EXPLORING
seeing is not always believing
PORTFOLIO
SHUYI ZHU
Student number:
Selected
from
E-mail:zhushuyi2001@163.com
Applying
works
2019 to 2022
s2494291
to Landscape Architecture MLA University of Edinburgh
EDUCATION BACKGROUND
Beijing Institute of Fashion Technology
SHUYI ZHU
E-email: zhushuyi2001@163.com Tel: +86 13963519106
09/2019-07/2023
Degree: Bachelor of Art, Environmental Design (Landscape Architecture)
Average Score: 87.57/100 (Top 3 in Class Ranking)
PROFESSIONAL COMPETITIONS
10th National College Digital Art & Design Awards 08/2022
Third Prize in Architectural Design Individual Category - Miniature Cities
Third Prize in Habitat Planning Group Team Category - Above the Cliffs
Exhibition of Architectural Design in Developing Countries 2021 03/2022 Award of Excellence - Miniature Cities
TEAMZERO Award International Architecture Design Competition for College Students 09/2021
Participation Award - Zhongshan Bazaar
9th National College Digital Art & Design Awards 08/2021
Third Prize in Architectural Design Individual Category - Give Encounters A Chance
Third Prize in Habitat Planning Group Team Category – Xi Jie
INTERNSHIP EXPERIENCES
Beijing Yidu Architectural Design Co., Ltd
Position: Intern in Architecture Design and Landscape Design
Learned the complete flow from architectural design to construction Communicated with the construction party architectural solutions and design ideas
TIANJIN OKING ART SCHOOL
Position: Art Design Assistant
Taught design theory fundamentals and expression techniques
HONOURS
07/2021-08/2021
01/2020-02/2020
Endeavour Innovation Scholarship 05/2022
Third Prize, the People's Scholarship in China 11/2021
Third Prize, the People's Scholarship in China 04/2020
Class of 2019 Freshman Scholarship 09/2019
Third Prize in 2020 National English Competition for College Students 05/2020
Second Prize in the 14th National Diligent Cup English Contest 10/2019
SKILLS
Language: Mandarin-Native | English: Proficient (IELTS to be taken) Japanese: Fluent Computer: C++, Arduino and Grasshopper
Profession: Graphic Design, Original Design and Sketching
Other: Singing, Playing the Guitar and Composing Music Dance (Urban and Hip-hop)
PERSONAL STATEMENT
Along with the growth my age, I began to focus on the integration of buildings with the surrounding environment. loved the feeling when I got enlightened after making a harmonious layout of the architecture and its surroundings. Since then, have dreamed of being a top landscape designer or architect to make our world a better place to live.
With the advancement of technology and the improvement of tools, human areas began to detach from nature and gradually become independent, either by using technology to reduce the negative impact of technology on the environment or by changing their lifestyles to the original state of dependence on nature. With this in mind, studied the natural geological processes to develop architectural interventions influenced by the natural evolution of the landscape accordingly. The topographic features of each site were analysed to obtain a set of biological attributes that contribute to meaningful architectural interventions. The ultimate goal of my research is to adapt it to the natural form of the six terrains by improving the architectural structure rather than changing or eliminating the natural environment.
The programme Landscape Architecture MLA provided by the University of Edinburgh will develop my ability in understanding a range of environments and landscapes at different scales and cultivate a critical understanding of landscape architectural practice. Additionally, I long to join the University of Edinburgh and explore the possibilities of architecture with knowledgeable professors and passionate classmates. Upon finishing postgraduate study at your university, expect to enter Meta or Zaha, working as an architectural designer and bringing convenience to humans by deeply integrating virtual platforms with actual building spaces.
The first part of the architectural portfolio features my academic explorations in architecture and urban design as a student of landscape architecture at the Beijing Institute of Fashion
Type of project, design source and idea for each design work:
Adaptive settlement evolved from the natural landscape
Urban space simulation experiment with library as type
New ways of breaking down the spatial and temporal barriers between people in the COVID-19 era
Spatial renewal design solves brand and land use problems in poor villages
The second part of the architectural portfolio is a collection of other works from my professional related and other areas of interest and experimental exploration
01 Adapt, not detach
Adaptive settlement evolved from the natural landscape
Individual Work (Academic)
Location: Xishuangbanna, Yunnan Province, China
Project Type: Geological Architecture Evolution Simulation
Architecture Design: Personal Experimental Research (2022 Winter)
Project Duration: 8 Weeks
During the metabolism of the earth, various organisms have been subjected to individual environments, while man has erected man-made buildings independent of nature in response to different natural environments, and from the Stone Age until modern times the link between architecture and nature has gradually disintegrated.
While orthogonal buildings show a response to their environment in urban settings, they often struggle to respond fully to the more fluid environment of rural settings. Traditional 'right-angle' landscape interventions tend to ignore the natural forms of the flowing landscape and return to the orthogonal grid. But parametric design may not be the best answer to this problem, as traditional approaches to parametric architecture often fail to engage meaningfully with fluid landscapes, appearing more decorative than responsive. This study argues that by responding fundamentally to fluid environmental conditions, fluid building design will be able to integrate more meaningfully into the natural environment.
The objective of this project is to study the topographical processes of natural sites with the aim of developing architectural interventions that are influenced by and respond to natural evolution. This is achieved by analysing the natural features of the karst landscape (cave spaces) in order to obtain a range of natural attributes that may contribute to meaningful architectural interventions. The ultimate goal is to achieve a built form that responds to the natural environment, where the built form should enhance rather than eliminate the environment.
