Hyeonsu Yang_Work Samples 2013 by Hyeon-Su. Yang

HYEONSU Y A N G Architec tural wor k samples 2012 / 2013

H Y E O N - S U YA N G

Address: 14 Molstraat, Delft, 2611EN, The Netherlands Mobile: +31 (0)68 12 07 45 | Email: murmusic@gmail.com

EDUCATION Sep. 2009 - Jan. 2013

Delft University of Technology (TU Delft) | Delft, The Netherlands

Mar. 2000 - Aug. 2007

Sungkyunkwan University | Suwon, South Korea

Master of Science in Architecture, Urbanism and Building Sciences | Grade of Graduation Project: 9.5 (Archiprix 2014) Bachelor of Science in Architectural Engineering | Sungkyunkwan Academic Excellence Scholarship (1st semester, 2006)

WORK EXPERIENCE (selected)

Aug. 2013 - Present

OMA (Office for Metropolitan Architecture) | Full-time Employment | Trainee

Jun. 2013 - Jul. 2013

One Architecture BV | Full-time Employment | Freelance Architect

Mar. 2009 - Aug. 2009

TOWOOJAE architects & consultants | Full-time Employment | Freelance Architect

Oct. 2007 - Jun. 2008

KUNUSA architects | Full-time Employment | Junior Architect

May. 2007

Sungkyunkwan University | Freelancer

Dec. 2005 - Aug. 2007

Digital Media and Technology Lab (DMTL in Sungkyunkwan University) | Assistant Researcher

Sep. 2005 - Dec. 2005

Digital Design (a regular course in Sungkyunkwan University) | Teaching Assistant

Jun. 2005 - Jul. 2005

T.E.D architects | Freelancer

Mar. 2001 - May. 2003

National Military Service in Gangwon province, South Korea

Location: OMA HQ, Heer Bokelweg 149, 3032AD, Rotterdam, The Netherlands | Website: www.oma.com Project: IL Fondaco dei Tedeschi (Venice, Italy), Morden Wharf (London, UK), ACT - Audi Cyber Terminal (Consultation Research & Proposal), Monditalia - Venice Biennale 2014 (Corderie-Arsenale, Venice, Italy) | Main Role: Design Research + Proposal + Development, 3D modeling, Physical model-making & photography, Visualization, Documentation Location: Hamerstraat 3, Amsterdam | Website: www.onearchitecture.nl Project: Renovation of Oude Kerk (Old Church)â&#x20AC;&#x2122;s doors and entrance hall in Amsterdam | Main Role: Design Research, Proposals and Development for Doors and Furnitures, 3D modeling, Visualization, Physical model-making (3D printing) Location: Seoheung building, Yangjae-dong 248-6, Seocho-gu, Seoul, South Korea | Website: www.towoojae.com Project: Han-Style Agency, Book-publishing with Juseok Kim(Principle, TOWOOJAE architects) as a co-author & Making trial questions and answers for Hansol Academy relevant to Architect Registration Examination | Main Role: 2D drawing (autocad), 3D modeling (Sketchup), Rendering & Image editing (Artlantis, Photoshop), Document editing (MS word, Indesign) Location: Jingyeong building, 911-5 Daechi-dong, Gangnam-gu, Seoul, South Korea | Website: www.kunusa.co.kr Project: Naju National Archeology Museum, Namyangju City Pavilion, Kimpo Youth Retreat Center, Seongnam Pangyo Ecological Learning Center | Main Role: Schematic Design, Facade Design, Interior & Furniture Design, 2D drawing (autocad), 3D modeling (Sketchup & Rhino 3D), Rendering & Image editing (Artlantis, Photoshop), Document editing (Photoshop, Illustrator, MS word) Location: Sungkyunkwan University, Suwon, South Korea Project: 3rd Techno-Engineering Center | Collaborator: Jongho Yeom | Main Role: Schematic Design, 2D drawing (autocad), 3D modeling (Sketchup), Rendering & Image editing (Artlantis, Photoshop) Professor: Sung-Ah Kim | Location: Sungkyunkwan University, Suwon, South Korea | Website: dmtl.skku.edu Project: Ubiquitous Street Light-interactive urban-ware (Funded by Seoul Business Agency, Seoul Metropolitan Goverment) | Main Role: Research for the Ubiquitous Street Light service - Implement the virtual USL using the Game Engine \ Visualization - 3D Max, Sketchup, Artlantis, Flash \ Research budget operations Professor: Sung-Ah Kim | Location: Dept. of Architecture, Sungkyunkwan University, Suwon, South Korea Main Role: Lecturing in Sketchup and Artantis, making educational tutorials and syllabi Location: 280-13 Seongsu-dong 280-13, Seongdong-gu, Seoul, South Korea | Website: www.tedarch.com Project: The Student Union of Dongduk Womenâ&#x20AC;&#x2122;s University Main Role: Physical model-making (for a final-physical model for the competition)

QUALIFICATIONS Language Computer Skills

English (Fluent), Korean (Native) Document Editors: InDesign, MS word, Powerpoint, Excel 2D Graphics: Photoshop, illustrator 3D Graphics: Sketchup (Professional), Rhino 3D, AutoCad, Revit, Archicad, 3D Max Renderings: Artlantis (Professional), Render[in], V-ray, Podium

AWARDS Nov. 2013

Individual / Team Winner of TU Delft | The National Archiprix 2014 (nominated project for the National Archiprix 2014)

Nov. 2007

1st prize | 26th National Exhibition of Korean Architecture

Jul. 2007

2nd prize | 1st Ubiquitos Space International Competition (USIC)

Title: Muiderpoort Station Renewed | Type: Internation competition | Project in Charge: Hyeonsu Yang | Client: Archiprix - The Netherlands | Program: Train Station, Public Library, Music school, Workshops, Gallery and various commercial programes Title: Evolution for Preservation | Type: National Idea competition | Project in Charge: Hyeonsu Yang | Client: Korean Institute of Architecture | Function: Housing, Restaurant, Retail, Commercial & Nurture Title: {Technology+Art+Human} x Relation = New Museum | Type: International Idea Competition Project in Charge: Hyeonsu Yang, Jungho Yeom, Yuntak No | Client: Ministry of Commerce Industry and Energy ( the former Ministry of Knowledge Economy) | Function: Museum

Dec. 2006

Nov. 2006

3rd prize | 25th National Exhibition of Korean Architecture Title: Fill in the blank space | Type: International Idea Competition Project in Charge: Hyeonsu Yang | Client: Korean Institute of Architecture Function: Elementary School, Sport facilities, Public Library & Public office

Honorable mention | 42th Gyeonggi Architecture Competition

Title: Multi-layered topography | Type: Idea Competition Project in Charge: Hyeonsu Yang, Taehee Han | Client: Korean Institute of Architecture | Function: Culture & Education

Honorable mention | AIK Digital Architecture 2006

Title: Exo-skeleton Bridge | Type: Idea Competition Project in Charge: Hyeonsu Yang | Client: Architectural Institute of Korea| Function: Bridge

Honorable mention | 3th National Exhibition of Korean Landscape Architecture

Title: Fluid Trace | Type: National Idea Competition | Project in Charge: Hyeonsu Yang, Taehee Han, Soonhyeon Kim, Jihoon Park, Jongki Kim | Client: The Korean Institute of Landscape Architecture | Function: Urban Park

Mar. 2008

Participations (selected) 1st winner | Kimpo Youth Retreat Center

Dec. 2007

3rd winner | Seongnam Pangyo Ecological Learning Center

Jul. 2005

1st winner | The Student Union of Dongduk Women’s University

EXTRACURRICULA ACTIVITIES

Project in Charge: KUNUSA architects | Client: Gimpo City Council & Gimpo Urban Corporation (GUC) Type: Competition | Location: 281-1, Geolpo-dong, Gimpo-si, Gyeonggi-do, South Korea | Function: Education & Culture Size: 4,724.21 m2 (area) | Status: reailized in 2011 Project in Charge: KUNUSA architects | Client: Korea Land and Housing Corporation (LH) Type: Competition | Location: 637, Sampyeong-dong, Bundang-gu, Seongnam-si, Gyeonggi-do, South Korea Function: Exhibition, Green House, Education & Culture | Size: 4,600 m2 (area) | Status: idea Project in Charge: T.E.D architects | Client: Dongduk Women’s University Type: Competition | Location: Dongduk Women’s University, Seoul, South Korea | Function: Education & Research, Welfare facility (remodeling) | Size: 1663m2 (building area) | Status: realized in 2006

Dec. 2012 Oct. 2012 Nov. 2007 Jul. 2007 Feb. 2007 Dec. 2006 Nov. 2006 2000 - 2008

