Portfolio for Work

Page 1

PORTFOLIO For Populous ZHAOYUAN JIA [ 2019-2023]

Email: jzy9612@gmail.com

• TEL: +44 07536-132-390

EDUCATION

University of Edinburgh - Edinburgh, UK

Master's Degree in Architecture (ARB/RIBA Part 2)

North China University of Technology - Beijing, China

Bachelor's Degree in Architecture

Sep. 2021 – May 2023

Sep. 2014 – June 2019

Cardiff University - Cardiff, UK Aug. 2016

Low Carbon Architecture Summer School

EXPERIENCE

China Academy of Building Research - Beijing, China

Intern (Full-time)

June 2019 – Sep.2019

l Participated in the preliminary design of a museum in Aershan, Inner Mongolia, for the renovation and heritage preservation of the arsenal abandoned by Japanese Militarism during the invasion of China;

l Finished a series of professional works including on-site surveying and mapping, computer mapping, and electronic model-making by Auto CAD, photoshop, In-Design, Sketchup, and Rhino

l Assisted with design proposal presentations for local government

China Academy of Building Research - Beijing, China

Intern (Part-time)

Sep. 2017 – April.2018

l Participated in the planning and renovation project of the Jiu GongShan Area in South Hubei, China

l Utilizing surveying and mapping techniques, evaluate the condition of existing structures on the project site

l Completed computer mapping, electronic model-making, and design report formatting using Auto CAD, Photoshop, InDesign, SketchUp, and Rhino

ACTIVITIES

The 23rd International Conference of Computer-Aided Architectural Design Research in Asia - Beijing, China

Lead author May 2018

l Paper SP42, Data Visualization Analysis Based on Space Force Field and Human Flow

ADDITIONAL

l Honors:

Silver Award in Exhibition of Architectural Design in Developing Countries (2021)

Shortlisted in Drawing of the Year 2021 Competition (2021)

Encouragement Award in 2017-2018 Vertical Farming International College Architectural Design Competition (2018)

Honorable Mention Prize in International Solar Building Design Competition (2017)

First Prize in Beijing University Student Architectural Structure Design Competition (2017)

First-class Scholarship for Practice and Innovation (2017)

l Skills:

Proficient in Rhinoceros, Grasshopper of Rhino, AutoCAD, Revit, Adobe Creative Cloud, Vray for Rhino, Lumion, Keyshot

THE GUIÓN

An Architectural Translation of Hyphen, Promoting Social Integration and Economic Development in San Miguelito

UNCERTAINTY & MOBILITY

Decolonisation and Heritage Conservation Projects that Evoke the Original Inhabitants of Panama

DEATH AND LIFE OF METROPOLIS

Design of a Space Renewal

Based on Current Urban Texture

AWAY FROM URBAN

Combination of Energy Technology and Traditional Architectural Forms

INTELLIGENT URBAN VERTICAL FARM

Design of Energizing the Industrial Heritage for both Residents of Metropolis and Farmers

ENJOY GETARIA

Design of the Maintenance and Utilization of Ancient Sites by Giving A New Function of Tourist Reception Center

01 02 03 04 05 06

THE GUIÓN

REVITALIZATION HOUSING PROJECT IN SAN MIGUELITO

LOCATION: San Miguelito-Panama

DESIGN PEROID: from2022-10 to 2023-05

SITE AREA:34000 ㎡

INIDVIDUAL WORK

TUTOR:Professor Mark Dorrian & Doctor Ana Bonet Miro

Through an investigation of contemporary critical cultural production, this study will trace the cultural context and social standing of Panama City and its environs from the past to the present. The unequal development of San Miguelito's communities will reflect the discovered problems in great detail. There has been significant "fragmentation" between communities in San Miguelito, not only because of the "gullies" generated by the separated geographical context (valleys and rivers), but also because of uneven economic development (failed housing plans). On the basis of prior research, this study investigated the social issues caused by housing as proposed by Gloria N. Tait's "San Miguelito Housing Project: Policy and Management Research" and attempted to provide a viable solution for the stagnant San Miguelito housing project.