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The third type of landscape is space that is free from human involvement and dominated by natural evolution
By extracting the morphological prototypes of the geographical elements of the natural environment, an organic earth architecture space is constructed, translating the morphological features into parameters, combining them with human perceptions and habits, and presenting them digitally, moving closer to humans from nature, rather than closer to nature from humans perhaps the true ecological space.
In "Utopia", it is said that there is an underground cave in which a group of people are imprisoned. The only way for them to communicate with the outside world is the projection of the outside world on the cave wall, that is, the "hole" is the source of people's cognition.
of nature is
decay caused by the
But art can be a way of reusing these unused areas. In this work, he explores the understanding of decay and renewal, chaos and order, using the forms of 'no site' and earth art to give new life to land and water in the form of art.
Gilles Clément uses the term 'third landscapes' to denote spaces that have been dominated by natural evolution without human involvement. This category includes nature reserves, mountains and other spaces that remain untouched in their natural state.
The man-made building materials used to create the structures are in fact completely independent of the natural environment, and although the form is similar to the natural landscape, this process of 'ecological design' is objectively irreversible so I want to explore ecological space from the initial natural development of the constituent spaces, and to explore the conditions for the coexistence of all living things.
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Ⅰ Ⅱ Ⅲ Ⅳ Ⅴ Humankind Terrestrial animals Flying animals Aquatic animals Greenery Proactive build Proactive search Migratory residence Proactive search Stationarity Complex social organization Simple social organisation Streamlined body Gill breathing Photosynthesis Technology Development Moisturizing Structure Oviparous Aquatic Roots as nutrient organ Language Variety of sports Seasonal migration Oviparous Biological vectors Using tools Direct mutual predation Directional discrimination Swim with fins Seed as embryo The
laws
irreversible.
The
people of
clinging to the outside of the
Karst landforms are mainly internal channels formed by external erosion of soluble rocks, and external rugged surface topographic forms.
The specific environmental and external forces that act on the interior and exterior of the landscape have created various types of spatial formations, and the investigation and analysis of their specific geomorphology can explore their potential for biological habitation and environmental variability.
Major roles
KARST CAVE DEVELOPMENT AND THE TIMING OF EROSION
of pipe that must be of sufficient diameter to produce turbulent groundwater
in which case Darcy's Law does not apply. Howard suggests that the minimum pipe cross-section diameter to produce turbulent flow is 5 to 16mm at various hydraulic gradients, while Waltham suggests a general channel diameter of 2 to 20cm. Ford states that fissures or pores in limestone less than 10µm in diameter cannot develop into caves; fissures between 10µm and 5-15µm in diameter can only develop primary caves; and only fissures greater than 5-15mm in width can gradually develop into karst caves.
Xishuangbanna is the best preserved tropical ecosystem in China and, due to the specificity of its geological environment and monsoon climate, karst landscapes are more widely distributed.
5 PRELIMINARY RESEARCH ON KARST LANDFORMS GEOLOGICAL TYPE+DISTRIBUTION
TYPICAL KARST TOPOGRAPHY AND EVOLUTIONARY MECHANISMS
SURFACE AND SUBSURFACE KARST DEVELOPMENT
THE EVOLUTION OF KARST LANDFORMS PHASE+CHEMICAL REACTION
THE LIVING ENVIRONMENT AND MUTUAL RELATIONSHIP OF VARIOUS ORGANISMS IN THE KARST
Aboriginal
the Karst region live mainly in semi-pile supported and timber-framed houses, with most of the buildings
cliff face. Most terrestrial creatures in the Karst region seek out nearby caves and trees to roost in. Aquatic organisms are mostly found in shallow waters above ground and in underground rivers in caves. The area's trees are highly photosynthetic and the air has a high oxygen content, making it suitable for greenery. The karst ecosystem consists mainly of various types of organisms and the solifluction environment (the macroelement relationships can be applied to the construction of the internal ecosphere of the building later)
River
Vertical Infiltration Zone
Crested Depression (Gorge)
Crested Solifluction Plain (Basins)
Seasonal Change Zone Horizontal Flow Zone Deep Stagnation Zone The diameter of channels formed in karst caves by erosion and deposition of flowing water increases in a discrete manner with time. A karst cave is a dissolution type
flow,
Subsoil flow Infiltration flow Slope flow Shaft flow Intra-soil flow Subsurface flow Dark river flow Endogenous flow Exogenous flow
Constituent elements Architecture Style (Human) Terrestrial Creatures Aquatic Organisms Plants and Fungi Caves And Branches Lakes And Rivers Primeval Jungle Human Habitat Alpine plateau type Arid low mountain hill type Subhumid low-moderate mountain dry vallry type Conceptual Map Of Karst Landform Interaction Relationship (Chemical Reaction) Humid-hot peak forest-valley and basin type Warm-humid peak cluster mountain type Subhumid moderate mountain valley type Karst landform soluble rock Non-soluble rock igneous rocks in the rignt
Based on a study of the variability of building materials, limestone, the main material of karst mountains, was chosen as the main material for the geological building. By investigating the morphology of karst landscapes that can constitute hollow accessible spaces, 12 main spatial prototypes were selected (see previous page) and the morphological characteristic values of the 3D parameters were scaled up to simulate the initial depositional forms.
The main material in the
phase of the karst landscape is limestone, a rock formed when calcium carbonate, deposited in the lake and sea, is compacted and cemented together after losing water.
The petrographic planar evolution of carbonate rocks follows the basic rule of discrete elements: the petrographic phase at the current time step of a grid is determined by the petrographic state of that grid and the grids within its neighbourhood at the previous time step.
