Portfolio_JeongWoo Son

P O R TFOLIO FOLIOP O R T A

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PROJECT AREA

CONTENTS

Seoul, South korea 01

S.S.U.T In 2023, the first semester of the fifth year Personal work

02

THE URBAN GATE I.F In 2021, the second semester of the third year Personal work

03

MAJANG AJANG In 2021, the first semester of the third year Personal work

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JEONNONG S.S.S LIBRARY In 2022, the first & second semester of the fourth year Personal work

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SHALI STAGE OASIS OVERTURE In 2023, summer break Team work

2024

2023

2022

2021

06

GEDDES IN THE ROOFTOP In 2021, winter break Team work

07

FLOODING GLORY In 2022, winter break Team work

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OTHER WORKS Personal work

Siwa, Egypt

Sungei tampiness, Singapore

Tel aviv, Israel

Personal work

Streamside Urban Terrace Excavation, Stack, Terrace

Streamside urban terrace Timeframe : In 2023, the first semester of the fifth year Location : 295 Cheonggyecheon-ro, Jongno-gu, Seoul Purpose : Commercial complex, shopping mall, hotel

After the restoration project, the development of Cheonggyecheon did not progress beyond removing the covering road and planting vegetation, despite the increasing need for recreational spaces within the urban center due to population growth. From this perspective, for over 20 years since the inception of the restoration project, Cheonggyecheon has remained stagnant.

Mass shapes the terrace as a space for relaxation in everyday life. Two masses rise in a stepped form, embracing and containing the waterfront area.

I propose a new downtown waterfront terrace architecture for Cheonggyecheon, which allows easy access to the existing Cheonggyecheon. The key concepts of this design include a waterfront terrace that seamlessly integrates with the surrounding landscape and various heights of grand stairs and urban terraces.

Cheonggyecheon urban research Recreated based on < A City and Its Stream by Peter G. Rowe> Water loss control

Segment 1 (2.0km) Segment 1

Type 1

Segment 2

Segment 3

01 Type 2

Segment 2 (2.1km)

Type 3

Segment 3 (1.7km)

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Top. urban city model, scale 1:1000

Type 3 Urban edges Type 4

Bottom. urban terrace model, scale 1:500 Natural edges

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Site study process EL=26.38

The pedestrian connections along Cheonggyecheon consist of 2 elevators, 36 entrances/exits with stairs, and 17 entrances/exits with ramps. Originally not intended for pedestrian use, this river posed challenges due to its 6.1km length and elevated location, making it difficult to provide convenient access.

EL=26.28

EL=22.92

EL=21.83

EL=20.83

Section type 1

To address this, a proposal was introduced for an urban waterfront terrace architecture that ensures easy access to Cheonggyecheon. This proposal, influenced by insights from Peter G. Rowe’s “A City and Its Stream,” conducted a cross-sectional analysis of the river, identifying areas that wouldn’t disrupt existing structures.

04

EL=20.03

EL=20.01

EL=14.10

EL=14.15

EL=11.74

Among the sections of Cheonggyecheon, the intersection of Segment 3, a leisure and cultural area, with Dongdaemun, one of Seoul’s top tourist attractions, was selected. This unique spot features distinctive local businesses, efficient transportation, and well-established tourism facilities, making it an ideal location.

A notable feature of this area is the local commercial sector, including former shoe markets that were used as direct sales points or wholesale warehouses for Dongdaemun’s fashion industry. Combining this commercial area with a hotel aims to revitalize the waterfront as a tourism resource and transform the commercial activities and overall atmosphere.

Section type 2

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Final model, staircase-like terrace part, scale 1:150

Mass process EL=18.97

EL=18.88

01. Excavation aligned with stream level 02. Channeling the stream’s flow into the site

EL=13.10

EL=13.15

03. Mass stacking

EL=10.60

04. External public space in the lower level

Section type 3

05. Stacking cleared mass at the upper level EL=15.15

EL=14.20 EL=13.10

EL=13.15

EL=10.60

Section type 4

06. Terracing of upper mass into staircase form

The site was transformed to accommodate the Cheonggyecheon stream’s flow, creating a continuous waterfront by clearing the lower area, excavating and stacking material to form an elevated platform with a terraced urban area.