Exhibitions (selected) Exposition ‘Renewal of the city renewal’ | RAP Leiden, Leiden, the Netherlands Exposition ‘Renewal of the urban renewal’ | EAAE / ISUF international conference, TU Delft, the Netherlands 26th KIA Convention & Exhibition | Old Seoul Central Railway Station, Seoul, South Korea 1st USIC Exhibition | Zero-One Design Center, Seoul, South Korea 2nd A.S.O.P Exhibition | Mulpa Space, Insa-dong, Seoul, South Korea 25th KIA Convention & Exhibition | COEX, Seoul, South Korea 3rd National Exhibition of Korean Landscape Architecture | Hangaram Design Museum, Seoul, South Korea Biannual Exhibition of Sungmi Club | Sungkyunkwan University, Seoul & Suwon, South Korea

22 Feb. 2013 02 April. 2009 11 Nov. 2007 Sep. 2010 - Aug. 2011

PRESS PUBLICATIONS Dec. 2007 Nov. 2007 Apr. 2007 Dec. 2006

Archiworld | Vol. 151, pp. 184-185 Publications of Preceeding of KIA Convention & Exhibition in 2007 | KIA, pp. 230-231 Concept | Vol. 096, pp. 106-113 Publications of Preceeding of KIA Convention & Exhibition in 2006 | KIA, pp. 308-309

AFFILIATIONS Mar. 2013 - Present Feb. 2012 - Present Sep. 2009 - Present Dec. 2006 - Aug. 2009 Mar. 2000 - Present

SBA Dutch lisenced architect in the Nethlands Member of Korean Scientists and Enginners Association in the Netherlands (KOSEANL) Korean Student Association of Technical University of Delft (KSATUD) Analog Synopsis of Pandora (A.S.O.P) Sungkyunkwan University’s Fine Art Club (Sung-Mi Club)

REFERENCES Paul Vermeulen

Principle, De Smet Vermeulen architecten / Thesis advisor, Delft University of Technology

Henk Mihl

Thesis advisor, Delft University of Technology

Sung-Ah Kim

Professor, Sungkyunkwan University

Tel: +32 9-329-42-52 | Mobile: +32 486-44-90-03 | Email: paulvermeulen@hdspv.be

Tel: +31 (0) 152-78-40-94 | Mobile: + 31 (0) 639-25-12-06 | Email: H.Mihl@tudelft.nl / h.mihl@xs4all.nl Tel: +82 31-290-7566| Mobile: +82 (0) 10-2688-7909 | Email: sakim@skku.edu

WORK LISTS

H Y E O N S U Address: 14 Molstraat, Delft, 2611EN, The Netherlands Y A N G Mobile: +31 (0)68 12 07 45 | Email: murmusic@gmail.com

Individual works

Team works

(selected)

Muiderpoort Station Renewal

The Green Blanket

The Crevice

Nature Box - Collidar Activity Center

Ellipse Flower - Living + Parking

{Technology + Art + Human} x Relation = New Museum

Period: Sep. 2011 - Jan. 2013 (Nonimation for ARCHIPRIX 2014) Type: Research and Architectural design Advisors: Paul Vermeulen, Henk Mihl, Esther Gramsbergen (TU Delft) Location: Muiderpoort station, Amsterdam, NL Function: Railway Station, Public Library, Music school, Workshops, Bookstore, Art Gallery & Retails

Period: Feb. 2010 - Jun. 2010 Advisor: Engbert van der Zaag (TU Delft) Type: Architectural design Location: Laan op Zuid 2, Rotterdam, NL Function: Office, Restuarant, Retails

Period: Sep. 2009 - Jan. 2010 Advisors: Joost Mulders, Ron Keesom (TU Delft) Type: Research and Architectural design Location: Robin Hood Lane, London, UK Function: Collective Housing with Car-related facilities

Period: April. 2013 - June. 2013 Type: Competition - Architecture & Urban Design | Status: idea Client: Europan 12 & GEWOFAG Wohnen GmbH Collaborators: Ermal Kapedani, Hyejun An, Piero Medici (Team) Location: BacherstraĂ&#x;e, Munchen, Germany Function: Collective Housing Size: 6,130 m2 (site area)

Period: Feb. 2013 - Mar. 2013 Type: Competition - Architecture & Landscape | Status: idea Client: Walltopia Collaborators: Taejin Lee, Gyeongoh Chung, Seunghyun Kang & Naun Kim (Team) Location: Mladost3, Sofia, Bulgaria Function: Sports, Leisure & Office Size: 8,000m2 (Building area), 22,227m2 (landscaping area including builidng plot)

Period: Jun. 2007 - Jul. 2007 Type: Competition | Status: 2ND PRIZE Client: Ministry of Commerce Industry and Energy Collaborators: Hyeonsu Yang, Jungho Yeom, Yuntak No (Team) Location: Seoul, South Korea Function: Multi-media Museum

Evolution for Preservation

The Giving Tree

Filling in the blank space

Multilayered topography

Period: Jul. 2006 - Dec. 2006 Type: Competition (Research & Architectural Proposal) Status: 3RD PRIZE | Client: Korean Institute of Architecture Location: Namsan elementary school, Seoul, South Korea Function: Elementary school, Public Library & Public Office, Sport facilities, Public Parkings

Period: Oct. 2006 - Nov. 2006 Type: Competition | Status: HONORABLE MENTION Client: Korean Institute of Architecture (KIA) Collaborators: Hyeonsu Yang, Taehee Han (Team) Location: Seoul, South Korea Function: Cultural Center, Workshops

In-between

Fluid Trace

Swing House

Assemble Housing

Periods: Mar. 2006 - Jun. 2006 (Graduation work) May. 2007 - Nov. 2007 (Competition) Type: Research & Architectural design / Competition Status: 1ST WINNER | Client: Korean Institute of Architecture Advisors: Do-nyeon Kim, Jin Heo (Sungkyunkwan University) Location: Mu-dong & Da-dong, Seoul, South Korea Function: Collective housing, Local amenities, Soho (food-court), Public parkings

Period: Nov. 2005. - Dec. 2005 Type: Architectural design Advisors: Teaho Byeon, Jongin Choi (Sungkyunkwan University) Location: Apgujeong-dong, Seoul, South Korea Function: Public Library, Local Community & Culture Centre, Landscape

Period: Sep. 2005. - Oct. 2005 Type: Architectural design Advisors: Teaho Byeon, Jongin Choi (Sungkyunkwan University) Location: Yang Peong, Gyeonggi-do ,South Korea Function: Private House

Period: Mar. 2007 - Apr. 2007 Type: Competition | Status: idea Client: DOCOMOMO Korea Collaborators: Hyeonsu Yang, Taehee Han, Jihoon Park (Team) Location: The former Seoul Station, Seoul, South Korea Function: Railway Station, Cultural facilities, Public Library, Greenhouse (Remodeling)

Period: Oct. 2006. - Nov. 2006 Type: Competition | Status: HONORABLE MENTION Client: The Korean Institute of Landscape Architecture Collaborators: Hyeonsu Yang, Taehee Han, Soonhyun Kim, Jihoon Park, Jongki Kim (Team) Location: Seoul, South Korea Function: Urban Park

Period: Aug. 2005. - Oct. 2005 Type: Competition | Status: idea Client: HANSSEM Co.Ltd Collaborators: Hyeonsu Yang, Seungchul Lee Location: everywhere Function: Collective Housing

Contract works (selected)

Monditalia (Venice Biennale 2014)

IL Fondaco dei Tedeschi

New Entrance: Exterior doors

ACT: Audi Cyber Terminal

New Entrance: Interior & Furnitures

Kimpo Youth Retreat Center

3rd Techno-Engineering Center

Pangyo Ecological Learning Center

The Student Union of Dongduk Women’s University

Ubiquitous Street Light

Period: Oct. 2013 - Present Type: Contract Status: Design & Technical Development for realization Client: La Biennale di Venezia Collaborators: Ippolito Pestellini Laparelli, Miguel Taborda, Barbara Materia, Alice Gregoire, Paul Couriet, Fabrizia Vecchioue, Lucia Venturini, Marton Pinter | Location: Corderie (Extending on the southern side of the Arsenale ), Venice, Italy | Program: Exhibition & Performance (Temporary) | Size: 6,320m2

Period: Aug. 2013 - Oct. 2013 Type: Contract Status: Design Development (finished) Client: Benetton - Edizione Property S.R.L. Collaborators: Ippolito Pestellini Laparelli, Francesco Moncada Silvia Sandor, Jan De Ruyver, Cecilia del Pozo, Andreas Ierides Location: Fondaco dei Tedeschi on the Grand Canal adjacent to the Rialto, Venice, Italy | Program: Department Store (mix-used public & culutral facilities) | Size: 11,000m2