Selection was made based on a comparison of the growth status of four green plants on carbonate rock.
We obtained three optimal sedimentation models and optimal greenery selection from the sedimentation simulation experiments in the first step of the experiment. In the second step replaced the erosion variables in the erosion algorithm with the spatial requirements of organisms to evolve a prototype cave space suitable for living organisms in a natural growth state.
The evolution of external erosion of sedimentary rock masses follows the basic theory of dissipative structures: chaotic systems achieve a transformation from disorder to order, forming a non-linear equilibrium structure in time, space or function.
The rock erosion process is also a non-linear process and can be described by the following equation.
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sedimentary
The
main effect of the erosion
phase of
karst
landscapes is
the dissolution of soluble
rocks by water with
dissolving
power,
among other things,
creating
karst
landscapes with gullies and ravines.
Rock Cross-section
Rock Cross-section
The erosion path parameters of the rock mass will be substituted into the raw form simulation. Rock Growth Functional Equation: Rock Erosion Functional Equation Simulation Of Three Types Of Rock Erosion Petrographic Planar Evolution Extended Moore-type Neighbourhoods Discrete Element Algorithm Geomorphic Accumulation Phase Geomorphic Erosion Phase Dissipation Algorithms (Dem) Karst Vertical Accumulation Rate Versus Water Content Curve STACKED STATE EROSION STATE DEPOSITION PROCESS EROSION PROCESS INFRARED MAP OF ROCK SUPERIMPOSED INFRARED MAP OF ROCK EROSION TYPES OF ROCK STACKS TYPES OF ROCK STACKS Degree Of Vertical Rock Superposition Degree Of Vertical Rock Erosion Strong Superposition Strong Erosion Stage Primitive accumulation phase Stage Primitive accumulation phase Prototype Extraction: A1 Prototype Extraction: A2 Prototype Extraction: B3 Prototype Extraction: C3 Erosion Type: Spiral flushing Erosion Type: Dispersed dissolution Erosion Type: Adhesive erosion Erosion Type: Transported erosion Prototype Extraction: C3 Prototype Extraction: C3 Prototype Extraction: C3 Prototype Extraction: B3 Prototype Extraction: B3 Prototype Extraction: B3 Prototype Extraction: A2 Prototype Extraction: A2 Prototype Extraction: A2 Prototype Extraction: B1 Prototype Extraction: C1 Greenery Selection: α1 Greenery Selection: α2 Greenery Selection: α3 Greenery Selection: α4 Prototype Extraction: C2 Prototype Extraction: C3 Prototype Extraction: C4 Prototype Extraction: B2 Prototype Extraction: B3 Prototype Extraction: B4 Prototype Extraction: A2 Prototype Extraction: A3 Prototype Extraction: A4 Stacking Level: 100 (Layer) Erosion Level: 67 (Depth) Erosion Level: 100 (Depth) Erosion Level: 60 (Depth) Main External Forces: Water power Main External Forces: Chemical Main External Forces: Adhesive force Main External Forces: Gravity Erosion Level: 67 (Depth) Erosion Level: 63 (Layer) Erosion Level: 71 (Layer) Erosion Level: 100 (Depth) Erosion Level: 100 (Depth) Erosion Level: 100 (Depth) Erosion Level: 74 (Depth) Erosion Level: 78 (Depth) Stacking Level: 100 (Layer) Stacking Level: 92 (Layer) Stacking Level: 133 (Layer) Acid-base tendency: Strong alkaline Acid-base tendency: Weak acidity Acid-base tendency: Weak alkaline Acid-base tendency: Weak acidity Stacking Level: 156 (Layer) Stacking Level: 110 (Layer) Stacking Level: 127 (Layer) Stacking Level: 87 (Layer) Stacking Level: 96 (Layer) Stacking Level: 200 (Layer) Stacking Level: 57 (Layer) Stacking Level: 94 (Layer) Stacking Level: 100 (Layer) Dimension: 55 (x,y) 68 (z) Dimension: 40 (x,y) 50 (z) Dimension: 57 (x,y) 52 (z) Dimension: 67 (x,y) 144 (z) Period Of Evolution: Late period Period Of Evolution: Pre-period Period Of Evolution: Mid-period Period Of Evolution: Late period Dimension: 71 (x,y) 144 (z) Dimension: 65 (x,y) 144 (z) Dimension: 66 (x,y) 144 (z) Dimension: 54 (x,y) 52 (z) Dimension: 58 (x,y) 52 (z) Dimension: 51 (x,y) 52 (z) Dimension: 46 (x,y) 50 (z) Dimension: 51 (x,y) 50 (z) Dimension: 55 (x,y) 68 (z) Dimension: 90 (x,y) 52 (z) Dimension: 42 (x,y) 158 (z) Time Variables: 35(day) Time Variables: 35 (day) Time Variables: 35 (day Time Variables: 35 (day) Dimension: 103 (x,y) 76 (z) Dimension: 64 (x,y) 144 (z) Dimension: 75 (x,y) 107 (z) Dimension: 90 (x,y) 49 (z) Dimension: 51 (x,y) 52 (z) Dimension: 138 (x,y) 41 (z) Dimension: 40 (x,y) 50 (z) Dimension: 24 (x,y) 95 (z) Dimension: 57 (x,y) 58 (z) Discrete Impact Values: 61 Discrete Impact Values: 55 Discrete Impact Values: 22 Discrete Impact Values: 88 Discrete Impact Values: 109 Discrete Impact Values: 88 Discrete Impact Values: 132 Discrete Impact Values: 147 Discrete Impact Values: 75 Discrete Impact Values: 35 Discrete Impact Values: 28 Discrete Impact Values: 36 Discrete Impact Values: 14 Discrete Impact Values: 61 Discrete Impact Values: 31 Discrete Impact Values: 42 Discrete Impact Values: 61 Discrete Impact Values: 90 Discrete Impact Values: 29 Activity Feedback Values: 69 Activity Feedback Values: 74 Activity Feedback Values: 55 Activity Feedback Values: 82 Discrete Impact Values: 71 Discrete Impact Values: 32 Discrete Impact Values: 61 Discrete Impact