ポートフォリオ portfolio

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Thinking & Doing Architecture Portfolio 2010 - 2020 / ZHOU GUANLONG


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Table of CONTENT

space in different scales, programs


ACADEMIC PROJECTS 01 Gardens' trio of Roosenberg

02 Boundary?

Hybridize European Garden with oriental setting

The boundray of space is just living in your imagnation.

Master Graduation Project, Jan. 2017 - Jan. 2018 Location: Waasmunster, Belgium Tutor: Mechthild Stuhlmacher, Philippe Vierin, Tom Thys

Bachelor Academic Design Studio, May 2013 Location: Beijing, China Tutor: Du Shubo

03 Dynamic Intimacy

04 A city as a forest

Hybridize the Intimate craft with public

Hybridize computer algorithm with urban design

Master Academic Design Studio, September 2015 Location: Rotterdam, the Netherlands Tutor: An Fonteyne, Philippe Vierin, Ana Rocha

Academic Parametric Studio, March 2014 Location: Liaocheng, China Tutor: Shubo Du

05 Cultural Capsules

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Hybridize culture with a architectural tool

Hybridize street with future vehicles

Evolo Competition, January 2014 Location: Cairo,Egypt

Master Academic Design Studio, March 2016 Location: Amsterdam, the Netherlands Diretor: Winny Mass (MVRDV)

Four minutes street

PRACTICAL WORK 07

KN HOUSE

A new enclave next to the old house which designed by the same company. Privite House Project in APLDW, August 2019 - May 2020 Location: Utsunomiya, Japan Team: Guanlong Zhou, Yusuke Kono

08 TANSPARENCY Hybridize urban environment with music Concert Hall Project in CHIASMUS, March 2015 Location: Beijing, China Diretor: James Wei Ke

09 Dinosaur world

10 Molecular

Hybridize culture with a architectural tool

Insert innovative factories into a local context

Interior project in SAKO Architect, March 2015 Location: Chengdu, China Director: Keiichiro SAKO

Chemical Zone Urban Design, Jul - Sep. 2018 Location: Shanghai, China Diretor: Wouter Vos, Hans Peter


GARDENS' TRIO OF ROOSENBERG Extension of Roosenberg abbey in Waasmunster

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Hybridize European Garden with oriental setting Master Graduation project / Study Center Design / Sep. 2017 - Jan. 2018 / Location: Waasmunster, Belgium Tutor: Mechthild Stuhlmacher, Philippe Vierin, Mauro Parravicini, Tom Thys / Solo Work Rethinking Roosenberg is the topic for the studio of the Architecture Interior Graduation Studio and we are supposed to extend the Roosenberg abbey to a academic facility. Rossenberg abbey is designed by Dutch monk architect, Van de Laan. From my point of view, this abbey is a nice project to react the relationship between human and architecture. But the nature is less considered. Garden is an important setting in monastic type. In this site, there are three existing gardens. The enclosed garden in the abbey, the extroverted grass filed and the wild forest. Buildings in these different natural environments coherent to the development of human attitude toward nature. These three gardense are connected by a continuous cloister which inspired by Chinese Suchou garden. I proposed it as a study and retreat center which hold by psychology faculty in KU Leuven. Roosenberg is a silent and remote place for effective intense study and deep relaxing with avoiding burn-out. These programs will fit to the characteristic of each garden.

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SITE

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ROOSENBERG, AN EVOLVING TYPE OF MONASTERY

own as mous Eastated in the ) south of a River at vel, inside y is named - 946 AD),

m² and rd (3,200 situated.

Collective spaces Elusive areas Public areas

Spatial organization: - Collective spaces - Public areas (limited to the visitors) - Elusive areas (for residents)

Mian functions: 1 2 3 4 5 6

Main Church Hrelja’s Tower Samokov Gate Kitchen and Stores Dupnitsa Gate Museum of icons

Two main entrance fron eastern and western sides. The Cloister connecting each side of courtyard, and on each point of the cloister, the visitors would face toward to the church and bell tower.