Period: Jun. 2013 - Jul. 2013 Type: Contract - Design proposal, Remodeling & Doors design Status: Design & Technical Development for realization Client: City of Amsterdam / One Architecture BV Collaborators: Matthijs Bouw (Principle), Bart Aptroot (Associate), Froukje van de Klundert (architect), Berend Strik (Artist) Location: Old Church (Oude Kerk), Amsterdam, The Netherlands Function: Entrace (Sculptural Doors with Information board) Size: -

Period: Oct. 2013 Type: Consultation (Research & Proposal) Status: AMO COMP Fase 1 Client: Audi | Collaborators: Ippolito Pestellini Laparelli, Miguel Taborda, Lucia Venturini + AMO Location: Everywhere Program: Various new prototypes of Audi dealership (combinding with various commercial and cultural programs relevant to Audi cars)

Period: Jun. 2013 - Jul. 2013 Type: Contract - Design proposal, Remodeling & Furniture design Status: Design & Technical Development for realization Client: City of Amsterdam / One Architecture BV Collaborators: Matthijs Bouw (Principle), Bart Aptroot (Associate), Froukje van de Klundert (architect), Berend Strik (Artist) Location: Old Church (Oude Kerk), Amsterdam, The Netherlands Function: Entrance Hall & Box Office Size: -

Period: Feb. 2008 - Mar. 2008 Status: Realized in 2011 (1ST WINNER) Type: Competition | Client: Gimpo City & Gimpo Urban Corporation (GUC) Project in Charge: KUNUSA architects Location: Gimpo City, the Province of Gyeonggi, South Korea Function: Education & Culture | Size: 4,724.21 m2 (Building area) Main Roles: Concept, Interior and Furniture design, Image rendering and editing, managing a collaboration firm for final products, etc.

Period: Nov. 2007 - Dec. 2007 | Status: idea (3RD PRIZE) Type: Competition - Architecture Client: Korea Land and Housing Corporation (LH) Project in Charge: KUNUSA architects Location: 637, Sampyeong-dong, Seongnam-si, South Korea Function: Exhibition, Greenhouse, Education & Culture Size: 4,600m2 (Building area) Main Roles: Schematic & Facade design, 3D modeling

Period: May. 2007 Status: idea (proposal & ADVERTISEMENT for funding) Client: Sungkyunkwan University Project in Charge: Hyeonsu Yang & Jyeongho Yeom (Team) Location: Sungkyunkwan University, Suwon, South Korea Function: Educational facility Main Roles: Schematic Design, 3D modeling, Image Rendering and Editing

Period: Dec. 2005 - Aug. 2007 | Status: Realization (Prototype) Type: Research Client: Seoul Business Agency, Seoul Metropolitan Goverment Project in Charge: Prof. SungAh Kim’s Digitai Media and Technology Lab (DMTL) of Sungkyunkwan University Function: Ubiquitous Streetlight Main Roles: Research for the Ubiquitous Street Light service Implement the virtual USL using the Game Engine \ Visualization - 3D Max, Sketchup, Artlantis, Flash \ Research budget operations

Period: Jul. 2005 | Status: Realized in 2006 (1ST WINNER) Type: Competition | Client: Dongduk Women’s University Project in Charge: T.E.D architects Location: Dongduk Women’s University, Seoul, South Korea Function: Education & Research, Welfare facility Size: 1663m2 (building area) | Main Roles: physical models making

Researches

Products

(selected)

within Transit

Fibonacci Columns

Period: Apr. 2010 - Jun. 2010 | Status: Prototype Type: Research & Design | Client: TU Delft Project in Charge: Hyeonsu Yang (Individual) Function: Pavilion, Column & Ceiling

Period: Sep. 2010 - Jan. 2011 Professors: Birgit Jürgenhake, Dirk van den Heuvel (TU Delft) Type: Research & Analysis Collaborators: Hyeonsu Yang, Franz Greenwood, Celeste Asmus Objects: Research about spaces between private and public domain around collective housings based on theoretical methodologies and architectural case-studies

connection seperation public tennants

Origami Tessellation Tile

Period: Feb. 2010 - Apr. 2010 | Status: Prototype Type: Research & Design | Client: TU Delft Project in Charge: Hyeonsu Yang (Individual) Function: Pavilion, Partian-wall, Ceiling, Sculpture

Research of Users’ Patterns of Behaviors on Chung-gae stream

Period: March. 2007 - Jun. 2007 Professor: Gi-Yeong Seo | Type: Research & Thesis Collaborators: Hyeonsu Yang, Sungmin Song, Donghee Kang Location: Chung-gae stream, Seoul, South Korea Object: To study of patterns of visitors’ behaviors on Chung-gae stream in order to observe how specific physical environment can give a certain influence to users’ patterns of behaviors

Muiderpoort Station Renewal

Period: Sep. 2011 - Jan. 2013 Status: idea (NOMINATION, NATIONAL ARCHIPRIX 2014 - THE NETHERLANDS) Type: Research and Architectural design | Client: TU Delft | Project in Charge: Hyeonsu Yang Mentors: Paul Vermeulen, Henk Mihl, Esther Gramsbergen | Location: Oosterspoorplein, Amsterdam, NL Function: Train station, Public Library, Music school, Workshops, Bookstore, Gallery & Retails

Railway on ground level : Until the early 1900, railway tracks was a boundary of the city of Amsterdam.

Railways on a dike : Railways was raised onto a dike in 1930th. Consequently, it resulted the decline in visual connection among urban blocks.

Strong visual connection

Strong physical connection

Weak visual connection

Weak physical connection

Railway as an urban obstacle : Rapid urban-sprawl till 1930th led that railways became the physical blockage in urban areas because tracks became to be placed in between urban blocks.

Large infrastructural works dominate the area around Muiderpoort station and the adjacent Oosterspoorplein. The area was designed in 1930â&#x20AC;&#x2122;s as an elegant ensemble in style with the Amsterdam Amstel Station, but as it was cut of from the urban fabric by railway dikes, never contributed much to the public life in the adjacent neighborhoods. The recent development of Muiderpoort station as one of the most important infrastructural nodes in the Amsterdam region, leaded to many practical adjustments in the station area. These alterations did nor solve the initial problems, but rather weakened the urban and architectural quality. Strong visual connection

Strong physical connection

Weak visual connection

Weak physical connection

Viaduct for urban connection : The introduction of viaducts in 1930th aimed to create physical points to improve urban connection among blocks. Technically, it was helpful but this instrument was designed not for pedestrians but more for transportation.

Strong physical connection

Weak visual connection

Weak physical connection

Suggestion 02 - progames & enlargedunderpass : Embedding functions help to make railway infrastructures as a part of urban blocks. Enlarged underpasses can improve the spatial quality of the existing underpasses which have negative perception by citizens.

Strong visual connection

Strong physical connection

Strong visual connection

Strong physical connection

Weak visual connection

Weak physical connection

Weak visual connection

Weak physical connection

In and around Muiderpoort station, there is potential to improve the situation. First of all, the recent mixed-use development in Oostpoort, located south of the station area, could bring urban diversity to East Amsterdam. Secondly, the daily Dappermarkt (market) and the main shopping street (Javastraat) are attractive aspects for both locals and visitors. Thirdly, Muiderpoort station and the square, Oosterspoorsplein, have a potential to become the local heart of East Amsterdam as they from the connection between these activities. In order to transform Muiderpoort station area from anunfavorable place to the heart Strong visual connection

Suggestion01-Light-boxandVoid : The introduction of light-box and void help to improve the spatial quality of underpass by getting more natural light. Moreover, lightboxs are also helpful for citizens to change their negative perception toward railway infrastructures.