Values: 30 Discrete Impact Values: 60 Discrete Impact Values: 86 Discrete Impact Values: 63 Discrete Impact Values: 63 Discrete Impact Values: 48 Stage Vertical stacking phase Stage Vertical stacking phaseStage Inter-rock adhesion phase Stage Inter-rock adhesion phaseStage Greenery and fungus cover Stage Greenery and fungus cover Growth State Horizontal moving Growth State Horizontal movingGrowth State Vertical stacking Growth State Vertical stackingGrowth State Being integrated Growth State Being integratedGrowth State Vertical stacking Growth State Vertical stacking Degree Of Rock Superimposition 15% Degree Of Rock Superimposition 15%Degree Of Rock Superimposition 35% Degree Of Rock Superimposition 35%Degree Of Rock Superimposition 60% Degree Of Rock Superimposition 60%Degree Of Rock Superimposition 85% Degree Of Rock Superimposition 85% Weak Superposition Weak Erosion The superimposed state of the sediment in the vertical direction at different stages is marked in depth according to the infrared vertical projection imaging. The erosion state of the different stages of the erosion channels in the vertical direction is marked in depth based on infrared vertical projection imaging. Rock accumulation is mainly by gravity, water and wind. The erosion of rocks is mainly by dissolving water, wind and organisms. Growing Point Adhesion Point Collapse Point Erosion Point Surface greenery layer Surface greenery layer Limestone Limestone(start of dissolution) Conglomerate Limestone(forming peaks) Malmstone Limestone(mutual adhesions) Dolomite Dolomite Sand shale Sand shale Prototype unit 1 Prototype unit 2 Prototype unit 3 Holes Cumulative Rate Functional Equation: g(w)=g tanh(I e-km/I ) A=R×E×L×G×V×I v(w)=v tanh(kexp(dw(t))) g(w) ---- Vertical accumulation rate A ---- Rock erosion volume g ---- Maximum accumulation rate R ---- Rainfall and runoff factors ---- Surface light intensity E ---- Soil erodibility factor ---- Saturated light intensity L ---- Slope length factor ---- Rate constant G ---- Gradient factor m ---- Moisture content V ---- Vegetation growth cover ---- Inter-rock adhesion factor Vertical cracks Superficial karst zone Soil Para-slope cracks Vertical cracks Tower column Soil Tower skirt Para-slope cracks Para-slope cracks Vertical cracks Superficial karst zone Soil Cone Peak (a) Tower Peak (b) Normal Peak (c) v(w) ---- Accumulation rate v ---- Maximum accumulation rate d ---- Decay constants
7 Deposited calcium carbonate, after loss of moisture, compacted and glued together The erosion of rocks by water with dissolving power to form various channels Moss growth trajectories follow the extension of spaces with high bioactivity During the day the moss supplies oxygen to other organisms by photosynthesis in response to light from the cave entrance A combination of various types of interior spaces. Space evolves according to predefined trajectoriesRock piling completed Sedimentary rocks evolve morphologically according to pre-determined model PROCESS ONE PHYSICAL EROSION 1 CHEMICAL EROSION ANIMAL OCCUPANCY GREENERY COVER Wind Water Creature Acidic and active substances Terrestrial, arboreal and aquatic Air and floor purification PROCESS TWO PROCESS THREE
SECTIONAL VIEW
This profile shows the living conditions of people living in co-habitation with other creatures and the internal spaces of the building formed by the influence of natural factors.
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The hollow interior patio space at the top of the hill is a departure from the traditional horizontal and vertical structure, as the hill space is organically shaped to enclose the building space. The natural openings allow birds to fly into the interior and roost with humans.
The natural openings ensure that the space is naturally lit and ventilated. The stone surfaces are covered with moss and other greenery to purify the air. The entire mechanical system is integrated in a series of cast spaces that follow the topography of the cave.
The stacked cliffs on the outside of the building make it possible for animals to climb, for example. A natural 'mode of transport' is perhaps more appropriate for humans to maintain an equal relationship with animals, which not only keeps things interesting, but also maintains the natural environment in its original form.
The water-soluble caves at the base of the building, submerged in water, also incorporate aquatic life inside the building. The fluid inorganic matter - water - revitalises the static mountain architecture. Animals from outside can also follow the waterway to find the building and take up residence.
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02
Miniature Metropolis
Urban space simulation experiment with library as type
Individual Work (Academic)
Location: Baiziwan, Chaoyang District, Beijing
Instructor: Shao.P (shaopengz1@outlook.com)
Architecture Design: Personal Experimental Research (2021 Winter)
Project Duration: 6 Weeks
Beijing is the political and cultural center of China, and its urban spatial pattern is roughly distributed in a grid with Tiananmen as the central axis. I use this example as a prototype to explore the inner and outer relationship between the city and the architectural scale.