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Exploded axono circulation diagram Shoe shopping complex unit

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Urban waterfront terrace Hotel room unit

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Circulation

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01. Dongdaemun shoe market history exhibition hall 02. Dongdaemun history exhibition hall 03. Dongdaemun out door social space 04. Shoe design magazine room 05. Outdoor restaurant 06. Fitness center 07. Restaurant

2nd floor plan

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6 4

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01. Diagonal stair shoe exhibition space 02. Dongdaemun green plaza 03. Cheonggye grand stair 04. Indoor social space 05. Cheonggye front 06. Reception desk

Ground floor plan

Core, stairs

Shoe shopping complex The shoe shopping complex is designed with a floor plan based on the axis of the shopping area and the office duplex units. The facade design aims to expose and showcase the interior to the outside. To achieve this, the front is enclosed with a curtain wall, preserving the terrace-like massing in its original form.

Subsequently, trapezoidal vertical elements were attached to emphasize the verticality of the office duplex units, while protruding slabs were used to enhance the overall urban terrace’s sense of horizontality.

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7 A

8 01. Dongdaemun shoe market history exhibition hall 02. Shoe design magazine room

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03. Dongdaemun green plaza

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04. Cheonggye grand stair 05. Indoor social space 06. Parking lot 07. Office unit

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08. Shop unit

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Section A_A’

Shoe hotel complex Each guest room is organized with a terrace-style facade that provides privacy and creates a barrier between the private living space and the external environment. This design encourages appropriate separation and insulation from the outside, ensuring the protection of guest’s private lives.

Furthermore, for the hotel’s shared spaces on the 2nd floor, such as the restaurant, grand stairs, and external deck, a cascading facade in a stepped form was designed to create a natural and organic facade flow.

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7 01. Diagonal stair shoe exhibition space

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02. Cheonggye grand stair 03. Outdoor restaurant

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04. Cheonggye terrace 05. Waterfornt cafe 06. Hotel lounge

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07. Hotel room 08. Restaurant

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09. Parking lot

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Continuous section B_B’

Exhibition model, scale 1 : 150

Personal work

THE URBAN GATE I.F The urban gate incubator of fashion Timeframe : In 2021, the second semester of the third year Location : 319 Cheonggyecheon-ro, Jongno-gu, Seoul Purpose : Redevelopment, social open space, office, housing

This is a project for the regeneration of Changsin-dong. Since the 1920s, low-rise buildings have been erected in Changsin-dong. As time passed, the density of buildings gradually increased. Buildings were erected tightly without adhering to regulations, gradually choking the vitality of Changsin-dong.

Through initial team-based urban research, established a social condenser and formulated urban plans up to 2050.

The iconic ‘Shoe Market C Building’ in Changsin-dong was transformed through redevelopment, combining local merchants’ offices and residential spaces. This allowed this project to envision the future appearance of Changsin-dong.

Social condenser : VACANCY 0%

100% Vacancy rate

The vacancy rate in Changsin-dong is high. Recognizing the substantial power of vacancy rates on future urban transformation, established it as a significant social condenser.

Mapped underutilized exterior spaces by examining internal city structures, and the utilization rates of buildings.

Changsin-dong will utilize this information to create a new urban environment.

Plaster concept model scale 1 : 100 Hotspot urban planning map

Extract urban ally’s DNA

01. Phase 1. 2021 ~ 2025 - Divide the blocks, locate starting hot spots 02. Phase 2. 2030 ~ 2040 - Head inward blocks, make pedestrian road 03. Phase 3. 2040 ~ 2050 - Create both physical/conceptual inside flow

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04. Phase 4. 2050 ~ - Connect the flow through the hot spots 01, 02, 03 - Ally’s DNA 04 - Combined ally’s DNA into office concept 03

Urban future flow isometric drawing Project target flow

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These are drawings of the alleys where commercial activities take place around the site. Various commercial activities existed within gaps of less than 2 meters in the alleys. This is a unique DNA of Changsin-dong’s alleys. Aimed to extract this DNA from the surrounding context and transplant it into the building.

Through concept drawing, visualized the landscapes inside the building.

Took a flow traverses the city from north to south.

Connecting the densely populated urban area in the north with the natural environment in the south is the central objective of the project within the vast urban framework.

Parking lots were planned in the vacated exterior spaces, and buildings were cleared to create a pleasant pedestrian environment.