Strong visual connection

Strong physical connection

Weak visual connection

Weak physical connection

of local neighborhoods in East Amsterdam, I propose the modification of dikes into buildings. These buildings will contain various public facilities: a public library, music school, rentable workshopsand retail spaces. Alsonewentrances to the station platforms alongside the street and Oosterspoorplein are taken into account. Too provide a better connection between the Dapperbuurt and the Indischebuurt the existing viaduct will be broadened and improved by skylights and new internal facades. The plan must be seen as a generator for the area, a first step, leaving space for new developments on the south side of the Oosterspoorplein in the future. Strong visual connection

Strong physical connection

Weak visual connection

Weak physical connection

Birdeye view of Muiderpoort st

SECTIONS

A’

B’

GROUND FLOOR

5 1

1. Oosterspoorplein - Public Square 2. Restaurant - Previous Station Hall 3. Amsterdam Oost Public Library 4. Amsterdam Oost Music School

5. Workshops (rentable) 6. Bookstore 7. Art gallery 8. Retails (rentable)

Oosterspoorplein & Muiderpoort Station

Bookstore & North-side pedestrian passage

Workshop

Entrance of Muiderpoort Station

Amsterdam Oost Public Library - Study area

Art-gallery

STRUCTURAL SYSTEM

#1. Reinforced Concrete Columns

#2. Prefabricated Concrete Beams

#3. Facades & Prefabricated Brick Panels with steel truss

#4. Light-Boxes on concrete beams

#5. Railway Tracks & Platforms on concrete beams

#6. Platform-Shelters on concrete beams

SECTIONAL MODEL (1:100 scale)

Amsterdam Oost Public Library - Main Hall

West Facade of Amsterdam Oost Public Library

East Elevation of Amsterdam Oost Public Library

Amsterdam Oost Public Library - Main Entrance

Platform of Muiderpoort Station

Amsterdam Oost Public Library - stairs to 1st floor

Amsterdam Oost Public Library - Public Corridor

detail)

0mm cknessthickness

tail)

mm, 100mm thickness

5mm

Precasted Concrete Pavement Block, 500x500mm, 100mm thickness Aluminum Flashing Aluminum Flashing Foot for Double-Glazing Pavement Block Double-Glazing Translucent Flashing drainage Double-Glazing Double-Glazing Glass Double-Glazing GlassAluminum Glass Glass Double-Glazing Translucent GlassforGlass Water-proof membrane (bitumenious), 8mm Drain Translucent Double-glazing Glass ThermalThermal Breaking Thermal Breaking Element Thermal Breaking Element Breaking Element Element Drain Prefabricated Concrete Deck Cube Steel Beam (with water-resistance 100x100mm Cube Steel Beam (with water-resistance coating), 200x200mm Aluminum Aluminum Flashing Aluminum Flashing (for Aluminum Drainage) Flashing (for Drainage) Flashing (for Drainage) (for Drainage) Cube Steel Beam (with water-resistance coating),coating), 100x100mm by Translucent PVS cover) LightingLighting (covered(covered by Translucent PVS cover) CubeBeam Steel(with Beam (with water-resistance 200x200mm Cube Steel water-resistance coating),coating), 200x200mm

Double-Glazing Glass Thermal Breaking Element Aluminum Flashing for drainage Aluminum Flashing for drainage Aluminum Flashing Drainage) Translucent Double-glazing Glass Translucent Double-glazing Glass (for CubeBeam Steel(with Beam (with water-resistance 200x200mm Cube Steel water-resistance coating),coating), 200x200mm

DETAILS (1:5 scale)

Concrete Mortar for Railway Sleeperbed Aluminum Flashing Water-proof membrane (bitumenious), 8mm Translucent Glass Double-Glazing Double-glazing Double-glazing glass glass Reinforced Concrete 200mm Aluminum Aluminum Flashing Aluminum Flashing forSlab, Aluminum drainage Flashing for Drain drainage Flashing for drainage for drainage Thermal Insultation (Hard-Foam, 100mm) with Steel-wire Truss Cube Steel Layer Beam (with water-resistance coating), 100x100mm Thermal Insulation Translucent Translucent Double-glazing Translucent Double-glazing Translucent Double-glazing Glass Double-glazing Glass Glass Glass Thermal Insulation Layer Reinforced Concrete Slab, 150mm Lighting (covered by Translucent PVS cover) Water-proof membrane Cube Steel Cube Beam Steel Cube (with Beam Steel Cube water-resistance (with Beam Steel water-resistance (with Beam water-resistance (with coating), water-resistance coating), 200x200mm coating), 200x200mm coating), 200x200mm 200x200mm Water-proof membrane Prefabricated AASHTO concrete beam, Cube Steel700mm Beam (with water-resistance coating), 200x200mm Aluminum Flashing Aluminum Flashing

No. 09: Top Facade-window Facade-window No. Sandwich 06: No. Sandwich 05: Pavement Concrete ofSlab Platform Slab (vertical detail) detail) No. Railway 06: Track Sandwich No.ofEdge 08: Edge between Prefabricated No. 07: Track (vertical No. 07: Railway Track (vertical detail) No. 06: Concrete (vertical(vertical detail) No. 08: between Prefabricated BrickBrick No. of 07: Railway (verticalConcrete detail) detail) Slab (vertical detail) No. 10: Middle detail)Pavement detail)Sandwich No. 05: No. No. 05: 05: Pavement No. Pavement 05: of Pavement Platform of Drainage Platform of Platform (vertical of Platform (vertical detail) (vertical detail)(vertical detail) detail) No. 06: No. No. 06: 06: Sandwich No. Sandwich 06: Concrete Sandwich Concrete Concrete Slab Concrete Slab (vertical Slab (vertical detail) Slab (vertical detail)(vertical detail) detail) No. 03: of Translucent Glass Shel-(vertical No. 02: Edge between Light-box and Trans-(vertical 04: Drainage of Light-Box (vertical detail) and Concrete TilesTiles andNo. Concrete RoofRoof (vertical(vertical detail) detail) ter (vertical detail) lucent Glass Shelter (vertical detail)

Concrete Precasted Mortar for Concrete Railway Pavement Sleeperbed Block, 500x500mm, 100mm thickness Concrete Mortar for Railway Sleeperbed Water-proof Foot for membrane Pavement (bitumenious), Block 8mm 8mm Water-proof membrane (bitumenious), Reinforced Water-proof Concrete Slab, membrane 200mm (bitumenious), 8mm Reinforced Concrete Slab, 200mm Aluminum Flashing for drainage Prefabricated Insultation (Hard-Foam, Concrete Deck 100mm) with Steel-wire ThermalThermal Insultation (Hard-Foam, 100mm) with Steel-wire Truss Truss Translucent Double-glazing Glass Reinforced Concrete Slab, 150mm Reinforced Concrete Slab, Beam 150mm Cube Steel (with water-resistance coating), 200x200mm Prefabricated AASHTO beam, 700mm Prefabricated AASHTO concreteconcrete beam, 700mm

Prefabriated Concrete Beam Standard Concrete Railway Track for Railway Sleeperbed Standard Railway Track Mortar Thermal Insulation, 100mm Anti-vibration Water-proof met layer membrane 1 500x500mm, (bitumenious), 8mm100mm Precasted Precasted Concrete Precasted Concrete Pavement Precasted Concrete Pavement Block, Concrete Pavement 500x500mm, Block, Pavement 500x500mm, Block, 100mm Block, 100mm 500x500mm, thickness 100mm thickness thicknessthickness Anti-vibration met layer 1Flashing Aluminum Water-proof membrane, 8mm Anti-vibration Reinforced met2Block layer Concrete 2 Slab, 200mm formet Pavement Foot forFoot Pavement for Foot Pavement Block forFoot Pavement Block Block Anti-vibration layer Double-Glazing Translucent Glass Steel Truss (with water-proof coating) Sleeperbed Thermal Insultation (Hard-Foam, 100mm) with Steel-wire Truss Water-proof membrane (bitumenious), Water-proof Water-proof membrane Water-proof membrane (bitumenious), membrane (bitumenious), (bitumenious), 8mm 8mm 8mm 8mm Sleeperbed Drain Concrete Reinforced Mortar for Concrete Railway Slab, Sleeperbed 150mm Prefabricated Concrete Deck Prefabricated Prefabricated Prefabricated Concrete Deck Concrete Deck Deck Mortar for Steel Railway Sleeperbed Cube Beam (with water-resistance coating), 100x100mm Wooden Ceiling (Ork Hardwood, Light) Prefabricated AASHTO concrete beam, 700mm Lighting (covered by Translucent PVS cover) Sun-protection Aluminum Blinder Cube Steel Beam (with water-resistance coating), 200x200mm

No. 13: Window -11: Window No. Middle 10: No. Middle 09:ofTop of ofFacade-window Facade-window No. Bottom No. Bottom 10:ofMiddle of Facade-window of Facade-window No. 10: Facade-window No. 11: Facade-window detail) (vertical detail)06: detail) (vertical (vertical detail) detail) No. 09: No. Top No. 09: 09: of Top No. Facade-window Top of 09: Facade-window of Top Facade-window of Facade-window (vertical(vertical detail)No. (vertical detail) Sandwich Concrete Slab (vertical detail) (horizontal No. 07: Railway Track (vertical detail) (vertical(vertical detail)(vertical detail)(vertical detail) detail)

Double-Glazing Prefabriated Double-Glazing Glass GlassConcrete Beam Inward-Openable Thermal Insulation, Window (wooden frame) Inward-Openable Window (wooden frame) Sleeperbed Concrete Mortar for100mm Railway Laminated Water-proof Wood Mullion, membrane, 50x150mm 8mm Laminated Wood Mullion, 50x150mm Water-proof membrane (bitumenious), 8mm Steel Truss (with water-proof coating) Reinforced Concrete Slab, 200mm Thermal Insultation (Hard-Foam, 100mm) with Steel-wire Truss Wooden Ceiling (OrkSlab, Hardwood, Reinforced Concrete 150mm Light) Sun-protection AASHTO Aluminumconcrete Blinder beam, 700mm Prefabricated