In order to accommodate the mixed cultures and spatial fragments of the city, the building must have a large volume, which is the most characteristic feature of the 'miniature city'. A building with the property of being 'big' is no longer just a building for one function; the multiplicity of architectural functions requires a building to take on the functions of a city. A building can accommodate all aspects of a city, including living, working, recreation and transportation. Rather than being a passive part of a city, architecture can even become a city in its own right and influence the surrounding urban environment. Such a building becomes the strongest building because it contains a wealth of functions comparable to those of a city; it also becomes the weakest building because it contains so much that it cannot be defined by a clear function, and because the various internal functions are relatively independent and zoned and the building proper loses its overarching character and is simply placed together.
Before the popularization of computers, books have always played the role of the main communication medium in human life. Traditional libraries are generally dominated by reading space and traffic flow lines, while modern communication media are dominated by multimedia and the Internet. In this project, I try to evolve from a city to a building in a spatial scale, extract people's inner perception and actions in the two, combine traditional and modern media, and based on this, divide them into dynamic zone (social crowd), quiet zone (resting crowd) and transitional zone (shared space), creating a miniature city model with a unified experience of city and architecture.
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Human Activity Space Type
The development pattern of modern cities (here refers to the urban area of Beijing) is tending to develop in a functional and complex direction. After investigation, it is found that several basic prototypes can be extracted from several functional spaces of the whole city, namely commercial space, education space space, living space and public square space (taken from "External Space Design" by Yoshinobu Awara), and the selection of the library is the function of storing human knowledge and culture, and solving the problem of space use on the architectural scale
The prototype of the commercial space is roughly open to the outside world with all the surrounding spaces, and is closely connected with the external space through transparent media such as glass windows. Customers can visually identify the functions inside the space from the outside of the commercial space.
Most of the educational space is dominated by schools, tutoring institutions, etc., and most of the main entrances are small, which makes the students' impression of the educational space symbolized. The enclosed wall space limits the course activities of teachers and students within the educational space.
Most of the living spaces are residential buildings, with a modular distribution in shape and pattern. Most of the interior spaces are similar. Most of the community spaces are equipped with public facilities to provide public social spaces.
Urban Development Issues
Most of the squares are enclosed spaces, where all unofficial things are concentrated. In a world full of official order and official ideology, it seems to enjoy the power of "extraterritorial law", which is always owned by the "common people".
The
commercial building type education building type residential building type square space type Person-To-Commodity Transaction Creative Commons Space Residential And Social Spaces Open Social Space
City's Corresponding Solutions
11 With limited operating varieties, it is difficult to provide consumers with "one-stop shopping" services. The supermarket is too far Too crowded Entertainment venues are too scattered Integration of decentralised commodity areas into one efficient system Inputting data management into the ‘cloud platform' makes information management quick and manageable Development of a unified management system and sound business operation system Establishing diverse teaching mechanisms and choosing courses and learning modes of interest. Increase the openness of the school and reduce restrictions on the scope of learning and activities of students Sound information-based teaching system and expanded knowledge of online platforms Construction of block temporary rest areas and improved self-service facilities Integrating the city's functional system and improving spatial accessibility between areas Rational allocation of partition space to increase the variability of space utilisation Improving the recognisability of spatial markers and combating urban homogenisation Extensive survey of residents' spatial needs, allocation according to need and reasonable control of formalism The building scale should be reasonably matched to the urban scale and the functional layout rationalised The management methods are backward, and the computer management system is not fully adopted The operation mode is not standardized, and the batch sales mechanism has not yet been formed Lack of interest and simplification of the teaching environment, making students feel distant from the school The overall closure of Chinese schools is serious, and the physical and mental constraints on students are too great The popularity of information-based teaching is relatively weak. Lack of temporary outdoor rest places (referring to shortterm sleep) and lack of self-help functions Residential houses are far away from other functional areas and have single function The house is too closed, and the walls cut off the communication between people The square betrays the historical and cultural background of the city and imitates and compares with each other It out of touch with the overall urban planning and design, and lacks its own reasonable and appropriate positioning The result of the chief's will affecting the city square, it deviates from the essence of the square and creates distance
Library Operating Mechanism
The library operates not in the narrow sense of a library, but rather as a space for knowledge sharing and storage incorporated within the building, with a central library management system at the core and branch systems for book storage and lending linked together through a logistics system. The space is integrated with the various functional archetypes of the city: housing, entertainment, etc., so that the small scale building maps the large scale city.
Media And Spatial Evolution
The medium of knowledge storage and dissemination is constantly evolving and developing, with static and dynamic knowledge being placed in different types of buildings. Due to the fast-paced development patterns of today's times, the cost of time and space becomes important and the integration of function and space is urgent.
The library is defined here as a building that does not focus solely on paper books, but rather as a repository of information where all valid forms of media - "new and old" - are presented equally and clearly. In an age of information sharing, the creation of new forms of media and the management of their content will make libraries vital.
Oma Timeline And Chinese City
In my observations of the distribution pattern and some of the functional buildings in the urban areas of Beijing, I found some underlying common patterns. I then relate and sort out the spatial archetypes of Beijing's urban evolution with Koolhaas' idea of 'architecture = city'. Architecture takes in the crowded and diverse content of the city's disintegration, but also embraces the city's identity.