Final model scale 1 : 200

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03

Mass process 01. Excavate building’s old part for the flow 02. Dig ground, turn to social out, indoor space 03. Add office area 04. Add housing area 01

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Structure process Top -Beams and joists structure Middle - Megga truss structure Bottom - Existing remaining structure

To implement the mass that continues the flow, a mega truss structure is placed on top of the existing remaining structure of the lower part.

Above the truss, a relatively lightweight residential area structure is erected.

7F, 8F housing unit plan Planned residences for two individuals, catering to both the workers of the office building for Changsin-dong’s fashion industry and the general public.

Type A

Type A is suitable for newlyweds or a single, and double friends.

Type B is designed for two roommates who can each use separate rooms.

Type B

Perspective view drawing Top - Outdoor runway & social space Middle - 6F flexible green office space Bottom - 7F housing and social space

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01. Indoor housing green social space 02. Indoor housing social space 03. Outdoor green social space 04. Indoor green social space 05. Indoor social space

Section A_A'

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Section A_A’ isometric view drawing

Personal work

MAJANG AJANG House for a newlywed couple with children Timeframe : In 2021, the first semester of the third year Location : 500 Cheonggyecheon-ro, Seongdong-gu, Seoul Purpose : Resiential house, childcare center

This is a house designed for newlyweds with children. The site is currently situated with the Cheonggyecheon flowing to the south, providing a serene retreat where newlyweds can find stability and focus on raising their children amidst the tranquility of Cheonggyecheon.

As a social condenser, the home features childcare facilities to assist working couples in caring for their toddlers. I hoped this Majang Ajang will alleviate the burden of parenting for the newlyweds, allowing them to continue their social activities while providing a nurturing environment for their children.

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01. Parking lot

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02. Village cafe 03. Rooftop garden 04. Outdoor garden 05. Indoor playground 06. Newlywed housing unit

AA’ section

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01. Parking lot 02. Playground 03. Outdoor garden 04. Principal’s office 05. Teacher’s lounge 06. Administration room 07. Preschool classroom

Ground floor plan

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Play Garden _ Top One can observe the green layout embracing the internal space surrounding the rooftop core, as well as the plans for the second and third floors. Additionally, considering the facade composition, efforts were made to extend the window details of the 2nd and 3rd floors from the exterior walls. Residents in this space can enjoy leisure and greenery within the urban setting, providing an experience of nature both inside and outside while spending time with their children.

Connect Garden _ Bottom The external emergency passage connects the rooftop green space with the green areas on the first floor and basement, seamlessly linking them with the residential spaces on the second and third floors. It is designed to allow people to move smoothly and observe each other from the outside.

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2 1

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Play Garden _ Bottom This is an outdoor garden spanning the first floor and basement. The underground cafe and staircase, accessible through the southern passage of the site, offer an indirect view of children’s activities through the circular windows in the lower space.

01. Indoor playground 02. Newlywed housing unit

2nd floor plan

Personal work

Skip, Stuck, Step

JEONNONG S.S.S LIBRARY Jeonnong skip, stuck, step library

Timeframe : The entire duration of the fourth year in 2022 Location : 691-2 Jeonnong-dong, Dongdaemun-gu, Seoul Purpose : Reginal main library

This is a library planning and implementation design project carried out during the 1st and 2nd semesters of the 4th year. The goal of this project was to establish a representative library in Jeonnong-dong, a peaceful and serene neighborhood with many residential complexes. The site’s terrain had a height difference of 3 meters, allowing for various access points to the 1st floor entrance.

The masses are formed based on the height difference of the site. Lower masses penetrate and intersect with higher masses, creating voids.

The aim was not just to diversify the height of the 1st floor entrance but also to extend this diversity throughout the entire interior of the library. To achieve this, tall and heavy masses were integrated with lower and lighter masses, creating a floor plan with varying heights throughout the space.

Conceptual design

Mass process

Detailed design with REVIT

The higher mass was depicted using solid materials, while the lower mass was represented with lighter materials, creating a form where the lower mass penetrates into the higher mass, enhancing its visibility.