No. Pavement 14: No. Pavement 13: Window of Ground - Window No. 14: of Ground (horizontal detail) (Vertical(Vertical detail)No. 10:detail) Middle of Facade-window

SECTION (1:20 scale) (vertical detail)

Laminated Double-Glazing Hard Ork (Dark, Wood Glass (Dark, Interior), Laminated Hard Ork Wood Interior), 30mm 30mm Stone Threshold Inward-Openable Window (wooden frame) Prefabriated Prefabriated Concrete Prefabriated Concrete Prefabriated BeamConcrete BeamConcrete Beam Beam Stone Standard Railway Track Double-glazing glass Threshold Reinforced Laminated Concrete Wall, 200mm ThermalThermal Insulation, Thermal Insulation, 100mm Thermal Insulation, 100mm Insulation, 100mm 100mm Reinforced Concrete Wall,Wood 200mm Anti-vibration met Mullion, layer 1 50x150mm Laminated Wood Mullion, 50x150mm Thermal Insulation Layer, 80mm Water-proof Water-proof membrane, Water-proof Water-proof 8mm membrane, 8mm membrane, 8mm 8mm Thermal Insulation Layer, 80mm Anti-vibration met layer 2 Laminated Hard Ork membrane, Wood (Dark, Interior), 30mm Water-proof membrane, 8mmcoating) Steel Truss Steel (with Truss Steel water-proof (with Truss Steel water-proof (with Truss coating) water-proof (with coating) water-proof coating) Water-proof membrane, 8mm Sleeperbed Prefabricated Concrete Block, 240mm Prefabricated Block, 240mm Concrete Mortar for Railway Sleeperbed Thermal Insulation Layer WoodenWooden Ceiling Wooden Ceiling (Ork Wooden Hardwood, Ceiling (Ork Hardwood, (Ork Ceiling Light) Hardwood, (Ork Light) Hardwood, Light) Light) Water-proof membrane Sun-protection Sun-protection Sun-protection Aluminum Sun-protection Aluminum Blinder Aluminum Blinder Aluminum Blinder Blinder Laminated Hard Ork Wood (Dark, Exterior), 45mm Concrete wall, 165mm Fiber Concrete Panel, 35mm

No. Ground 15: No. Ground 14: Floor Pavement Floor of Ground No. 15: (vertical (Vertical No. 13: No. Window No. 13: 13: Window No. Window 13: -detail) Window Window -detail) Window - Window - Window (vertical detail) No. 11: Bottom of Facade-window (horizontal (horizontal detail) (horizontal detail) (horizontal detail) detail) (vertical detail)

Standard Railway Track Precasted Concrete Pavement Block, 500x500mm, 100mm thickness Anti-vibration met layer 1 Double-glazing glass Foot for Pavement Block Aluminum Aluminum Flashing Aluminum Flashing Aluminum Flashing Flashing Anti-vibration met layer 2Translucent Water-proof membrane (bitumenious), Double-Glazing Double-Glazing Double-Glazing Translucent Double-Glazing Glass Translucent Glass Translucent Glass8mm Glass Sleeperbed Thermal Prefabricated Concrete Deck Insulation Layer Drain Drain Drain Drain Concrete Mortar for Railway Sleeperbed Water-proof membrane Cube Steel Cube Beam Steel Cube (with Beam Steel Cube water-resistance (with Beam Steel water-resistance (with Beam water-resistance (with coating), water-resistance coating), 100x100mm coating), 100x100mm coating), 100x100mm 100x100mm Aluminum Flashing LightingLighting (covered Lighting (covered by Translucent Lighting (covered by Translucent (covered by PVS Translucent cover) by PVSTranslucent cover) PVS cover) PVS cover) Cube Steel CubeBeam Steel Cube (with Beam Steel Cube water-resistance (with Beam Steel water-resistance (with Beam water-resistance (with coating), water-resistance coating), 200x200mm coating), 200x200mm coating), 200x200mm 200x200mm

Selant Concrete Mortar for Railway Sleeperbed Prefabricate Brick tilemembrane panel Water-proof (bitumenious), 8mm (Tile 30mm, Mortar 10mm, Concrete block Reinforced Concrete Slab, Double-glazing Double-glazing Double-glazing glass Double-glazing glass glass200mm glass80mm) DrainageThermal Insultation (Hard-Foam, 100mm) with Steel-wire Truss Step Flashing Reinforced Concrete Slab, 150mm Thermal Thermal Insulation Thermal Insulation Layer Thermal Insulation Layer Insulation Layer Layer Reinforced Concrete Slab, 200mm Prefabricated AASHTO concrete beam, 700mm Water-proof Water-proof membrane Water-proof membrane Water-proof membrane membrane Aluminum Aluminum Flashing Aluminum Flashing Aluminum FlashingFlashing

No. 11: Facade-window Concrete Facade - Window No. 08: Edge between Prefabricated Brick No. 12: No.Bottom 09: Topofof Facade-window No.Fiber 10: Middle of Facade-window (vertical detail)Railway (horizontal detail) (vertical detail) (vertical detail) No. 08: No. Edge No. 08: 08: Edge No. between Edge 08: between Edge between Prefabricated between Prefabricated Prefabricated Prefabricated BrickBrickBrickBrick No. 07: No. No. 07: 07: Railway No. Railway Track 07: Track (vertical Track (vertical detail) Track (vertical detail)(vertical detail) detail) TilesRailway and Concrete Roof (vertical detail) Tiles Tiles andTiles and Concrete Tiles and Concrete and Concrete Roof Concrete Roof Roof Roof (vertical (vertical detail) (vertical detail)(vertical detail) detail)

Double-GlazingSelant Glass Selant Standard Railway Track Inward-Openable Window frame) Prefabricate Anti-vibration Brick met panel layer 1 Concrete Concrete Mortar Concrete Mortar for Railway Concrete Mortar for(wooden Railway Sleeperbed for Mortar Railway Sleeperbed fortile Railway Sleeperbed Sleeperbed Prefabricate Brick tile panel Laminated Wood Mullion, 50x150mm (Tile 30mm, Anti-vibration Mortar 10mm, met layer Concrete 2 80mm) block Water-proof Water-proof membrane Water-proof membrane Water-proof (bitumenious), membrane (bitumenious), membrane (bitumenious), 8mm 8mm (bitumenious), 8mm 8mm80mm) (Tile 30mm, Mortar 10mm, Concrete block Double-glazing glass Drainage Sleeperbed Reinforced Reinforced Concrete Reinforced Concrete Slab, Reinforced Concrete 200mm Slab, Concrete 200mm Slab, 200mm Slab, 200mm Drainage Step Flashing Concrete Mortar for Railway Sleeperbed ThermalThermal Insultation Thermal Insultation (Hard-Foam, Thermal Insultation (Hard-Foam, Insultation 100mm) (Hard-Foam, 100mm) (Hard-Foam, with Steel-wire 100mm) with Steel-wire 100mm) with Truss Steel-wire with TrussSteel-wire Truss Truss Step Flashing Thermal Insulation Layer Reinforced Concrete Slab, 200mm Reinforced Reinforced Concrete Reinforced Concrete Slab, Reinforced Concrete 150mm Slab, Concrete 150mm Slab, 150mm Slab, 150mm Reinforced Concrete Slab, 200mm Water-proof membrane Prefabricated Prefabricated Prefabricated AASHTO Prefabricated AASHTO concrete AASHTO concrete beam, AASHTO concrete 700mm beam,concrete beam, 700mm700mm beam, 700mm Aluminum Flashing

Laminated Hard Ork Wood (Dark, Interior), 30mm Selant Prefabriated Concrete Beam Stone Threshold Prefabricate Brick tile panel Thermal Insulation, 100mm Standard Standard Railway Standard Railway Track Standard Railway Track Railway Track Track Reinforced Concrete Wall, 200mm (Tile 30mm, Mortar Water-proof membrane, 8mm Anti-vibration Anti-vibration Anti-vibration met layer met Anti-vibration 1 layer met 1layer met1 layer 1 10mm, Concrete block 80mm) Thermal Insulation Drainage Steel Truss (with water-proof coating) Anti-vibration Anti-vibration Anti-vibration met Layer, layer met Anti-vibration 280mm layer met 2layer met 2 layer 2 Water-proof membrane, 8mm Step Sleeperbed Sleeperbed Sleeperbed Sleeperbed Flashing Prefabricated Concrete Block, 240mm Reinforced Slab, 200mm Wooden Ceiling (Ork Hardwood, Light) Concrete Concrete Mortar Concrete Mortar for Railway Concrete Mortar for Railway Sleeperbed for Mortar Railway Sleeperbed forConcrete Railway Sleeperbed Sleeperbed Sun-protection Aluminum Blinder