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13
14
15 15 1 Spherical Theater (automatic rotating device and opening and closing canopy) 1 Curtain wall façade light steel keel(20mm thick hollow steel square tube) 2 20mm thick glass curtain wall (20mm tempered glass) 3 Corrugated deck (50mm thick toughened waveform sheet) 4 Reinforced concrete beams (with built-in I-beam) 5 V-shaped load-bearing column (compression resistant structure) 6 Shock-absorbing isolation layer (aerated rubber filling) 7 Wooden floor (20mm thick wood glulam flooring) 8 20mm thick leveling concrete (pouring of concrete) 9 Solid soil (compacted soil material after pressing and levelling) 10 Gravel (granular, non-adhesive material) 11 Artificially reinforced foundations (mixed ash backfill and re-compacted) 12 Air ducts for central air conditioning systems (galvanised sheet) 13 Crossed curtain wall keel (light steel square tubes) 14 Columnar bookcase with built-in ring steel keel (tic-tac-toe steel beams) 15 Columnar bookcase (division of space into four equal parts per floor) 16 External I-beam for core barrel (through the core and building slab) 17 Solid guide rail (made of machined guide surfaces and connection parts) 18 Spiral ramp (spiral around the core with entrances and exits on each floor) 19 Building slab (200mm thick reinforced concrete floor slab)
V-shaped
supporting concrete column
FRP Frame Curtain Wall
Crossed Curtain Wall Keel
Crossed Curtain Wall Keel
Central Lift Perspective
Structural Detail Notes
Rotary Ramp Perspective
Secondary Entrance Brace
Cross-supported Keel
V-Shaped Supporting
FRP Frame Curtain Wall
Structure Perspective ViewSection Of Front Elevation
The V-shaped column runs through the first and second floors of the library. The triangular entrance space formed by two Vs at the entrance attracts the flow of people. The supporting structure of the curtain wall is made of stainless steel pull rods or pull cables corresponding to the glass The upper part of the library façade is set of cross keels that echo the 'v-shaped support columns' below. The diagonally braced columns are at the rear of the library and slope gradually inwards from the top, allowing for an inward orientation to the outside pedestrian. 2 Moving Area Book Reading Room 3 Reading Atrium (Library Social Space) 4 Capsule Leisure Warehouse (private reading space in quiet area) 5 Escalator (connection between moving zone and quiet zone) 6 Central Cylindrical Reading Bookshelf (rotating ramp and central vertical ladder) 7 Stepped Seat Reading Area (square function) 8 Book Storage Wall 9 Step Platform (leisure reading area) 10 Ramp Mezzanine Borrowing Office 11 Semi-Open Space At The Back Of The Library (secondary entrance) 12 Book Arcade (B1) 13 Navigation Space (secondary stairs at the back B1-F1) 14 Business Workspace (library management system headquarters) 15 Quiet Area Study Room 16 Study Room Guide Office 17 Underground Parking Lot B2
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Giving Encounters a Chance
New ways of breaking down the spatial and temporal barriers between people in the post-epidemic era
Individual Work
Location: Concept project (no site)
Instructor: Shao.P (shaopengz1@outlook.com)
Architecture Design: Personal Experimental Research (2022 Spring)
Project Duration: 8 Weeks
The outbreak of the New Crown epidemic. In order to prevent close contact between infected and non-infected people, people had to stay in their homes and were isolated by the facade of the building. The original functional property of the house, 'hiding', came into play in the face of uncontrollable natural environmental factors.
In terms of lifestyle, for modern people, living, working, studying and communicating have become the norm, and the online social function of the Internet comes into play. The internet has broken down time and space barriers and brought people closer together in physical space, creating the so-called global village
The emergence of platforms such as friends, twitter and so on, has made people busy with virtual communication on the internet, while neglecting face-to-face communication offline. The current housing architecture is too restrictive for people's freedom, with a few boxes, a few partitions and a lack of space for everyone to connect offline is the main reason that prevents people from communicating offline.
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Historical Evolution Of Occupational Groups(changes in living conditions)
I researched the living conditions of the main occupational groups in society in different times and found possible intersections between them, which served as a key to the design of the house.
Changes In The Way Of Interacting (before and after the epidemic)
In the internet age, there has been a subtle shift in the social image people play in different types of scenarios before and after the epidemic, moving from offline to online interactions.
The Evolution Of The Residential Space Prototype
The evolution of the isolated dwelling unit to the linked dwelling.
The Transition From Isolation To An Intermingled State
The prototype for most collective housing under the COVID-19 era was the square box building where people were separated by horizontal and vertical floor plates and partition walls, so people were forced to stay at home to network and socialise.
The design overlaps the living and social spaces of the individual houses horizontally and vertically. In contrast to the previous square grid layout of the residences, the residences are enclosed along a route and bite into the dwelling spaces.
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Prototype Spatial Mechanism For Creating Encounters
New ways of socialising and living are being constructed in accordance with modern living conditions, and interactive spaces are evolving accordingly.
In the residential proposal, I wanted to integrate people from different professions and walks of life into a living space where offline communication is more convenient.
In this residential area, guests from outside can enter the public space without barriers and interact with the residents.
Privacy and sociability are both important to people today. In dealing with both, I have made it more natural to integrate them. Creating an opportunity for people to meet each other in the internet age is also a poetic experience.
Recreational space Encounter Space
Internal Construction Of Residential Units
The centrifugal and centripetal orientation of the curved diagonal braced columns structurally suggests semi-open spaces versus centralised spaces.
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Visual connection space
Round glass
skylight Spiral
slide
Connecting
platform
Pedestrian bridge
Sunken
space Roof
tread
Arc-top fountain Climbing frames Upraised high platform Extended floor slab Aquarium wall Pitched gap roof Connect-A Recreation-A Encounter-A Encounter-B Encounter-C Encounter-D Recreation-B Recreation-C Recreation-D Connect-B Connect-C Connect-D
Model Introduction
This group of models is composed of lime wood panels to indicate that the solid building is of timber construction The load-bearing structure of the building is a curved picket-beam timber column, arranged in a circular array. The roof of the building has many staggered openings to incorporate natural light from the top into the building and to create a visual connection with the other dwellings in a horizontal direction. The ground floor spaces are open and the ground floor spaces of all the residences are combined.