SITE LOCATION

The site is situated adjacent to a canal tributary that runs through San Miguelito, between a shanty settlement and a relatively developed residential area. The affluent area transformed the vacant field into a baseball field, but it seems to disregard the existence of the slum on the left, thereby widening the gap between the two communities. Based on this scenario, this study will establish connections between communities on both sides of the river.

A G B F F Library A B C D E F G Playground and Toliet Woodshop and Warehouse Housing Project Water Tower Pavilion Training Studio 15M 50M 0
GENERAL PLAN
StudioTeaching Pavilion Waterscape ComputerLab Market Social Housing Social Housing Warehouse Toliet Teaching Studio N Library Water Tower Cafe 4M 16M 0 EAST ELEVATION GROUND FLOOR PLAN
SOUTH ELEVATION PERSPECTIVE

The study is predicated on the notion of Guión (hyphen) and using "stitches" to translate the concept into architectural language and evolves into a "bridging" public building cluster - a construction technology training school that aims to alleviate housing shortages. Situated in a confined "transitional space" between two riverside communities, this cluster covers both banks of the river and presents a crossing posture, generating a metaphor for the Guión traversed to achieve de marginalisation. This cluster of buildings serves as studios, workshops, and warehouse, enclosing a courtyard for structural practise. The wooden structure of the teaching space connects the communities on both sides of the river in the form of a bridge, with various layers from low to high that allows the space to transition from public to private and then open to the community through the atrium. The cluster also serves as a library of resources (construction debris will be recycled and reproduced). Sustainability is also considered in the selection of building materials, which means most wood structures can be recycled and reused after this school is going to be replace in future.

C C
Sun Shading Natural Ventilation
COMPUTER LAB TEACHING STUDIO STORAGE
Rain Water Collection C-C SECTION
COMPUTER LAB MODELING WORKSHOP STORAGE B B B-B SECTION

The first floor of the building contains a classroom, a workshop, a garage, and a storage area. At the rear of the garage, a pulley system is installed for transporting equipment and materials between floors. Before the recycled construction waste is transported to the workshop for reprocessing or educational purposes, it is categorised and stored in the warehouse.

1M 4M 0 A-A SECTION
vehicle Rainwater collection A A
hand drawing reflecting the design of joints
DETAILS DESIGN

Galvanized balustrade

Bolt

Polished beech hanging plate

15mm

Plywood keel 20mm

Waterproof breathable membrane

2mm

Plywood panel 12mm

Vapor barrier

Cable

foundation 1000mm*800mm

Concrete Galvanized sheet plywood deck
[ A ] [ A ] [ B ] [ B ] [ C ] [ C ]
Plywood purlin
WAREHOUSE THE RESOURCE LIBRARY GROUND FLOOR PLAN FIRST FLOOR PLAN
THE STRUCTURE AND DETAILS
PHYSICAL MODEL REFLECT
3M 12M 0 N
INTERIOR PERSPECTIVE OF WAREHOUSE

The rainy season in Panama is cloudy, whereas the dry season is windy and partly cloudy. It is warm and muggy year-round. The annual rainy season lasts for ten months, and a large quantity of rainwater resources can be collected and purified for use in other facilities, thereby reducing building energy consumption and the environmental impact of building facilities.

Rain Water Collection Tank Roof Structure Timber Facade Main Bearing Structure
Library
Water Tower WATER TOWER RECYCLING STRAGETY
TYPOLOGY

INIDVIDUAL WORK

Based on the theme and background of Crossing Panama, this project explores the impact of Spanish colonization on some native cultures in Latin America during the period of 1700 by presenting the indrect connection between the Darien Chest and various of collections exhibited by Lonja de Sevilla in the form of installation or artifacts in the first half of the semester trying to form a kind of language of the collection is a method of this project to arouse the original residents of Panama and Latin America to find their national memory.