4th floor plan

Ground floor plan

3D exterior wall section

Continuous sectional perspective drawing

Team work Plan & section retouch Ground, 3rd, 4th floor plan & section North east 2-poingt perspective view drawing Ground floor & comunity space perspective view drawing

GEDDES IN THE ROOF TOP Timeframe : In 2021, winter break Location : 16 Luaama Street, Jaffa, Tel Aviv, Israel Purpose : Redevelopment, social open space, housing

This proposal addresses the tension between preserving modern heritage and accommodating present requirements. It achieves this by elevating a glulam structure above the current building, creating space in between. The renovated structure is conceived as a shared commons, managed and enjoyed by residents and the local community.

The new addition respectfully engages with the existing heritage building and its surroundings, fostering a harmonious dialogue. Furthermore, it promotes innovative ways of communal living and sharing, while also incorporating sustainability measures across different levels.

Building skin design with surronding heritage process

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01. Backyard pocket garden 02. 3rd floor social space 03. Guest social space 04. Housing unit 05. Cafe

Section

2

01. Backyard pocket garden 02. Cafe

Ground floor plan

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3

3

3

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3

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2 3

3 1 01. Community kitchen 02. Community space

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03. Housing unit

4th floor plan

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2

1 4

01. Co-working space 02. Common kitchen 03. Community area 04. Leisure area

3rd floor plan

Team work Roof overture concept drawing Hotel & museum plan & section Hotel & museum perspective view drawing North east 2-poingt perspective view drawing Construction section perspective view drawing

SHALI STAGE, OASIS OVERTURE Timeframe : In 2023, summer break Location : Shali fortress, Siwa, Egypt Purpose : Revitalization of cultural heritage

The Shali Fortress project aims to transform the fortress into a vibrant economic and cultural center for Siwa Oasis, providing sustainable community development, economic opportunities, and spaces for locals. It reinterprets traditional tents for a modern protective structure against the desert sun, going beyond a performance venue or theme park.

During construction, Siwa Oasis residents engage by contributing materials like mud and wood. The project features hotels, studios for local work, and strategically placed community spaces like shared kitchens, versatile performance areas doubling as markets, relaxing zones by the bookstore, a historical museum, and a groundwater-based pool.

Local materials inspired by Siwa Oasis’ traditional ‘Karsheef’ construction are used for finishing. Crystallized salty mud is divided into salt and mud for tiles with unique textures and colors on walls and slabs. Date palm tree wood forms the lattice roof structure.

Zoning by use Hotel Museum Book store Open studio Amphitheatre& Lounge

General purpose of project

Community involvement

History of shali fortress

In this project, the Shali Fortress is envisioned not merely as a performance venue akin to a new Egyptian theme park, but as a new economic and cultural hub for the Siwa Oasis. The aim is to transform the Shali Fortress and its surrounding archaeological site into a center for sustainable local community development, providing new economic opportunities and community spaces for the residents. Moreover, rather than adhering to traditional architectural styles, the project proposes a reinterpretation of the traditional tents of the ‘Berbers,’ who have inhabited the Siwa Oasis for centuries, to create a modern structure that covers the entire site like a roof, shielding it from the intense desert sunlight. Traditional tents of the ‘Berbers,’ who have inhabited the Siwa Oasis for centuries, to create a modern structure that covers the entire site like a roof, shielding it from the intense desert sunlight.

Community involvement begins from the outset of construction. Siwa Oasis residents are directly engaged in the construction process, obtaining and supplying materials such as mud and wood from the vicinity. After construction, spaces like hotels and open studios within the site are designed to provide opportunities for local residents to work and gain economic benefits. Additionally, community facilities for Siwa Oasis residents are strategically placed throughout various spaces, including shared kitchens in the suites, performance spaces that double as markets when not in use, open spaces for relaxing and socializing near the book store, a museum showcasing the community’s history, and a swimming pool utilizing groundwater.

The Shali Fortress, located in the heart of the Siwa Oasis, was historically adorned with various myths and sacred legends, basking in significant glory. However, it has now become a neglected and declining area, marked as an abandoned village unable to progress. Establishing an international and modern performance facility here, while creating spaces for local residents, could be an excellent way to maximize the cultural heritage of the Shali Fortress, which has preserved its unique history and culture since ancient Egyptian times.

Detail section

THK30 Finish Wood In the case of trees used as finishing materials, they are made by recycling discarded palm leaves.

100x30 Plywood / Salt Salt is put under the finishing material to help control moisture.