Typological Elements: Diamod-shaped layouts; symmetry; the middle line is perpendicular with the axis of the church. Cloisters on both side of courtyard.

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1 Garden is an important element in monastery type. The garden and cloister help monastery to grow from the existing part. Dom Van der laan also designed few gardens around Roosenberg abbey. 2 Layering and circulation of Roosenberg abbey. 3 Hortus conclusus (Enclosed garden) shows the idea of Christian Paradise. 4 The idea of paradise is changing. The changing idea of paradise from a closed garden to an open field. English historian Horace Walpole (1780) said, he leapt the fence and saw that all nature was a garden. 5 St Francis Borgia Helping a Dying Impenitent (by Francisco Goya). Religions provide many resources to psychology. Christian directly influenced the therapy in the ancient time. And for a long time, monastery also provide mental therapy.

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2014


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THREE GARDENS

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CLOISTER GRASSLAND GARDEN From here, I can see the top part of those nice trees.

Roosenberg abbey could be oberved from different angles and cropped in different windows.

I like playing the piano with this beautiful landscape.

I walk long with the cloister. In the conner, I see the big opening with nice nature.

CLOISTER FOREST GARDEN

The outdoor cloister makes me feel nature directly.

In the end of the whole journey, I feel so peaceful and relaxed.

In the wooden structure cloister, I feel the building is faded into nature.

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SECTION OF GRASSLAND BUILDING

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LEARN FROM ROOSENBERG

This abbey is divided by three layers, cloister, in-between space and rooms.

The dark space is in the thrid layer as an important node.

Brick work / Concrete / Wood material + painted hide texture

Brick work / Concrete / Wood material - painted expose texture

Wood material painted expose structure

Concrete and brick structure with treated material

Concrete structure + brick / wood without treated material

pure wood structure

The cloister is a key element in Roosenberg abbey.

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The cloister start from the first courtyard.

Dom van der Laan tried to hide the texture of materials. The celling is painted wood and the birck wall is painted by Dutch plaster.


STRUCTURE & MATERIAL OF GRASSLAND BUILDING

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BOUNDARY? -COMMUNICATE with SPACE in a student union design-

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The boundray of space is just living in your imagnation. Academic Design Studio / Activity Center Design / May 2013 / Location: Beijing, China Tutor: Professor Du Shubo / Solo Work SPACE is the first phase of communication. In micro scale, communication need SPACE as a support. In macro scale, the space is the container of all thing in the world. Without space, things cannot connect with each other. This activity center aims to explore the definition of space. Traditionally, space means enclosing, but can space exist beyond a boundary? Back to constructions and users, we may live in a subjective world. It is also subjective and extend our view of spacial boundary. I want to talk about the uncertainty and explore the boundary of space via architectural language. What's more, it contribute the communication in this site.

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保利剧院 BAOLI Theater 1700m

工人体育场 Worker Stadium 1000m

工人体育馆 Worker Gym 1000m

SITE

三里屯SOHO Sanlitun SOHO 430m

三里屯太古里 Sanlitun Village 700m


SITE

Step 1 site

Step 2 react with surrounding

Step 3 logical divided

Step 4 plan

Step 5 box and volume

Step 6 construction

The relationship of surrounding buildings and environment in this site is scattered and lack of communication. For the site, it is crucial to enhance this relationship.

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CONTEXT

Back to site, the construction become the knot and connecter of site and surrounding environment. All ACCESS will cross, and various behaviors are connected, additionally, the sight also has some optimization. The communication space is extend to surrounding. And in the choice of material, the usage of Aluminum plate and glass can touch with surrounding buildings at utmost, and then, the material and boundary will be blurred.