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Photos
Of Hand-made Models
Partial view 1 Partial view 2 Partial view 3 (model material: basswood board)
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Re-Cliff Suburb Plan
Spatial renewal design solves brand and land use problems in poor villages
Group Work (Design, drawing and modelling)
Location: Atulier Village, Sichuan Province
Instructor: Shao.P (shaopengz1@outlook.com)
Architecture Design: Personal Experimental Research (2022 Spring)
Project Duration: 7 Weeks
" Cliff Village " is called "Atulier Village". It is located in Zhiermo Township, Zhaojue County, Liangshan Yi Autonomous Prefecture, Sichuan Province. It is located in a mountain depression at an altitude of 1400-1600 meters. . When the villagers go to the outside world, they need to climb a cliff with a drop of 800 meters and go over a 13-level 218-step rattan (steel) ladder Liangshan Yi Autonomous Prefecture is a "straight through area" from slave society to socialist society.
Cliff Village has less contact with the outside world and is less attractive to tourists. The production method of the original village is self-sufficient, and the building space is simple and unattractive. The government allocated an investment in 2016 to build the village.
The design combines the characteristics of the Yi nationality with the complex living space, and adopts the basic design method of modular corridor space, space combining living and breeding, and processing and interactive space to improve the economic vitality of local production and tourism.
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22
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Policy and Design Strategies
Site information and design key
Atulier Village is inconvenient to communicate with the surrounding villages, and the tourism industry is relatively poor and less attractive. It needs to activate the living space of residents and the space for tourists to visit. The local area is an autonomous region of ethnic minorities with strong ethnic culture.
Modular frame space integration
Site gridding, activity space discretization
We selected local wood as the design material, and built a wooden frame outside the building, so that people can use the space according to their needs. The site space is gridded, the buildings with different functions are integrated through the frame, and the horizontal and vertical traffic are also accommodated, dispersing human activities in different spatial positions outside the building.
Flow space closed loop
Retain the original traffic and integrate it into a closed loop
The original traffic flow line of the village was arranged according to the terrain. When planning the flow line design, the traffic habits of local villagers were retained, and various functional spaces were placed on both sides of the closed loop of the flow line, and the activities of tourists and villagers were integrated into the flow space.
Complex functional space
Combination of planting, breeding, processing and living
The communication between Cliff Village and the outside world is limited by traffic conditions. Most products can only be produced and sold by themselves, and the building functions are relatively simple. In the design, composite functions are placed into a single building to enhance the functional vitality, making traditional homestays into composite residences.
Design Diagram
Drawing diagrams according to the environment of Atulier village combined with closed-loop design
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Aerial View Of Design Transformation
With the conversion of the entrance to the cliff village from a rattan ladder to a steel ladder, access is more efficient and convenient. As most of the agricultural products in the village are selfsufficient, I have incorporated the local Yi culture into the design of the accommodation, combining it with special activities such as farming to provide a variety of experiences for visitors. The layout of the village follows the topography of the highlands with a closed commercial street loop in the middle linking the various areas together, providing favourable conditions for traffic and commerce in the village. The village operates through several main modules: cultivation, experience, accommodation, processing, storage and logistics.
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Plantation workshop and factory
Compound warehouse
Product Processing Workshop Plan
Warehouse Floor Plan
Homestay and old house area
The site preserves aboriginal dwellings and connects old and new buildings through corridors The planting and processing plant is open and visitors can participate in the production practice. Yi specialties and some special products will be placed in the warehouse for tourists to visit and purchase. A combination of original local homes and speciality lodges. Interactive local specialty processing workshops and plantations. A composite warehouse for the storage and transportation of Yi specialty products. B&B Floor Plan
1. Front entrance 1. Front entrance 1. Front entrance 4 8m0 2. Aboriginal housing 2. Temporary storage 3. Vestibule corridor 3. Goods transfer office 4. B&B No.1 4. Transport corridor 5. B&B side porch 5. Forklift parking 6. Open air courtyard 6. Entrance hall 7. Caentral reception parlour 7. Open-air atrium 8. Lounge tea room 8. Depository A 9. Wrap-around corridor 9. Depository B 10. B&B No.2 10. Back door 11. B&B No.3 12. Storage room 13. Back door 14. Outside the courtyard framed corridor 2. Raw crop growing area 3. Crop sample display area 4. Central staircase 8. Product processing area5. Vertical lifts 6. Material storage bins 7. Wrapping machines 9. Cargo transport ramp 10. Back door 27
Product processing plant
Sloping roof of homestay
Central shopping street
Specialty
products warehouse
A link between traditional and modern dwellings.
A commercial building frame that can be erected and reconstructed by itself.
Out-of-town tourists and local residents chatting and laughing while sitting on the roof table in their leisure time
Local residents can choose their own stalls to sell their own processed specialties to foreign visitors.
Local farmers are processing agricultural products, and foreign tourists come to visit and experience the local customs and special production methods.
Visitors from abroad can come to the warehouse to see the local products stored there and to experience the local ethnography.
Experience the speciality processing line that combines growing, processing and shipping.
A
distribution and logistics
warehouse
for speciality processed
products.