Double-glazing glass Laminated Wood Mullion, 50x150mm Laminated Laminated Hard Laminated Ork Hard Wood Laminated Ork Hard (Dark, Wood Ork Hard Interior), Wood (Dark, Ork (Dark, Interior), Wood 30mm Interior), (Dark, 30mm Interior), 30mm 30mm Reinforced Concrete with wire-mesh, 200mm Double-glazing glass Laminated Hard Ork Wood (Dark, Interior), 30mm Stone Threshold Stone Threshold StoneWood Threshold Stone Threshold Laminated Mullion, 50x150mm Thermal Insulation Layer (cement mortar), 100mm Reinforced Reinforced Concrete Reinforced Concrete Wall, Reinforced Concrete 200mm Wall, Concrete 200mm Wall, Wall, 200mm Laminated Hard Ork Wood (Dark,200mm Interior), 30mm Thermal Layer ThermalThermal Insulation Thermal Insulation Layer, Thermal Insulation 80mm Layer, Insulation Layer, 80mmInsulation 80mm Layer, 80mm Water-proof Layer, 8mm Water-protection Layer Water-proof Water-proof membrane, Water-proof membrane, Water-proof 8mm membrane, 8mm membrane, 8mm 8mm Thermal Insulation Layer Hard-core (Gravel), 200mm Prefabricated Prefabricated Prefabricated Concrete Prefabricated Concrete Block,Concrete 240mm Block,Concrete 240mm Block, 240mm Block, 240mm Water-proof membrane Laminated Hard Ork Wood (Dark, Exterior), 45mm Earth-met Inward-Opening Window (with wooden frame) Laminated Hard Ork Wood (Dark, Exterior), 45mm Concrete wall, 165mm Fiber Concrete Panel, 35mm

No. Floating 16: No. Floating 15: Ground No. 16: Floating Floor No. 16: FloorFloorFloor (vertical (vertical detail) detail) (vertical detail) No. 14: No. Pavement No. 14: 14: Pavement No. Pavement 14: of Pavement Ground of Fiber Ground of Ground of GroundFacade - Window No. 15: No. Ground No. 15: 15: Ground No. Ground Floor 15: Floor Ground FloorFloor (vertical detail) No. 12: Concrete

ELEVATION (1:20 scale)

(Vertical(Vertical detail) (Vertical detail)(Vertical detail)(horizontal detail) detail)

(vertical(vertical detail)(vertical detail)(vertical detail) detail)

Double-glazing Double-glazing Double-glazing glass concrete Double-glazing glass glass glass Prefabriated pavement brick, 30mm Laminated Laminated Wood Laminated Mullion, Wood Laminated Wood Mullion, 50x150mm Mullion, Wood 50x150mm Mullion, 50x150mm 50x150mm Floor Heating Device for Floating Floor Sand, 20mm Laminated Laminated Hard Laminated Ork Hard Wood Laminated Ork Hard (Dark, Wood Ork Hard Interior), Wood (Dark, Ork(Dark, Interior), Wood 30mmInterior), (Dark, 30mmInterior), 30mm 30mm Foot for Concrete Floating Floor with wire mesh, 100mm ThermalThermal Insulation Thermal Insulation Layer Thermal Insulation LayerInsulation Layer Layer ConcreteHard-core Batten (Gravel), 200mm Water-protection Water-protection Water-protection Layer Water-protection Layer Layer Layer Earth-met Laminated Laminated Hard Laminated Ork Hard Wood Laminated Ork Hard (Dark, Wood Ork Hard Exterior), Wood (Dark, Ork(Dark, Exterior), Wood 45mm Exterior), (Dark, 45mm Exterior), 45mm 45mm Inward-Opening Inward-Opening Inward-Opening Window Inward-Opening Window (with Window wooden (with Window wooden frame) (with wooden frame) (with wooden frame) frame)

No. 16: No. Floating No. 16: 16: Floating No. Floating Floor 16: Floating FloorFloorFloor (vertical(vertical detail)(vertical detail)(vertical detail) detail)

DETAILS (1:5 scale) DETAIL no.01

Double-Glazing Glass Prefabriated Double-glazing concrete pavement glass brick, 30mm Prefabriated concrete pavement brick, 30mm Inward-Openable Window50x150mm (wooden frame) Laminated Wood Mullion, Sand, 20mm Sand, 20mm Laminated Mullion, 50x150mm Laminated Wood Hard Ork Wood (Dark, Interior), 30mm Concrete with wire100mm mesh, 100mm Concrete with wire mesh, Thermal Insulation Layer Hard-core (Gravel), 200mm Hard-core (Gravel), 200mm Water-proof membrane Earth-met Earth-met Laminated Hard Ork Wood (Dark, Exterior), 45mm Concrete wall, 165mm Fiber Concrete Panel, 35mm

No. 14: Pavement of Ground

Laminated Hard Ork Wood (Dark, Interior), 30mm Reinforced Prefabriated Concrete with concrete wire-mesh, pavement 200mm brick, 30mm Reinforced Concrete with wire-mesh, 200mm Threshold Double-glazing Double-glazing Double-glazing glass Double-glazing glass Stone glass glass Sand, Insulation 20mm Layer (cement ThermalThermal Insulation Layer (cement mortar), 100mm100mm Reinforced Concrete Wall,mortar), 200mm Laminated Laminated Wood Laminated Mullion, Wood Laminated Wood Mullion, 50x150mm Mullion, Wood 50x150mm Mullion, 50x150mm 50x150mm Thermal Insulation Layer, 80mm Water-proof Concrete Layer, with8mm wire mesh, 100mm Water-proof Layer, 8mm Laminated Laminated Hard Laminated Ork Hard Wood Laminated Ork Hard (Dark, Wood Ork Hard Interior), Wood (Dark, Ork (Dark, Interior), Wood 30mm Interior), (Dark, 30mm Interior), 30mm 30mm Water-proof membrane, 8mm Hard-core Hard-core (Gravel), (Gravel), 200mm 200mm Hard-core (Gravel), 200mm Concrete Block, 240mm Prefabricated ThermalThermal Insulation Thermal Insulation Layer Thermal Insulation Layer Insulation Layer Layer Earth-met Earth-met Earth-met Water-proof Water-proof membrane Water-proof membrane Water-proof membrane membrane Laminated Laminated Hard Laminated Ork Hard Wood Laminated Ork Hard (Dark, Wood Ork Hard Exterior), Wood (Dark, Ork(Dark, Exterior), Wood 45mm Exterior), (Dark, 45mm Exterior), 45mm 45mm Concrete Concrete wall,Concrete 165mm wall, Concrete 165mm wall, 165mm wall, 165mm Fiber Concrete Fiber Concrete Fiber Panel, Concrete Fiber 35mm Panel,Concrete Panel, 35mm 35mm Panel, 35mm

No. 15: Ground Floor

(Vertical detail)

(vertical detail)

Double-glazing glasswith wire-mesh, 200mm Reinforced Concrete Laminated Wood Mullion, 50x150mm Prefabriated Prefabriated concrete Prefabriated concrete Prefabriated pavement concrete pavement brick, concrete pavement 30mm brick, pavement 30mm brick, 30mm brick, 30mm Thermal Insulation Layer (cement 100mm Floor Heating Device for Floating Floor Floor Heating Device for Floating Floor Laminated Hard Ork Wood (Dark,mortar), Interior), 30mm Sand, 20mm Sand, 20mm Sand, 20mm Sand,for 20mm Water-proof Layer, 8mm Floating Foot forFoot Floating Floor Floor Thermal Insulation Layer Concrete Concrete with Concrete wire with mesh, wire Concrete with 100mm mesh, wire with 100mm mesh, wire 100mm mesh, 100mm Hard-core (Gravel), 200mm Concrete Batten Concrete Batten Water-protection Layer Hard-core Hard-core (Gravel), Hard-core (Gravel), 200mm Hard-core (Gravel), 200mm (Gravel), 200mm 200mm Earth-met Earth-met Earth-met Earth-met Earth-met Laminated Hard Ork Wood (Dark, Exterior), 45mm Inward-Opening Window (with wooden frame)

Reinforced Reinforced Concrete Reinforced Concrete with Reinforced Concrete wire-mesh, with wire-mesh, Concrete with 200mm wire-mesh, with 200mm wire-mesh, 200mm 200mm Floor Heating Device for Floating Floor ThermalThermal Insulation Thermal Insulation Layer Thermal Insulation (cement Layer Insulation (cement Layer mortar), (cement Layer mortar), 100mm (cement mortar), 100mm mortar), 100mm 100mm Foot for Floating Floor