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The entrance of the ambiguous corridor

Dance hall and internet bar

The ambiguous space near the water

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3F

Office

2F

Roof

2F

Rest Room

2F

Dance Hall

2F

Office

1F

Cafe+Exhibition

1F

Super Market

1F

Internet Bar

1F

Office

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2F

Waiting Room

3F

Roof Club

3F

Activity Room

1F

Theater Entrance

2F

Theater

2F

Activity Room

1F

Rehearsal

1F

Activity Room

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1

2

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3

4

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DYNAMIC INTIMACY -Printlad in Rotterdam with routing-

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Hybridize the Intimate craft with public Master Academic Design Studio / Print workshop Design / Sep. 2015 / Location: Rotterdam, the Netherlands Tutor: An Fonteyne, Philippe Vierin, Ana Rocha / Solo Work In this design, we focused on the public interior: the totality of spaces where the public life of the city takes place. These are the places where people meet, exchange options, enjoy social and cultural life and manifest themselves as citizens, in short the realm where society is formed and where people make a contribution to their environment, mentally and physically. We are looking for the potential of those spaces that reveal themselves only on second glance, where velocity changes and intimacy of spaces increases. This project is the interior of an existing building block on the edge of the centre of Rotterdam. It consists of a specific spatial repertoire but in its overarching form it is part of a certain genre of spaces, the back yard. It unites the back sites of the buildings on its border and is yet a space in itself. I want to create a dynamic intimate space and link different people's behaviour.

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STEP DIAGRAM

Direction

Dynamic intimate space

Routing

Add program

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STRUCTURE

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FACADE DETAIL

1:80 facade section

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INTIMATE PUBLIC SPACE

A courtyard as a node

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A CITY AS A FOREST - Urban design which is applied with L-system algorithm -

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Hybridize computer algorithm with urban design Academic Urban Design Studio / Parametric urban design studio / September 2014 / Location: Liaocheng, China Tutor: Shubo Du , Team work In recent decades, many collapses of metropolitans force us to rethink about the urban strategy from modernism. Actually, the spontaneity of small town gave us many intrusions of urban design. We tried to think about the form founding which is driven by algorithm instead of top down design. In this studio, we simulated the growth of one nature object and test the application of this parametric logic in urban design. In my case, I chosen fractal leaves as my research object. Liaocheng, as a small city in China, the development shows the spontaneity of urban growing without a top down planning. We tried to understand the development and re-interpret this via L-system algorithm.

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L - SYSTEM

Inspiron

In mathematics, a fractal is an abstract object used to describe and simulate naturally occurring objects. The feature of "self-similarity", for instance, is easily understood by analogy to zooming in with a lens or other device that zooms in on digital images to uncover finer, previously invisible, new structure. The growth of leaves follows fractal. 参数生成控制实验

参数生成控制实验 TREE GENERATION EXPERIMENTS N means the generation of iteration. And A means the degree of growing angles. By changing

TREE GENERATION the F rules,EXPERIMENTS n or A, the form could be changed dramatically. And fractal form can grow continuously. Roads and architectures are generated step by step with this method

参数生成控制实验

The experiment of growing trees TREE GENERATION EXPERIMENTS

n=1 n=1 n=1

n=1

n=2 n=2

n=3 n=3

n=4 n=4

n=5

n=4

n=3

n=2

n=2

n=5 n=5

n=3

n=4

n=5

A=15 A=15 A=15

n=30 A=30 n=30

n=45 A=45 n=45

n=60 A=60 n=60

n=90 A=90 n=90

A=15

n=30

n=45

n=60

n=90

n=3 n=3 n=3 n=3 F=FF F=FF SL=0.3 n=3 n=3 F=FF F=FFF F=FF F=FFF SL=0.3 The rules of generating SL=0.3 n=3 n=3 F=FF F=FFF SL=0.3

First generarion

n=4 F=FF

n=4 n=4 F=FF F=FF n=4 F=FF

Second generarion

n=5 F=FFF DL=0.8

n=5 n=5 F=FFF F=FFF DL=0.8 DL=0.8 n=5 F=FFF DL=0.8

Third generarion

The generation of first and second grade road

n=4 n=4 A=40 n=4 A=40 A=40

n=4 A=40

Forth generarion

The generation of third grade road and functional area

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SITE RESEARCH AND GENERATION