TUTOR:Professor Mark Dorrian & Doctor Ana Bonet Miro

COMPONENTS OF THE INSTALLATION

COMPONENTS OF THE INSTALLATION

The installation design is an experimental method aiming to explore the crossing of the colonial cluture. The purpose is to find another possibility of the mobility of Darien chest by different materials and profermance. This design uses the technique named shadow play to describe how colonists and rulers intervene in colonial culture and influence the local. This process is recorded in photography and video to depict the historical uncertainty by adjusting the distance of objects. For the colonies, the historical result of being colonized is uncertain, and the cultural integration after colonization is also uncertain.

The installation design is an experimental method aiming to explore the crossing of the colonial cluture. The purpose is to find another possibility of the mobility of Darien chest by different materials and profermance. This design uses the technique named shadow play to describe how colonists and rulers intervene in colonial culture and influence the local. This process is recorded in photography and video to depict the historical uncertainty by adjusting the distance of objects. For the colonies, the historical result of being colonized is uncertain, and the cultural integration after colonization is also uncertain.

THE CONTEXT ANALYSIS
ORGINAL TEXTURE OF COLONY TOOL OF COLONISTS
SHADOW PLAY
FRAME ORGINAL TEXTURE OF COLONY SCREEN SKETCH OF DESIGN DEPICTING THE PROJECTION
THE INSTALLATION SHADOW PLAY
COMPONENTS OF
CONCEPTUAL INSTALLATION

Jixia Academy was an official institution of higher learning in the Warring States period of China(770-476 B.C.). It gathered scholars from various schools and promoted the prosperity of academic culture in the pre-Qin period. During its prosperous period, Jixia Academy gathered sages from all over the world, including famous scholars such as Mencius.

Comparing the Athens college drawn by Raphael with the Jixia Academy, it is not difficult to find that their commonness is that they provide a square space surrounded by columns for people to learn and communicate, which is also exist in the courtyard of Lonja.

SAPTIAL ANALYSIS OF THE COURTYARD TRANSLATION OF THE CHEST URBAN TEXTURE OF THE SEVILLA, SPAIN ORIGINAL TOPOGRAPHY CONTEXT OF BUILDINGS FABRIC OF CITY STREETS CASA LONJA DE SEVILLA
N
The space design of the structure mainly includes frame structure, stairs, archives reading room, shutters facede, automatic tracking device of the solar energy collector and temporary stage.
DEVELOPED SURFACE

the architectural design in the courtyard of Lonja is relatively integrated and compact, and the complex space may enrich the functionalities of the building. The rich functions not only meet the demands of the residents, but also energize the surrounding buildings so that they can be entitled with functions in the future and embody new meaning, instead of ignoring their existence or even destroying them. I believe new products should match historical environment basis. The appearance of new urban textures does not necessarily mean that the traditional textures have to be demolished. I also hope to explore the direction of future development of architecture and city through this design.

1M 5M 0
THE MEANING OF DESIGN

PERSPECTIVE ON THE ROOF OF LONJA

PERSPECTIVE IN BETWEEN THE LONJA AND INSTALLATION

PERSPECTIVE IN THE INSTALLATION

Everything in the design revolves around mobility, uncertainty and shadow. The shadows projected on the courtyard and internal facade are also designed. Just like the cultural blending discussed in the device design, the shadow, as a spatial existence, also interferes with the atmosphere and environment of The Lonja.

SPATIAL EXPERIENCE
THE DETAILS OF MODEL
SPATIAL ATMOSPHERE

DEATH AND LIFE OF METROPOLIS

A SPACE RENEWAL BASED ON CURRENT URBAN TEXTURE

LOCATION: Manhattan-America

DESIGN PEROID: from2018-10-14 to 12-15

SITE AREA:5000

DURATION: 8 weeks

INDIVIDUAL WORK

Jane Jacobs, the author of The Death and Life of Great American Cities, believes that ideal New York is an interesting laboratory that fosters new companies and ideas, and spreads its special culture of “luck” around the world. However, today's New York is exactly the opposite: with many rules and regulations, it is a place that is eager to introduce national chain stores to pay high rent. Landlords prefer to sit on the street and watch the streets become desolate day by day.

No one would imagine that this luxurious world-class city would become a ghost town. However, the increasing vacancy rate of retail stores has revealed the possible market prospects. Under the influence of economic factors such as electricity supply activities and soaring rent, the market may become deadly still.