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40mm*40mm
40mm*40mm steel mortise
inserts (connecting wooden grilles to
braces)
50mm*50mm wooden compression bars (supporting wooden grilles)
150*100*10mm I-beam side beams (main bending resistant beams)
60*100mm double wooden roof beams (fixed to the top of wooden load-bearing posts by steel bolts)
35*35mm steel connecting rods (fixing the lower double girder plate and welded to the end of the I-beam)
150*150mm load-bearing columns supporting internal timber side beams in the corridor
150*100*10mm I-beam load-bearing columns (main compressive load-bearing component)
40*40mm steel connecting bars (connecting I-beam posts to wooden posts)
100*100mm wooden load-bearing columns (fixed to I-beam columns to resist compression)
40mm wooden floor panels
30mm*50mm wooden floor grilles (criss-cross)
30mm diameter thin steel columns (dense laying, 50mm spacing)
8mm cross-hatched bolts
15mm cross-hatched bolts
20mm wooden glued panels
50mm*100mm triangular wooden cantilever bracing 20mm thick floor-to-ceiling tempered glass 50mm top grille plank
50mm*100mm wooden secondary beam (mainly bending load-bearing object)
30mm*30mm purlins under the wooden beams
30mm*30mm embedded interspersed wood components (fixed side beams and load-bearing columns)
100mm*300mm wooden side beams (clamped on either side of the column)
50mm thick plywood (wooden floor)
100mm*100mm wooden main beam (mainly bending load-bearing object)
wooden handrail (1.2 meters high) 30mm*30mm purlin diagonal braces (carrying rear sloping panels) 150mm*150mm wooden decorative column 100mm*100mm wooden grill bottom plate 100mm sloping roof wood panel side triangular window frame
wooden rafter strips set diagonally on top of the ceiling grille
Steel thin bolts (for fixing sub-head beams and wood grating)
Indigenous Residence Indigenous Residence
Homestay sloping roof
Atrium gathering space
Corridor Connection
Beams & columns & internal details 1:30 Beams & columns & internal details (central corridor of the homestay) 1:45
and tenon
wooden diagonal
Livestock and crops are distributed in different workshops of the plant and are connected in series by production line Preserve the residences of indigenous residents and provide opportunities for people to communicate with each other Corridors are interspersed between the original building and the new homestay to enhance horizontal and vertical traffic The exterior of the workshop is equipped with semi-cylindrical glass greenhouse, where ornamental crops are grown Foreign tourists are allowed to visit the processing process and experience the local production methods Planting and Processing Zone Operation Mechanism Yi Nationality Homestay(live with aboriginal people) 1 2 3 4 6 9 11 12 13 14 15 16 10 8 7 5 10 11 12 13 14 15 16 29
BETWEEN THE MOUNTAINS
A commercial complex in Beidaihe District, Qinhuangdao, designed by Yidu Architects, with my participation in the conceptual design.
July - August,2021
"Between the Mountains" focuses more on the intention, reÞning the brushstrokes of architectural design from Chinese painting, just like ink landscape painting, not looking for resemblance but for the charm and mood, and respecting the integration with nature. It also combines the ideas of Chinese landscape poetry, landscape painting and classical gardens.
HETEROGENEOUS PAVILION SPACE
Reconfiguring the narrative space of the Spider-Man 3 - No Return for Heroes film (design of exhibition space)
March - April,2022
This spatial composition is a Þguration of many chance events, the Möbius Ring is a timeline of interwoven parallel universes, the epidermis is always accompanied by a progression of time and space, twisting and spreading in otherworldly time and space. Three or Þve story (spatial) nodes are generated through the transformations of Spider-Man's upbringing.
SHARDS
Urumqi Seven Spun Art District, renovation of the Painter's Village Art Centre, construction has begun
August - September,2021
To the north-east of the Painter's Centre is the scenic Tianshan Mountain. To incorporate the rising sun and the view of the mountain in the east into the interior of the building, we have fudged the north-east side of the building façade with a gradual ßipped ceramic tile. The gradual ßip from south to north suggests a design that incorporates the view.
METABOLIC WETLAND VERTICAL SYSTEM
Design experiments on the possibility of automatically updating iterative container box units in bim design
May - June,2021
Sustainable design of wetland-based vertical space ecosystems in metabolic automated buildings (exploratory experiments of automechanic space in bim) - Design of variable structure types based on ant colony genetic algorithms combined with biological survival Þtness data for automatic box replacement.
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SPATIAL CONSTRUCTION EXPERIMENTS
The enclosed spaces constructed from a variety of materials explore the changing and projected relationships of light and shadow in a given space.
- June,2020
This material experiment uses abstraction to symbolise the current state of development of society and people's lives. The work itself has the potential to burst outwards, but the box, triangle and other geometric shapes bite into each other and hold each other in place, making the outward momentum futile and the expression of helplessness and despair unique to the form.
PAINTING, CALLIGRAPHY, GRAPHICS
Art work done during the school year.
These are small exercises I did in my free time at school, including sketching, poster design, illustration design, calligraphy and original design. Some of these works have also been entered into competitions and won awards.
PLAIN (Photography)
Photographs in orange and green tones taken in the plains.
I took this series of photographs on a school trip during the 2022 holidays. It was late afternoon and the sky was bright red, contrasting with the grey-green earth, and I have since enhanced the tonal effects of the sky and earth to produce this collection.
MUSIC COMPOSITION
A musical composition that draws on abstract concepts of the world, social groups and everyday moods.
I experimented with arranging exercises in pop, blues, jazz and Chinese music styles between 2019 and 2022, and composed and wrote lyrics on my own. The completed works were released on music platforms such as qq music and NetEase cloud music, and certiÞed as a platform musician.
May
April 2022 2019 - 2022 2019-2022 31