Urban analysis in macro scale

Lack of enjoyable landscape in the site

Important river cross the site

Generic and homogeneous program

Simulation of water system with L-system

Generation of road

Generation of road

Residential Main road Minor road Main water branch Minor water branch

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Commercial Landscape


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CULTURAL CAPSULES - Skyscrape design for preserving the cultural diversity -

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Preserve different culture with a hybrid architectural tool EVOLO 2014 Skyscraper Competition / Skyscraper Design / November~December 2013/ Location: Cairo,Egypt Collaborator: Wang Yawei, Jing Chunwei

The important phase of communication is time. Refers to time, it is easy to think about culture, and the past now and future of culture is a very good point for time. This design is paid more attention to the TIME of communication. Comparing with the past decades years, the humans have done efforts to protect the diversity of culture, beyond all doubt , the colorful culture has been more and more important, people came out from a lost state and pick up those forgotten life again. This may appears the other problem of the attitude to life, the Rock music, Buzz Lightyear, Routemaster, these are accompany with you, however, these normal thing may be disappeared someday, our life will leave more regret. Please reflect on the attitude to the endanger culture, the reasons of the disappearance may be the ignored attitude so that people forget efforts to preserve memory. The culture capsule is a great storehouse that everybody could join and put their culture into here, no matter whether the public or the minority. When we want to recall the past life in the future, these capsules could show our memory, for example early culture and the daily life. Please join into the culture capsule to retain our beautiful minutes.

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TECHNOLOGY

Energy Receiver Elevator Holographic projection screen Elevator Hoop Enterance Hall Platform Framework Platforms Capsules

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Nile

TRENDENCE IN TIME

Nile

Nile

CAIRO

CAIRO

CAIRO

Pyramid Pyramid

Pyramid

2000 cultures 2000 kinds of cultures

Cell: Capsules

Structure

3000 cultures 3000 kinds of cultures

Growth

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Add floor

Eastern and Western social development scores 1000 WEST

900 800 Social development

700 600

EAST

500 400 300 200

1000 BCE

500 BCE 1 BCE/CE 500 CE 1000 CE 1500 CE 2000 CE

2000 BCE

3000 BCE

4000 BCE

5000 BCE

6000 BCE

7000 BCE

8000 BCE

9000 BCE

10000 BCE

11000 BCE

12000 BCE

13000 BCE

100 14000 BCE

Civilization of humankind is developing. We will never lose the memory of PERVIOUS. We could find the cultural acceleration appeared in the whole progress of the human civilization. It takes 3000 years from agricultural society to the industrial society, however, it just takes 100 years from the steam age to the electrical era, moreover, we have been in information era by decades of efforts. Following the development of era, the culture will become more colorful. The increasing trend of colorful culture is obviously, at the same time, the form of Culture Capsules react to this trend. Civilization of humankind is developing. We will never lose the memory of PERVIOUS. We could find the cultural acceleration appeared in the whole progress of the human civilization. It takes 3000 years from agricultural society to the industrial society, however, it just takes 100 years from the steam age to the electrical era, moreover, we have been in information era by decades of efforts. Following the development of era, the culture will become more colorful. The increasing trend of colorful culture is obviously, at the same time, the form of Culture Capsules react to this trend.

6000 cultures 6000 kinds of cultures

Add floor

Unstabilizing Development


FOUR MINUTES STREET - A Street which all the movement is powerbocking Hybridize street with future vehicles

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Master Academic Design Studio / The why factory research and design / March 2016 / Location: Rotterdam, the Netherlands Tutor: Winny Mass / Group research and individual design Today, our cities are often congested and we spend too much time with traveling. We seem to have developed different desires and expectations of mobility, but our cities are mainly built upon a motorized and rigid transportation systems. These systems turned old and became insufficient and unsustainable. They are incapable of providing us a fast, efficient, sustainable, comfortable and healthy transit within the city. The Four Minutes Street studio imagines a city that is built upon high-speed and direct access and supply. It wants to develop a city that is entirely devoted to fast transit of people and goods. We choose one street in Rotterdam as a prototype and apply different innovate vehicles to it. In addition to the architectural and infrastructural components this studio aims to understand and identify the environmental, social and spatial qualities and benefits of various different transportation modes. In my individual part, I choose powerbocking as my vehicle. Behavior, speed, mobility and path is the key elements to study. The new street is optimized to adapt to the new innovative method of transportation.