The picture above is an analysis of the current situation of this area based on the combination of building usage and timing. We can see that the vitality of buildings in Manhattan is declining. One reason is the segregation of residential and office areas. Office and social time account for a large portion, so these office buildings are basically idle during the holidays, and the high rent exacerbates this problem.

VACANCY RATE OF FINANCIAL OFFICES IN MANHATTAN

There are two main reasons for the high vacancy rate. First, roaring too fast, rent has exceeding retail sales. The rising rent has become unaffordable to increasing number of small businesses. The vacancy rate is the highest near Times Square, where the rent is the most expensive.

The second reason is the impact of e-commerce. Online shopping has caused a great impact on the traditional shopping model, and also aggravated the pain caused by the rising rent.

Many old buildings in Manhattan are considered unavailable for office use. Due to abandoned old buildings, some blocks in Manhattan have lost the network integrity, which has led to inefficient use of buildings. The idle offices have in turn brought new investment motivation to developers. With offices being transformed into apartments, the percentage of commercial housing is further reduced.

CURRENT
CONDITION UPRAISED URBAN SPACE DEMAND
PUBLIC PLANT PUBLIC LEISURE OFFICE&CIRCULATION COMMUTER COMMUTER THEATRE ENTERTAINMENT RELIGON LEISURE CATERING SHOPPING EATING 0:00 6:00 12:00 18:00 24:00
BACKGROUND ANALYSIS
Average commute time in Manhattan TIMELINE IN MANHATTAN REFERENCE: CRAIN’S NEW YORK BUSINESS 2008 9.5% 13.1% 13.5% 13.7% 11.5% 10.3% 8.4% 6.5% 7.4% 9.7% 9.5% 2010 2012 2014 2016 2009 2011 2013 2015 2017 2018

In terms of algorithm, this design is based on the famous Frei Otto wool thread experiment, which aims to optimize the path and improve the space utilization efficiency. Based on the optimized path, nodes and buildings are generated. The functional composite of city and architectural space refers to the organic combination of the functions, paths and nodes of a city or building, which can be summarized as the organic combination of points, lines, and nodes.

1. The space of the existing part is fully utilized on a twodimensional level.

2. Use vertical space to improve space utilization rate

3. Screen available existing highrises and establish a direct path system

Points-Programmatic Spaces

Frey Otto released the path system theory based on multi-type simulation experiments in the book Occupying and Connecting, and proposed three basic forms of path network: direct path network, minimum path network and minimum detouring network.[1]

4. Space connection path optimization based on direct connection path system

5. Use algorithms to automatically generate the relative shortest paths

6. Generate a relative detouring system based on the former

According to the design’s requirements for the functional composite space of the city and buildings, consideration should be given to whether the construction shortcuts meets the following requirements: to shorten the total length of the path reasonably, to ensure convenient access to all places within the site, and to organize the spaces divided by the paths.

[1]Occupying and Connecting:Throughs on Territories and Spheres of influence with Particular Reference to Human Settlement

7. The nodes are divided into points based on the path, and the range of the nodes is determined by the path connection number.

8. Determine the appropriate scale based on existing points

Based on the form of building generated by nodes, the logic of building group generated by algorithm is completed.

GENERATION
APPLY FREI OTTO’S THEORY IN THE DESIGN Direct Path System Minimal Path System Minimized Detour Path System
THE PART OF ALGORITHM
THE
SECTIONAL
SENARIO: VERTICAL COMMUNITY IN BETWEEN OF THE HIGH RISING CITY GAP

CONSTRUCTION

In order to reduce the cost and usage of the space, the architectural design in space is relatively integrated and compact, and the complex space may enrich the functionalities of the building. The rich functions not only meet the demands of the residents, but also energize the surrounding buildings so that they can be entitled with functions in the future and embody new meaning, instead of ignoring their existence or even destroying them. I believe new products should match historical environment basis. The appearance of new urban textures does not necessarily mean that the traditional textures have to be demolished. I also hope to explore the direction of future development of architecture and city through this design.