THK200 Cast in Place Concrete

THK30 Mud Finish The mud finishing method previously used in Siwa was used.

Window(600x600) The window size is composed of a size that does not feel out of place compared to existing windows

300x600x50 Salt Block Siwa’s soil contains salt, which causes the walls to melt. By separating salt from the mud, a new type of façade can be created, and existing problems can be solved.

THK2O Mortar Setting Bed THK200 Cast in Place Concrete Mortar and frame are used as a medium for connecting concrete and salt blocks. Mortar is the same material used in conventional Siwa house.

All finishing materials used in the overall project are intended to be supplied by the local community, inspired by the traditional ‘Karsheef’ construction of the Siwa Oasis. In Siwa Oasis, the abundant crystallized salty mud is being separated into salt and mud to be used as distinct finishing materials for tiles, each with its own texture and color. The tiles crafted from salt and mud were employed for the walls and slabs creating interior spaces beneath the grand roof. For the lattice structure of the roof, wood harvested from date palm trees was utilized.

Hotel The communal space of the hotel embraces the traditional patterns of the city and encompass travelers’ experiences.

Partial floor plan 01. Suites 02. Communal kitchen 03. Outdoor cafeteria & Lounge

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Team work Concept drawing Module plan & section Rendering images & retouch

FLOODING GLORY

Tampines Eco Green is an eco-friendly park that offers a sanctuary for flora and fauna and a place for nature recreation.

With various natural habitats such as open grasslands, freshwater wetlands and a secondary rainforest, the park is a haven for biodiversity and a great place for visitors to enjoy the best of nature.

Timeframe : In 2022, winter break Location : Sungei tampiness, park area 1, Singapore Purpose : G.W.A.U

After exploring Tampines for the first time and a brief sketch of the rise in the surface, we sketched the conditions of Tampines’ direct field. First, the Tampines was so hot. Tampines’ deck needs a sun screen. Second, the Tampines is an area where floods are expected in 2100. Therefore, a floating system is required. Third, Singapore is running out of fresh water for the last time. Therefore, rainwater storage is required.

Our team’s module is Flooding Glory Module. Glory contains the hope that the flo vod will no longer be a disaster but an event and overcome it with fun. It also has a dual meaning that the rainwater harvesting system resembles a morning glory.

Senario SINGAPORE CLIMATE CHANGE UP TO 2100 Temperature Change

The Climate is Changing in Singapore.

4℃

(℃) +4.0 +3.5 +3.0 +2.5 +2.0

What will happen in 2100 at Tempines.

2040

2060

2080

Frequence of Heavy Rainfall

2100

IPCC AR6 Working Group I report

SINGAPORE 2100 SEA LEVEL, IF WE DID’T PREVENT

3.5M

TAMPINES 2100 SEA LEVEL, IF WE DID’T PREVENT

TEMPINES ECO GREEN 1.0

As sea levels rise, extreme sea events become more likey

0.75

MODULE

WATER WAY

BICYCLE ROAD

RESIDENT

Average

0.5 0.25 © 2021 Climate Central, Inc. IPCC AR6 Working Group I report

0.0

1950

2000

2050

2100

©2023 Urban Redevelopment Authority

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SINGAPORE GOVERNMENT 2100 TAMPINES MASTER PLAN OF CLIMATE CHANGES scale : 1/150 (10m)

DRY WEATHER

TAMPINES POLDER

TO PREVENT FLOODING & SEA LEVEL RISE, IMPERMABLE MEMBRANE MUST BE INSTALLED

SOURCE-PATHWAY-RECEPTOR APPROACH To adapt our drainage system to the challenges posed by growing urbanisation and increasing weather uncertainties, we adopt a holistic ‘Source-Pathway-Receptor’ approach. It focuses on the entire drainage system, addressing not just the drains and canals through which stormwater travels (i.e “Pathway”), but also the areas that generate stormwater runoff (i.e “Source”) and the regions where flooding may occur (i.e “Receptor”).