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SITE RESEARCH

cars bikes pedestrians

Void Ground

Residential

Not residential

Green

Infrastructure

What is the demography and program in the street? We define the bonding box of this street and analyze the movement. Program, mobility and demography are three important elements. We abstract all the program as visual data. There are 234 units in this street and each shares 504 m3 on average. By combining the program with demography, the average area per person is estimated. Totally, there are 3074 people in this street every day. 538 people living, 36 people working and 2500 pass through the street. Zoom into 538 residents, there are 168 single people, 51 couples (102 people) and 67 families (couple with two children, 268 people). 32 units contain single people and 159 units contain students/adults/ elderly (two or three people). And 43 units are prepared for family. How is the mobility in the street? There are three main vehicles in this street. Bike and cars with pedestrians. The movements can be divided to crossing, arriving(to a destination in the bounding box), leaving(from the bounding box to a destination out of it) and staying. In the peak hour (8:30 - 9:30 am), there are 307 cars, 517 bikes and 317 pedestrians. Considering the constant flux of vehicles and the length of street (382m), the gap of pedestrians is 15.7 m, bike is 28.9m and car is 97.6 m . In conclusion, the amount of vehicle in the steer (in one moment) is 24 (pedestrians), 13(bike) and 4(car).

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POWERBOCKING

Deceleration

Run forward

Acceleration

Jump up

Run or Jump into soft

Run forward

Jump down

Run down

Decelerate Friction 0.9 / to Maxium Speed Decelerate

Accelerate Friction 0.9 / to Maxium Speed Accelerate

1 Jump up / Time: 2.9 s Distance: 14 m 2 Run forward / Time: 5.9 s Distance: 28 m 3 Run or Jump into soft material / Time: 1 s

Run down / Time: 3.5 s Distance: 17 m Jump down / Time: 4.9 s Distance: 5+38 m Run forward / Time: 5.9 s Distance: 28 m

The deceleration distance / time 28m / a = 1.34m/s2 / t = 5.9s 14m / a = 3m/s2 / t = 2.9s 3.5m / a = 9.7m/s2 / t = 1s

The deceleration distance / time 28m / t = 5.9s 17m / t = 3.5s 43m / t = 4.9s

Introduction of powerbocking The maximum bounding box is 1*0.8*2.4 meters. Horizontal maximum space 35 km/h. This determines the maximum turning radius which is 20 meters. Different jumping angles lead to jumping or running. The maximum jumping height is 1 meter with step 3.5 meters. And the maximum running height is 1.5 meters with step 3 meters. There are many methods to decelerate and acceleration. Not like cars, powerbocking depends on human power or the geographic movement. Based on the study of speed, the path of movement could be simulated. Material affects the deceleration a lot. The best material of deceleration is grass field. (deceleration time is 3.5 s from the maximum speed without more human power contribution). But the best way to decelerate is running or jumping into soft material. The movement will stop immediately. For acceleration, The best way of acceleration is running down via staircases.

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STEP DIAGRAM

1 How material affect deceleration deceleration : no more human power contribution. The best deceleration material is grass field.

2 What’s the best way to decelerate? The best way 3 What’s the best way to accelerate? The best way of deceleration is running or jumping into soft of acceleration is running down. material (sand).

What is the density of peak hour transit at max speed? Capacity is sufficient for the transit during peak hour.

4 What is the density of the total peak hour move- 5 Can we turn at max speed within the bounding box? Flat turn on maximum speed can make the ments? Capacity of the transit road is sufficient infrastructure fit in the bounding box. also for total amount of traffic which means the infrastructure can be used both for transit and residents.

6 Where is the turning back road?

7 Is the main rood suit for the existing capacity? 8 Passing by: Entery point - Reverse - Exit point The traffic can be intensified by multipling by coef- Total Travel Time: 49 s ficient 2.68 up to 3058 vehicles per hour.