ASSEMBLE THE UNITS ASSEMBLE BETWEEN UNITS
OFFICE LEISURE
Prototype Derivation Refining Conclusion
COMMERCIAL RESIDENCE

AWAY FROM URBAN

THE COMBINATION OF ENERGY TECHNOLOGY AND TRADITIONAL ARCHITECTURAL FORMS

LOCATION: Hebei-China

DESIGN PEROID: from2019-10-14 to 12-15

SITE AREA:5000

DURATION: 8 weeks

INDIVIDUAL WORK

The desire to contact with nature is a kind of human instinct. In the enclosed traditional courtyard space, people are able to get in touch with the nature. This is not only to introduce natural beauty into buildings, but also to arrange in an organized manner. The courtyard is provided with both various functions in space and profound connotation in spirit, which can stimulate people's imagination, so that the traditional courtyard space has spirituality. There are many high-rise contemporary residential buildings, for most of us in China, the concept of "home" in the subconscious is still the compound courtyard, however, this low-density living space is gradually being eroded, which is an urgent task for architects.

BACKGROUND

The venue is in Night View Park in Anyingzhai Village, Xinglong County, Hebei Province. Xinglong County has a semi-humid temperate continental monsoon climate. It experiences four distinct seasons. Winters are long and summers are short.

OVERALL STRATEGIES

The base is located at 40 ° 41 'north latitude and 117 ° 25' east longitude. On the slopes on both sides of the river valley, the elevation is about 450 meters, and the slope is 15% -35%.

The design starts from solving the terrain factors and comprehensively considers the combination of public space and private space.

Courtyard is a type of traditional building in northern China, whose basic feature is that houses and courtyards are arranged symmetrically according to the north-south axis. The gate is generally open in the southeast corner, and there is a screen wall inside the gate to keep privacy.The extraction of local architectural styles and reconstruction based on terrain is the catering of this design to tradition.

When dealing with the relationship between the buildings and the terrain, those buildings with small volume is a reasonable choice for the reason that those can be flexibly arranged on the complex terrain.Besides, In the structural design, it is proper that combining a variety of mountain building treatment methods to solve the problem.

ANALYSIS
ANALYSIS
LOCATION
LOCATION
variation runoff
lighting
Slope analysis height
slope aspect
Completely overhead Cascade semi-submerged split-level Built-in Terraced Stilted REFORM OF THE TERRAIN Multiple elevations SPACE COMPOSITION prototype terrain problem Strategy traditional form springs terrain management extraction Decomposition layout Ⅱ & Ⅲ layout Ⅰ adjustment Combining extraction

The design focuses on the terrain factors and comprehensively considers the combination of public and private spaces. Guest rooms are arranged in a higher position on both sides of the mountain in an orderly manner, and the public area is in the lower position in the middle, ensuring that the busy public area and the quiet guest room area are well segregated while both having the best natural lighting.

Accessible rooms are designed to be more private, and are the most directly connected to the public area, easily meeting various demands.

Regular guest rooms are enclosed into open and private parts: the outdoor space in the courtyard is a shared area for socializing; the indoor sun room is between the open and private areas; the bedroom is the most private area.

The standard guest room is designed to be south-facing considering the requirements of daylighting. The space is also divided into three parts: open space, in-between space and private space.

The family suite is designed based on the requirement of family members and family activities.

VENUE DESIGN
AXONOMETRIC VIEW
ANALYSIS
CONSTRUCTON
LAYOUT Ⅰ LAYOUT Ⅱ LAYOUT Ⅲ residential area Central axis public area circulation Establishing foundation Splice earth-retaining structure Complete the frame Final effect 12300 4400 4000 3900 4130 300 800 14000 8900 4100 4400 3000 9200 2900 3300 14800 3000 3000 4300 4300 200 6900 3100 3800 6600 4200 2000 3800 7100 3900 14900
MASTERPLAN 14 14 13 10 11 9 1 17 4 5 28 33 34 35 36 37 29 32 31 30 15 1-restaurant 2-kitchen 3-bar 4-hotel lobby 5-service desk 6-production room 7-toilet 8-meeting room 9-pantry 10-luggage Room 11-infirmary 12-storage 13-manager office 14-office 15-duty room 16-employee dormitory 17-fire control 18-equipment room 19-staple food supply 20-cold storage 21-non-staple food supply 22-disinfection room 23-ladies' Locker room 24-men's locker room 25-multifunctional hall 26-reading room 27-reading room 28-finance 30-self-service laundry room 31-shop 32-café 33-linen room 34-waste room 35-laundry room 36-outdoor drying yard N

