 4 5

number of non-motor vehicle parking

1 2 3 4 5

number of peddlers

overall congestion degree 1 2 3 4 5 6

segments congestion degree > 5 widen the street

1 2 3 4 5

TACTILE SENSE assist fabric culture

street width congestion degree < 2 insert service space

AUDITORY SENSE assist canal singing culture

3 - Layer Solution System

GUSTATORY SENSE assist traditional cooking

19

RIVERSIDE STADIUM Site: Xi'an, Shannxi, China Group Work Winter 2020, Chang'an University Group Member: Shiyu Tian, Xianyan Wu, Wenxi Zhang Tutor: Wei Liu, Dong Li Role: Concept design, Structure design (Karamba), 3D modeling (Rhino, Grasshopper), Rendering (Lumion, Photoshop), Model making (Laser cutting, 3D printing)

Project simulated twisted ribbon to blend in with the natural landscape of the ecological park. Two different venues within the ring can host large sporting events and cater to the activities of local residents. The main body of the “ribbon” structure provides an open and continuous semi-outdoor space for daily activities such as the market and morning exercise. Grasshoper was used as the primary tool to assist in functional and structural design.

PASSENGER STATION Site: Tianjin Individual Work Spring 2020, Chang'an University Tools: Rhino 3D, Grasshopper, Lumion, Vray, Photoshop

A modern building served as the attraction for a small town in Tianjin. Extracted the curve from the meandering river aside. By transforming the curve from horizontal and vertical, the station got shape. The parametric shape and controllable windows made this building not only visually striking but also exceptionally comfortable.

Design Process

Window Shading System

Dry Bulb Temperature (C) - Hourly Tianjin_Tianjin_CHN 1 JAN 1:00 - 31 Dec 24:00

20

ANIMATION “VERNACULAR CONTRACT“

ANCIENT CITY “LOUNGE” CITY PUBLIC SPACE DESIGN

Site: Bugoma Forest, Uganda Group Work 2023, The Bartlett School of Architecture, UCL Role: Unreal scene design, Character animation, Animation rendering (Unreal 5), Premiere pro post-production

Site: South Gate, Xi’an, Shannxi Individual Work Summer 2021, Chang’an University Tools: Rhino 3D, Vray, Photoshop

A narritive film for project “Vernacular Contract“, showcased the generation logic behind the project.

CAMPUS LANDSCAPE DESIGN Site: Chang’an University, Xi’an, Shannxi Individual Work Summer 2021, Chang’an University Tools: Rhino 3D, Grasshopper, Lumion, Photoshop To improved the efficiency and vitality of the campus public space, The project reorganized the landscape space in the core area of the campus and optimized the original path.

The project managed the relationship between the modern city and the ancient city heritage. While creating new elements, it carefully protected and resonated with the ancient city wall to preserve the historic character.

RESIDENTIAL RETROFIT Site: Suzhou, Jiangsu Individual Work Summer 2022, Chang’an University Tools: Rhino 3D, V-Ray, Photoshop The project transformed a dilapidated residential building in Suzhou to provide residents with a more comfortable living space and better integration into the street.

会 签 COUNTERSIGN 设计总监

给排水

Project Director

Plumbing

技术总监

暖通 HVAC

Technical Director

会 签

PRACTICAL PROJECT

COUNTERSIGN 设计总监

给排水

Project Director

Plumbing

技术总监

HVAC

建筑

电气

Archi.

Elec.

结构

Xingkai Villa A

Site: Baodi District, Tianjin Group Work Autumn 2021, Tianjin Architecture Design Institute Tutor: Zhanchao Yang Role: 2D Drawing (Auto CAD), Material research

Economics

注册师用章 Registered Architect/Engineer

注册师

一级

经济

Struct.

Economics

Registered Architect/Engineer

经济

Struct.

电气 Elec.

注册师用章

暖通

Technical Director

建筑 Archi.

结构

二级

技术专用章 Technical Management

Xi’an Stele Forest Surveying and Mapping Site: Beilin District, Xi’an, Shannxi Individual Work Smmer 2020, Chang’an University Tutor: SIliang Chen Tools: Total Statio, Auto CAD

注册师

一级

二级

技术专用章 Technical Management

出图专用章 Issue

出图专用章 Issue

A mix - used villa designed for a small sports equipment company. 天津市建筑设计研究院有限公司 TIANJIN ARCHITECTURE DESIGN INSTITUTE CO.,LTD

工程设计证书甲级 A112002106 First-class Design Certificate No.A112002106

审核 Approve

专业负责人 Division Chief

天津市建筑设计研究院有限公司

校正 Check

TIANJIN ARCHITECTURE DESIGN INSTITUTE CO.,LTD

设计

工程设计证书甲级 A112002106

Design

制图

First-class Design Certificate No.A112002106

Drawn

工程项目 Project

天津市兴凯体育器械 有限公司

审核 Approve

专业负责人

分项工程 Sub Project

别墅A栋

Division Chief

校正 图名 Title

Check 一层平面图

工号

分号

Project No.

Sub-No.

图号 Drawing No.

建施-1

设计 Design

21

制图 Drawn

版本/日期 VER.NO./Date

工程项目 Project

天津市兴凯体育器械 有限公司