Floor Heating Floor Heating Floor DeviceHeating for Device Floor Floating Heating Device for Floating Floor for Device Floating Floor for Floating Floor Floor

Water-proof Water-proof Layer, Water-proof 8mm Layer, Water-proof Layer, 8mm 8mm Layer, 8mm Concrete Batten

Foot forFoot Floating for Foot Floating Floor forFoot Floating Floor for Floating Floor Floor

Hard-core Hard-core (Gravel), Hard-core (Gravel), 200mm Hard-core (Gravel), 200mm (Gravel), 200mm 200mm

Concrete Concrete Batten Concrete Batten Concrete Batten Batten

Earth-met Earth-met Earth-met Earth-met

No. 16: Floating Floor (vertical detail)

DETAILS (1:5 scale) DETAILS (1:5 scale)

DETAILS (1:5 scale)

DETAIL no.03

Reinforced Concrete with wire-mesh, 200mm

Sand, 20mm

Thermal Insulation Layer (cement mortar), 100mm

Concrete with wire mesh, 100mm

Water-proof Layer, 8mm

Foot for Floating Floor

Hard-core (Gravel), 200mm

Concrete Batten

Earth-met

DETAIL no.04

DETAILS DETAILS DETAILS DETAILS (1:5 (1:5 (1:5 scale) (1:5 scale) scale) scale)

DETAIL no.02

Prefabriated concrete pavement brick, 30mm

Floor Heating Device for Floating Floor

DETAIL no.08

DETAIL no.05

DETAILS (1:5 scale)

DETAIL no.07

DETAIL no.12

DETAIL no.13

DETAIL no.09

DETAIL no.11

DETAIL no.12

DETAIL no.16

DETAIL no.15

ELEVATION (1:25 scale)

SECTION (1:25 scale)

(vert

Double-glazing glass Glass Double-Glazing Laminated Wood Mullion, 50x150mm Inward-Openable Window (wooden frame) Selant Selant Selant Selant Laminated Hard Ork Wood (Dark, Interior), Laminated Wood Mullion, 50x150mm Prefabricate Prefabricate Brick Prefabricate tileBrick Prefabricate panel tile Brick panel tile Brick panel tile 30mm panel (Tile 30mm, (Tile Mortar 30mm, (Tile 30mm, Mortar 10mm, (Tile Mortar 30mm, Concrete 10mm,10mm, Mortar Concrete blockConcrete 10mm, 80mm) blockConcrete 80mm) block 80mm) block 80mm) Thermal Insulation Layer Drainage Drainage Drainage Drainage Water-protection Step Flashing Step Flashing StepLayer Flashing Step Flashing Reinforced Reinforced Concrete Reinforced Concrete Slab, Reinforced Concrete 200mm Slab,Concrete 200mm Slab, 200mm Slab, 200mm Laminated Hard Ork Wood (Dark, Exterior), 45mm Inward-Opening Window (with wooden frame)

No. 14: Pavement of Ground No. 15: Floor Floor of Ground No. Fiber 12: No. Fiber 11: Bottom Concrete of Facade-window Facade - Window No. 12: Fiber Concrete Facade - Window No. 16: No.Ground 13: Window - Window No.Floating 14: Pavement No. 12: Concrete Facade - Window (Vertical detail)Middle detail)Bottom (vertical detail)Fiber (horizontal (vertical detail) detail) (horizontal detail) (horizontal (Vertical detail) No. 10: No. No. 10: 10: Middle No. of Middle 10: Facade-window of Middle Facade-window ofEdge Facade-window of between Facade-window No. 11: No. No. 11:detail) 11: Bottom No.of Bottom 11: Facade-window ofBottom Facade-window of Facade-window of Facade-window No. 12: No. No. 12: 12: Fiber No. Concrete Fiber 12: Concrete Fiber Concrete Facade Concrete Facade -Facade Window -Facade Window - Window - Window (horizontal detail) No. 08: Prefabricated Brick (vertical (vertical(vertical detail)(vertical detail)(vertical detail) detail) (vertical(vertical detail)(vertical detail)(vertical detail) detail) (horizontal (horizontal detail) (horizontal detail) (horizontal detail) detail) Tiles and Concrete Roof (vertical detail)

Double-glazing Laminated Hard Ork Wood (Dark, Interior), 30mm Double-glazing glass glass Laminated Stone Wood Threshold Mullion, 50x150mm Double-Glazing Double-Glazing Double-Glazing GlassDouble-Glazing Glass Glass Glass Laminated Wood Mullion, 50x150mm Selant Prefabriated concrete pavement brick, 30mm Laminated Reinforced Hard Ork Concrete Wood Wall, (Dark, Interior), Inward-Openable Inward-Openable Inward-Openable Window Inward-Openable Window (wooden Window (wooden frame) Window (wooden frame) (wooden frame) frame) Laminated Hard Ork Wood (Dark, Interior), 30mm 30mm Prefabricate Brick tile panel200mm Sand, 20mm Thermal Insulation Laminated Laminated Wood Laminated Mullion, Wood Laminated Wood Mullion, 50x150mm Mullion, Wood 50x150mm Mullion, 50x150mm 50x150mm (Tile 30mm, MortarLayer, 10mm,80mm Concrete block 80mm) Thermal Insulation Water-proof membrane, 8mm Thermal Insulation Layer Layer Concrete with wire mesh, 100mm Drainage Water-protection Layer Prefabricated Concrete Block, 240mm Water-protection Layer Step Flashing Hard-core (Gravel), 200mm Reinforced Concrete Slab, 200mm Laminated Hard Ork (Dark, WoodExterior), (Dark, Exterior), Earth-met Laminated Hard Ork Wood 45mm 45mm Inward-Opening (with wooden Inward-Opening WindowWindow (with wooden frame) frame)

ELEVATION (1:25 scale)

(vert

the NATURE BOX

Collider Activity Center: Nature breaths into the city

Period: Feb. 2013 - Mar. 2013 | Status: idea Type: Competition - Architecture & Landscape | Client: Walltopia (Bulgaria) Project in Charge: Hyeonsu Yang, Taejin Lee, Gyeongoh Chung, Seunghyun Kang & Naun Kim (Team) Location: Mladost3, Sofia, Bulgaria | Function: Sports, Leisure & Office Size: 8,000m2 (Building area), 22,227m2 (landscaping area including builidng plot)

CONCEPT

Climbing the nature -----------------------------------------------------------> Climbing the city landmark

Seated within an urban environment, midst of a hustling town, the new Collider Activiy Center will be recognized as a distinguied complex of naturelike spaces where varying activities and events will be held. The center will perform as a platform in resemblance of nature for thrill and adventure seekers who need and want to be able to find proper settings for their beloved activities near everyday lives. The building will become a new landmark within the urban context, as well as a public domain, gathering space, and activity loversâ&#x20AC;&#x2122; capital in the city. URBAN SCHEME commercial

building site Kendergarden residential area

urban park S

neighbor

W new metro station

Easily discovered and reached by the neighboring communities and visitors

Building through the main entrance introducing its proud backyard beyond

Green filtering layer on the South with a number of indoor activities given varying views towards the green house

As specifically aimed to serve nature lovers and thrill seekers, the new Collider Activity Center will present a new typology as a public domain where strangers who share common interests are given good opportunities to meet together and build their communities. Instead of trying to create an artificial nature captured in a box, the design brings the original forms and conditions found in the nature as the major driving forces that rule over the new activity center. The very dynamic and energy discovered in the nature are to be further carried in and around the complex, so that the activity center will become an outstanding landmark that represents nature within a city. Programme

Dedicated for the public

urban park

green house

Green activities

rooftop bar (RF)

restaurant (GF)

Restaurant, cafe and roof top bar goers

cafe (GF)

stairs

Climbing stairs with building experience

whole

Office users

Members first

office tower

rest room

Completely dedicated for the office users

Meeting rooms and resting areas towards the climbing hall

climbing area(GF)

lounge(3F)

locker(BF)

multifunction(4,5F)

fitness(4F)

spa(5F)

Main Hall as Rock-Climbing Area Making a full use of the dynamic interior wall surface along the floors

Smooth horizontal connection of outdoor and indoor activities with openable facade

Membership lounge varying types of community gatherings or events

Varying in level of formality and flexibility with the dramatic view of the mountain

ISOMETRIC VIEW

Ground floor isometric to show the relationship with the surroundings

BUILDING SCHEME

Section B-B’ B

B’

In resemblance of nature

The building design has found its inspirations and motivations in the places that are sought by the adventure lovers and thrill seekers. Fragmented pieces of natural features such as cliffs, canyons, and valleys are brought into the building, re-created and re-presented. The picturesque scenes and images that can be found at a rocky side of mountain or at heaps of a canyon will be discovered in the activity center as closely as possible to its original forms in the wild nature.