Plan_module

2M

7.5M

RAIN GARDEN

DETENTION TANK

SOURCE

The location where stormwater runoff is generated, ie. origin of the stormwater flows

SUNGEI TAMPINES

RETENTION POND

PATHWAY

SEA

The means or routes through whitch stormwater is conveyed CATCHMENT-LEVEL DETENTION TANK

TAMPINES EGO GREEN RETENTION POND

TEMPINES ECO GREEN

DIVERSION CANAL

MODULE

WATER WAY

BICYCLE ROAD

RESIDENT

TAMPINES BOULEVARD PARK RECEPTOR

CATCHMENT-LEVEL DETENTION TANK

TAMPINES RESERVOIR

Where floodwaters may propogate to and affect infrastructure MINIMUM PLATFORM

FLOOD BARRIER

RESERVOIR

0

© 2022 SPH Media Limited.

SUNGEI TAMPINES 2023 SITUATI0N

STORM EVENTS

IT CAN AFORDABLE STORM WATER DURING THE SKOLL

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scale : 1/150 (10m)

+4.5m (Max = 24.5m)

5.0M

Storm Event

2.0M

Dry Weather 0.4m

SUNGEI TAMPINES 2100 SITUATI0N THERE WILL BE HEAVY RAINFALLS MORE OFTEN > THE WATERWAY FINALLY FLOOD. BECAUSE OF TEMPERATURE RISE AND FLOOD, PEOPLE CAN’T USE THE WALKING DECK ANYMORE.

SUNGEI TEMPENIES & ECO GREEN BECOME USELESS IN 2100

A-A’ section_before rain

TO PREVENT FLOODING & SEA LEVEL RISE, IMPERMABLE MEMBRANE MUST BE INSTALLED

(Max = 24.5m) Storm Event 7.0M

Dry Weather 3.5M

2019

2023

Tampines is a Singapore’s important place.

Even though the climate changes we should preserve and use it

2100 (Expected)

It’s a shelter for sustainable Tempines !!

A-A’ section_after rain

OTHER WORKS _ CON. CON Continuos cone Timeframe : In 2017, the first semester of the first year Purpose : Finding repetition and patterns in everyday life

This is a project that conceptualizes the rules within the repetitive patterns of everyday life. It encompasses both abstract and concrete concepts. Examples of this could include the flow of kinetic energy in phenomena like smoke or wind, the texture of a pine tree’s bark, or the patterns on a turtle’s shell.

I found these repetitions and patterns in the pine cones of pine trees in my daily surroundings. Each pine cone’s wings gather in a circle, forming a band, and these bands gradually accumulate to create a single droplet. I abstracted this concept to create units. These units represent three levels of wing openness based on the humidity and temperature of the pine cone’s environment. Each unit is, in itself, a representation of a pine cone. These units gradually come together, each one becoming a wing to form even larger pine cones.

This implies all the structural concepts of nature that form collectives.

OTHER WORKS _ NODEUL DOME Timeframe : In 2023, the first semester of the fifth year Location : 445 Yangnyeong-ro, Yongsan-gu, Seoul Purpose : Multifunctional green cultural complex

In envisioning a dome for the interior’s multifaceted, eco-friendly cultural space, I conceived a structure without the need for columns. During the mass composition, the main frame was placed on the outermost part, shaped like an egg. After laying the foundation down to the bedrock layer of the sandy beach, I surrounded the main frame and completed the exterior with diagonal frames and glass within.

Main frame

Inner frame

Diagonal glass

Slab

OTHER WORKS _ THE PROPERTIS OF MATERIALS Timeframe : In 2020, the second semester of the second year Purpose : Studying about material’s properties

This project was conducted during the second semester in the course of Architectural Materials and Applications. The objective was for each team to select a commonly available architectural material visible in the surroundings and investigate its properties. Our team chose concrete, a readily accessible material capable of being formed into various shapes, for examination.

Our goal was to observe light through various forms of voids within the concrete, examining how light interacts with the surface of the concrete.

Making process 01. Mix proportion 02. Mixing 03. Casting

This is the process of casting concrete. First, we constructed a formwork for the desired shape. Afterward, we mixed the materials and proceeded with the casting. Due to the cold winter weather, maintaining the curing temperature was challenging.

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02

03

OTHER WORKS _ PARAMETRIC FACADE DESIGN Timeframe : In 2021, the second semester of the third year Location : 164 Seoul National University of Seoul, Dongdaemun-gu, Seoul Purpose : Parametric facade design

This project was conducted during the second semester of Digital Media 2 class. In teams, we selected buildings or facilities at the building scale in our vicinity and aimed to represent digital and visual information that could be extracted from both the surroundings and the chosen subject using parametric design.