9 How can people go home with the best decelera- 10 One enterance for one unit is not enough. One tion safely? The safe distance is 6.3 meters for best enterance for two unit is enough for 238 units. method of deceleration.

11 How can people leave home with the best acceleration? The safe distance is 8 meters for best meth-od of acceleration.

12 One exit path for one unit is not enough. One 13 Residence: Entery point - Home - Exit point exit path for two units is not enough. So 25% of the Total Travel Time: 41 s total is ‘one path for three units’.

14 Final result

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FINAL DESIGN

Passing by small turn: 1 s

Passing by sharply brake: 2.9 s

Resident decelerate to home: 1 s

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Resident accelerate to street: 3.5 s


KN HOUSE Same client's house in 20 years later A new enclave next to the old house which designed by the same company. Work in APL Design Workshop / Private House Design, August 2019 - May 2020 / Location: Utsunomiya, Japan Team: Guanlong Zhou, Yusuke Kono Kono house is designed for a couple in their retire life. The whole concept is one inner core surrounded by a big free space. It is located at a private traditional Japanese garden which belong to client’s parents. APL Design Workshop designed a 2 floor house for them 20 years ago. And now, the new house will be built next to the old one, facing to the garden. The material of facade reflects to the local material, skin of Sugi tree, which is also used in embassy house in Nikko. The rough material makes the house more invisible and humble in a garden. Considering life style of elder people, we make the house one floor without height difference. And all the dimension is adjusted for the armchair.

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TANSPARENCY -Competition for China Philharmonic Orchestra Concert HallHybridize complicated urban environment with music. Internship Work in CHIASMUS PARTNERS / Concert Hall Design / Competition for China Philharmonic Orchestra, March 2015 / Location: Beijing, China Diretor: James Wei Ke / Team Work The recent global rise of The China Philharmonic is a typical example of China’s re-found cultural relevance on a world stage. For their new home, the future neighborhood is synonymous for mass pop cultures. We believe that the new building on this location can dramatically increase the symphony's opportunities for public outreach. To achieve this we developed a calm architectural personality that in many ways embodies the musical logic of tempo and atmosphere to create a memorable in and outdoor spaces. This set of optimized spaces for practice and performance creates a programmatically and structurally very rational building. With Functions organized in an interconnected manner, proportioned for daylight with tailored views, It is the purest expression on how our human body relates to the experience of enjoying live classic music. A building therefore with a clear recognizable rhythm, that is attractive to all our senses.

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DINOSAUR WORLD - Interior design of Children space in YINTIME Chengdu Internship Work in SAKO Architect / Children interior space design / March 2016 / Location: Chengdu, China / Director: Keiichiro SAKO During this 3 month intership, I was one of three main designers of interior design in INTIME (Chengdu, China) and thought out the major conception of this project. After the generation of conception, I focused on the studying of foot-colunm form.

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MOLECULAR -Competition for the R&D & Science Innovation Centre ShanghaiInsert innovative factories into a local context Work in KUIPER COMPAGNONS / Chemical Zone Urban Design / Competition, July - October 2018 / Location: Shanghai, China Diretor: Hans Peter van Schooneveld, Wouter Vos By making use of existing landscape elements and embedding of various building typologies an attractive working space is created. The concept is based on the characteristics of local tradition of claiming land from the sea and utilizes cultural landscape elements such as dykes and sea walls. The dyke is connecting the land and forest at the North with the wetland at the South. On this dyke the round buildings are designed through new architectural typologies inspired by molecular representations. Through this the design marries two identities - its genius loci and its scientific innovation activities - creating a new distinctive place. We expand the water purification labyrinth which is currently under construction. In the forest in the North new recreational functions will be offering an sustainable attractive living environment to the core. By winning the competition KuiperCompagnons is invited to further detail the design towards construction feasibility.

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Zhou Guanlong

Junior Designer / Architect / Urbanist Tel: 08092704385 E-mail: mercury_chou@outlook.com Wakamatsucho 22-19 401 162-0056 Shinjuku, Tokyo


FIN.

space in different scales, programs

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