PASSIVE SOLAR-ENERGY COLLECTION DESIGN: THE LIVING SPACE

SCENARIO 1: CUTAWAY PERSPECTIVE SECTION OF LAYOUT 1

The mountain area has abundant gravel resources to be used as the material of this system, and the collectors may be located in a good position, facing the right direction. The stones are enclosed by return ducts, which provides good sealing.

PASSIVE SOLAR DESIGN

SCENARIO

2: CUTAWAY PERSPECTIVE SECTION OF LAYOUT 2

Gravel has a low specific heat capacity. The design utilizes this feature to cope with the large temperature difference between the day and night in mountain areas.In winter, the gravel is heated by the sunlight through air collectors, and continues to radiate at night to send warm air into the room; and vice versa in summer.

In the analysis of the climatic conditions in the venue, it is found that the main problem of Xinglong County is the low average temperature. It is cool in summer, but extremely cold in winter. Therefore, the design should pay more attention to the thermal insulation in winter than in summer.

CONSTRUCTION STRATEGIES VENTILATION LAYOUTS

The air inlet of the convection loop system should be arranged in the area with lower temperature in the room, such as the toilet and the entrance where the cold air come in. The air outlet should be placed in the area with more human activities, such as the living room and bedroom, where the hot air is sent out.

CLIAMTE ANALYSIS Horizontal Day Solar Radiation (kw·h) Temperature °C Annual Average Solar Radiation (kw·h) Annual Average Temperature 8.9°C Annual Average Temperature 14.2°C Xinglong County Hebei Province Xinglong County
Lighting in summer Lighting in summer Lighting in winter Lighting in winter layout Ⅰ layout Ⅰ layout Ⅱ layout Ⅱ layout Ⅰ layout Ⅱ

ACTIVE SOLAR-ENERGY COLLECTION DESIGN: THE PUBLIC SPACE

Solar power is the main way to provide power in active design, which can not only serve the building's own use, but also transfer excess power to the grid.The solar water heater can not only provide hot water for toilets, showers and other spaces, but also meet the needs of winter heating

HOW TO SAVE ENERGY

The solar water heater is a heating device that transform solar energy into heat and heats the water to meet people's demands for hot water in life and production. Solar water heater is mainly composed of the heat collecting tube, water storage tank, and bracket.

The photovoltaic module is built in the supporting structure to integrate the solar panels and the construction materials. The combination is applied on the roof and installed on the roof structure just as regular roof tiles. The system uses the photovoltaic tile roof and other assisting devices to turn solar energy into electricity.

Structures such as the roof are used to collect, storage, and purify water, providing a water resource circulation system. The water can be used for heating, toilet flushing, etc. The system largely reduces the energy consumption and cost of the building and demonstrate a sustainable concept.

External floor

plasterboard 10mm

mortar 10mm

foaming cerarrice insutation (60mm)

mortar 10mm

ALC alab 120mm

plasterboard 10mm

Ceiling

The solar water heater can not only provide hot water for toilets, showers and other spaces, but also meet the needs of winter heating wood plate 10mm

playstyrene insulation ( 60mm)

wood plate 10mm

plasterborard 10mm

Ground floor wood plate 10mm

density board 10mm

Floor heating 60mm

wood plate 10mm

keel 10mm

Floor

wood plate 10mm

air layer 10mm

wood plate 10mm

plasterborard 10mm

External floor wood plate 10mm

density board 10mm

Floor heating 60mm

wood plate 10mm

plasterborard 10mm

CONCLUSION

Active solar system is a forced circulation solar system consisting of solar collectors, pipes, fans or pumps, heat storage devices, indoor heat dissipation terminals, etc., which can transfer heat transfer working fluid to the heat storage device through the solar collector. Active solar energy systems have high heat transfer efficiency, small fluctuations in system heat, good heating performance, and are widely used in building heating.