Our team chose a building in front of our school. We represented real-time operating hours information and occupancy density information for each floor’s shops using the presence or absence of light and its intensity. Additionally, we depicted the opening and closing of facades for different types of businesses according to a step-by-step algorithm.

FACADE

PROBLEM_COMMERCIAL BUILDING FACADE

: FACE + APPEARANCE

상가 건물의 입면 관련 문제 제기

CONCEPT

CONCEPT

FACADE + [INFORMATION / FUNCTION / CUSTOMIZING]

FACADE LAYER CONCEPT

INFO + FACADE

입면레이어

기존 건물 입면에서는 부족했던 정보를 제공하며 개별 점포 특성과 실시간 현황을 반영하는 기능이 담긴 새 로운 파사드를 제시한다.

건축물의 입면은 건물의 싱징성이나, 기능, 형대를 나타내는 직접적인 요소이며 건물의 프로고램과 의미, 상징성에 깊게 관여하고 있어 건물의 선반적인 이미지를 담당한다 나아가 가로공간 등 공공영역의 이미지 및 분위기를 조성하는 배경 이 되는 중요한 요소이다

SITE

1. 획일화된 입면 한 건물 내에 다양한 특성을 가진 프로그램이 존재함에도 각 점포들 은 동일한 오프닝을 가진 공간으로 구성되어 있다. 또한 파사드는 고정적으로 존재하는데에 반해, 대부분의 점포가 임대 형식이기에 점포가 바뀌는 경우 각 프로고램의 특성에 맞지 않은 오 프닝을 가진 경우가 발생한다. 그렇기에 일사의 수용이 필요하지 않은 데도 오프닝이 있어 시트지로 창문을 막아버리는 등의 문제가 발생한 다

2. 입면이 주는 정보의 부재 기존 상가 건물은 입면만으로 점포의 내부 상대를 파악하기 어렵기 에 직접 가게 앞으로 가야만 내부 상태를 확인할 수 있는 경우가 있 다. 예를 들면 가게 내부가 잘 보이지 않아 가게의 영업 상대가 모호 하거나, 가게 내에 자리가 얼마나 남아있는 지 알 수 없는 것 등이다.

DATA

MODULE PROCESS

1 . WEB CRAWLING

2. SENSOR

입면 패널 단계별 개폐 정도 조절 기능레이어 모듈

영업시간 + 점포 방문 인구 수 정보 레이어 모듈

네이버 지도에 나타난 점포의 정보 중 업종과 영업 상태를 웹크 롤링을 이용해 가져온다.

현재 점포 출입 인원은 출입문 감지 센서를 통해 가져오는 것으 로 가정했고, 최대 수용 가능 인원은 직접 조사하였다.

지정해 준 업종별 개폐 단계 알고리즘에 따라 모듈의 개폐 각도가 결정된다.

점포의 영업 여부와 점포 내 상존인원 밀도 정보를 빛의 on/off와 빛이 켜진 개수의 밀도로 표현된다.

빛 모듈

모듈 기본 형태

개폐 모듈

파사드 구성 개폐 단계

프레임

열림 0 %

열림 50 %

0°

열림 100 %

45°

파사드 구성

90°

SITE PROBLEM

DATA COLLECTING

ALGORITHM CONTRUCTION PROCESS

대상 건축물의 문제점 파악 입면에 반영할 정보값 색출 단계

1. 업종분석

1. 기본골격

4. 입면 패널 단계별 개폐 정도 조절 (기능 레이어)

2. 점포별 그리드 생성하기

5. 어트랙터 적용

3. 입면 패널 생성(기능 레이어)

6. 영업시간 + 점포 방문 인구 수 정보 레이어

2-1. 실시간 영업 상태

PROGRAM 고시원과 pc방은 폐쇄적인 프로 그램, 음식점과 주류점은 오픈된 프로그램, 당구장은 그 사이의 성 격을 가지고 있다는 점을 반영해 오픈,중간,클로징의 구간을 구획 했다.

open

F6

F5

2-2. 고정된 영업 상태

close

F4 close

F3

F2

open

3. 파이썬 스크리트 그래스호퍼 리스트로 불러오기

ALGORITHM