SOLAR WATER HEATER SYSTEM PHOTOVOLTAIC TILE ROOF SYSTEM: WATER CIRCULATION SYSTEM

INTELLIGENT URBAN VERTICAL FARM

TO ENERGIZE THE INDUSTRIAL HERITAGE

LOCATION: Beijing-China

DESIGN PEROID: from2018-10-08 to 11-20

SITE AREA:6000 ㎡

DURATION: 6 weeks

INIDVIDUAL WORK

Since middle 20th century, China's traditional industries have begun to decline, and industrial sites have been listed as the main target for urban renovation. New functions are given to those industrial sites for industrial upgrading and urban beautification. The need for urban farmlands provides new direction of industrial building renovation. It achieves the perfect combination of functions and forms.

With the rapid development of cities, especially in developing countries such as China, not only do the process of urbanization is getting faster and faster, but also the size of the population is gradually increasing. Furthermore, it has also increased the burden of agricultural production. In the big cities, as the farmer's market is gradually disappearing in some metropolis of China, this trading model as a culture needs a new form to continue to inherit. So, we combined the market with the farm as a means of upgrading the agricultural industry.

TRADITIONAL OPERATION MODE

One of the prototypes of industrial buildings, the silo, is built in a reasonable scale and easy to renovate. In addition, in this venue, it is located along the street and easy to reach; it can also beautify the urban street after renovation.

ARCHITECTURAL FORM

Selling at stalls in nearby areas

Long-distance transportation from remote areas

Selling in public urban space

Updated operation model

Serving the neighborhood directly and Significantly reducing transportation costs

GENERATION LOGIC

After extracting the prototype, the useless structures are demolished and the complete form of the silo is retained. With the main structuring being retained, the space is adjusted by massing to meet the needs of 3D farming.

INTRUDUCE OF NEW ACTIVE FLOOR

The space used to connect the two rows of silos is a tourist market in the middle. The space form of the market is an extension of the interior space of the silo, which has the characteristics of openness and fluidity.

Demand for a food market Chaotic indoor food market Outdoor stalls occupying roads Generating waste Planting in farmlands blast furnace silo Condensing tower
N 90M 300M 0 THE
PRESENT CONFLICTS

CROP PLANTING ANALYSIS DISTRIBUTION OF FUNCTIONAL FLOORS

The selection of crops and the distribution of planting space are also part of this design. Based on the crops’ need for conditions such as sunlight and temperature, reasonable planting area planning can largely reduce the energy consumption, improve space utilization efficiency, and beautify the environment.

ENERGY DISTRIBUTION

ENERGY CONSUMPTION

CROP GROWTH PERIOD

LONG-DAY PLANT

SHORT-DAY PLANT

DAY-NEUTRAL PLANT

LONG-SHORTDAY PLANT

SPRING SUMMER FALL WINTER

INTERMEDIATE DAYLENGTH-DAY PLANT

SHORTLONG-DAY PLANT ANIMALS FUNGUS

FAÇADE BEAUTIFICATION ANALYSIS

With the alternate cultivation of crops in the different seasons, the appearance of the façade will change constantly and show the most natural colors.

EXTENSIVE THINKING

The integration of farms and industrial heritages does to some extent produce urban landscapes. In high-density cities, landscapes may replace buildings to become the basic medium for urban development. The extended natural vegetation is used to create new urban landscape elements, which may promote the development of surrounding areas and related industries. By introducing natural mechanisms into urban public space, the city becomes more habitable.

Exhibition area Planting area Equipment area Educational area
SOLAR POWER 33% 27% 14% 10% 16% BIOGAS
HYDRO
WIND
SOLAR
POWER POWER GRID
POWER
POWER
POWER
SOLAR
POWER

MASTERPLAN

The industrial heritage is located in the industrial theme park in the north of the main plant area of Shougang, close to Fushi Road, with convenient transportation. The total area is about 10.5 hectares. There are 16 reinforced concrete silos, two large silos and other industrial facilities in the plot, such as transfer station and dust removal tower. It is one of the most typical and unique areas of landscape and facilities in the old Shougang industrial base

THE NEW AGRICULTURE IN THE RENOVATED URBAN PARK

Exhibition area

The industrial heritage has certain cultural and social value. The functions of exhibition and museums can be implanted into the new architectural space to introduce the history and development of the venue.

THE RENOVATED FACADE

In this design, outdoor terrace not only plays a role in greening, viewing and connecting but also provides market space for people to exchange, trade and interact. Because of the continuous promotion of urbanization, the traditional farmers’ market has gradually disappeared. We believe that the agricultural trade market, as a part of culture, should be protected and inherited as well as the site of the Shougang insdustry

Planting area

As the main functional space in this design, the planting space is a combination of the round flat silo and the terraced floor.

Educational area

The introduction of new features will make the 3D farm more attractive. The educational area can be used as a space for extracurricular and holiday activities for students and families to learn about related industries and cultures.

N 30M 100M 0

ENJOY GETARIA

THE MAINTENANCE AND UTILIZATION OF ANCIENT SITES

LOCATION: Getaria-Spain

DESIGN PEROID: from2019-04-05 to 05-01

SITE AREA:343 ㎡

DURATION: 4 weeks

INIDVIDUAL WORK

The venue is located in Getaria along the northern coast of Spain, 20 miles to the west of San Bastian. The venue has unique historical and cultural significance and has many different terrains. Getaria is famous for its rich food culture and beautiful coastal landscape.

The site overlooks the entire gulf. Within the venue, there is a damaged and empty ruins of a palace which is next to a Gothic side wall built in the 14th century. The stone walls and the foundation of the ancient palace can be dated back to Roman period, so it is necessary to preserve and protect them.

ORIGINAL APPEARANCE

The site overlooks the entire gulf. Within the venue, there is a damaged and empty ruins of a palace which is next to a Gothic side wall built in the 14th century. The stone walls and the foundation of the ancient palace can be dated back to Roman period, so it is necessary to preserve and protect them.

STRATEGIES FOR HERITAGE CONSERVATION

In many countries, the facade of historic sites and ancient buildings is protected by clear laws. So when we deal with this problem, we will embed more new blocks and functions in the space, so that we can better protect the remains of buildings and sites through design.

1.intrude new volume that enables the accessibility of visitors to the heritage

the preserved part of building the reformed part of building

2.shape the volume according to the environmental demands and circumstances

3.optimize the shape along the extend edge from the historical elements nearby the site

4.optimize the shape according to the historical texture

5.shrink the ground area of volume to introduce the nature light

6.reshape the edge to optimizing the lighting conditions

7.set floors in various hight to create the internal circulations

8.finally fit new functions into the historical environment and texture

COASTAL LANDSCAPE HISTORIC LANDMARK
SITE ANALYSIS
ORIGINAL TOPOGRAPHY FABRIC OF BUILDINGS FABRIC OF CITY STREETS

This design includes a food club, several activity rooms for residents, and a small tourist center. The entire space is open to the community and visitors. A visiting flow line run through the whole building. Standing in this build, people can see the changes of it over time and feel the richness of local culture.

THE NEW SPATIAL EXPERIENCE OF THE HERITAGE GROUND FLOOR PLAN FIRST FLOOR PLAN SECOND FLOOR PLAN VIEWING SPACE BUTTRESS CATERING AREA VIEWING SPACE REST AREA ACTIVITY AREA
HISTORICAL REMAINS RECEPTION CENTER N 1 1 2600 3700 5200 11500 5500 6000 11500 7000 22500 3600 7000 1800 7900 4900 4900 5800 23500

THE CONSTRUCTION METHODS

About the structure, as the main purpose of this design is to protect the cultural relics, the existing enclosure walls are used as support, and new spaces are created on the relics using steel frames, which is light in weight and strong. They can protect the cultural relics without causing any damage.

The detail between the external wall and the new structure The detail between the interior wall and the new structure

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