Solid_close activities - Fitness - Multifunctional hall - Spa center - Membership lounge - Rest room and lockers - Office

Void_open activities - Climbing area - Funtopia - Restaurant - Cafe - Green house

One for All and All for One

Each and every activity that will be held in the Collider Activity Center is adjoined to or separated with each other according to their characters and target groups, which in result will create a series of dynamic sceneries within the building between the volume modules dedicated to each programme.

15m

Section C-C’ C’

PROGRAMME Programme Programme Programme

Dedicated for the public Dedicated for the Dedicated public Dedicated for the public for the public

Office users

Office users Office users

The new Collider Activity Center provides a number of public facilities in a way to invite the communities into the building and also to introduce the varying programme to those who are not familiar with the activities. Programme

Programme

urban park

Dedicated for the public

urban park

green green house green house urbanhouse parkurban park

green house

rooftop bar (RF)

restaurant (GF)

rooftop bar (RF) restaurant barrooftop (RF) (GF) barrestaurant (RF) cafe (GF) restaurant (GF) (GF) cafe (GF)stairs cafe (GF) Dedicated rooftop for Office the public users

Dedicated for the public

cafepark (GF) urban

green housestairs

urban park

rooftop green bar house (RF) office tower

restaurant (GF)

cafe (GF)

rest room stairs

rooftop bar (RF)

restaurant (GF)

+ Restaurant, cafe and roof topGreen activities bar goers

Green activities

Climbing stairs with building experience

whole

Office users

rest room

office tower

rest room

office tower office tower

Members first

climbing area(GF) rest room

office tower

locker(BF)

climbing area(GF)

climbing area(GF) climbing area(GF) climbing area(GF)

rest room rest room

Members first

lounge(3F)

multifunction(4,5F)

fitness(4F)

spa(5F)

lounge(3F)

locker(BF)

multifunction(4,5F)

fitness(4F) lounge(3F) spa(5F)locker(BF)

lounge(3F)

multifunction(4,5F)

fitness(4F)

lounge(3F) locker(BF)lounge(3F) locker(BF)locker(BF) multifunction(4,5F) multifunction(4,5F) fitness(4F) multifunction(4,5F) fitness(4F) spa(5F) fitness(4F)spa(5F) spa(5F)

spa(5F)

+ Restaurant,dedicated cafe and roof top Green activities Completely for the bar goers office users

Climbing Restaurant, with areas whole cafe and roof top Meeting roomsstairs and resting building barhall goers towards theexperience climbing

bar goers

stairs Making a Climbing full use of the Completely dedicated fordynamic the with building experience interior wall surface along the office users floors

whole

Meeting and resting areas Smoothrooms horizontal connection Completely dedicated for the towards the climbing hallusers of outdoor and indoor activities office with openable facade

rooms resting areas MakingMeeting a full use of theand dynamic MembershipSmooth lounge horizontal varying Making connection a full use of the Varying dynamic in level of formalitySmooth and horizontal connection Membership lounge varying the climbing interiortowards wall surface alonghall the types of community of outdoorgatherings and indoor interioractivities wall surface flexibility along thewith the dramatic view of outdoor and indoor activities types of community gatherings floors or events with openable facade floors of the mountain with openable facade or events

stairs Climbing with Climbing whole stairs stairs with whole with whole Completely dedicated Meeting roomsMeeting and resting Meeting rooms areas and rooms resting and resting areas areas Completely for Completely the dedicated dedicated for the for the building experience buildingbuilding experience experience towards the climbing towards hall towards the climbing the climbing hall hall office users office users office users

bar goers bar goers

Varying in level of Membership formality andlounge varying flexibility with the types dramatic of community view gatherings of the mountain or events

Varying in level of formality and flexibility with the dramatic view of the mountain

Climbing stairs Making a full use Making of the Making a dynamic full use a full of the usedynamic of the dynamic Smooth horizontal Smooth connection Smooth horizontal horizontal connection connection interior wall surface interior interior along wall surface the wall surface along the alongof the outdoor andof indoor outdoor of activities outdoor and indoor and activities indoor activities floors floors floors with openable facade with openable with openable facade facade

Membership Membership lounge Membership varying lounge lounge varying varying Varying in levelVarying of formality Varying in level and in of level formality of formality and and types of community types of gatherings types community of community gatherings gatherings flexibility with the flexibility dramatic flexibility withview thewith dramatic the dramatic view view or events or events or events of the mountainof the mountain of the mountain

The activity hall and rooms that are given specific programme for the registered members are located in the main body of the building, between vertical volumes of the office spaces on the West and the green house on the East. Members first

Members Members first Officefirst users

for ted the for the and roof top

stairs

Members first

ing area(GF) cafe (GF)

stairs

Office Members users first

cafe (GF) climbing office area(GF) tower stairs

Restaurant, Cafe & Rooftop bar roofand Restaurant, cafe Restaurant, and roof Restaurant, top cafe andcafe toproof top Climbing

Green activitiesGreen activities Green activities

urant (GF)

Members first Members Members first first

Programme

Green Activities

Members first

lounge(3F)

climbing area(GF) climbing area(GF) climbing officearea(GF) tower

rest room rest room stairs

Meeting rooms and resting areas Meeting rooms and resting areas Climbing stairs with whole towards the climbing hall hall towards the experience climbing building

climbing area(GF)

rest room

Making a full of the Making a use fulldedicated use of dynamic the Completely fordynamic the interior surface along the the interior wall surface along officewall users floors floors

Smooth horizontal connection Smooth horizontal connection Meeting rooms and resting areas of towards outdoor andclimbing indoor activities of outdoor and indoor activities the hall withwith openable facade openable facade

lounge(3F) lounge(3F)

locker(BF) locker(BF)

locker(BF)

lounge(3F)

multifunction(4,5F) multifunction(4,5F)fitness(4F) fitness(4F)

locker(BF) multifunction(4,5F) spa(5F) spa(5F)

varying in level of formality andand Membershiplounge lounge varying connection Varying Varying in level of formality Making a full use of the dynamic Membership Smooth horizontal of community gatherings withwith the dramatic viewview types of community gatherings flexibility the dramatic interior wall surface along the types of outdoor and indoor activities flexibility or events of the or events with openable facade of mountain the mountain floors

lounge(3F)

fitness(4F)multifunction(4,5F) spa(5F) lounge(3F) locker(BF)

multifunction(4,5F)

fitness(4F) locker(BF) fitness(4F)

spa(5F)

multifunction(4,5F)

fitness(4F)

spa(5F)

Section D-D’

Membership lounge varying types of community gatherings or events

Varying in level of formality and flexibility with the dramatic view of the mountain

Members first

Building scheme

Climbing areas

Lounge & Locker

Making namic a full use of the dynamic Smooth horizontal connection Smooth horizontal connection s and resting areas a full use the dynamic ng nterior the wall surface along of outdoor the and indoorMaking activities of outdoor andofindoor activities mbing hall interior surface along the oors with openable facade with wall openable facade rest room floors

Multifunction, Fitness & Spa

Membership lounge varying Membership lounge Varying varying in level of formality Varying and in level of formality and Smooth horizontal connection Membership lounge varyingview types of community gatherings types of community gatherings flexibility with the dramatic flexibility view with the dramatic of outdoor and indoor activities types or events or events of the mountain of of thecommunity mountain gatherings with openable facade or events

climbing area(GF)

D’ Varying in level of formality and flexibility with the dramatic view lounge(3F) locker(BF) of the mountain

multifunction(4,5F)

fitness(4F)

spa(5F)

Openable Facade Building scheme The general idea for the facade design comes from playful layout of voids and solids as an extended expression of modularized space. The northern facade is designed as an openable facade for smooth horizontal connection of outdoor and indoor activities. Meeting rooms and resting areas Office towards theusers climbing hall

y dedicated for the rs

Making a full use of the dynamic interior wall surface along the Office users floors

Office Tower

ant (GF)

GF)

SECTIONS

cafe (GF) Programme

Dedicated for the public

cafe (GF)

oof top

airs nd roofwith top erience

stairs

urban park

green house

Climbing Green stairsactivities with whole building experience

whole

stairs

Smooth horizontal connection Members first of outdoor and indoor activities with openable facade

Membership lounge varying Solid_close activities Varying in level of formality and types of community gatherings flexibility with the dramatic view - Fitness or events of the mountain

Members first

room officerest tower

office tower

Office users

rest room

climbing area(GF)

The building design has found its inspirations and motivations in the places that are sought by the adventure lovers and thrill seekers. Fragmented pieces of natural features suchOffice asusers cliffs, canyons, and valleys are brought into the Members first building, re-created and re-presented. The picturesque scenes and images that can be found at a rocky side of mountain or at heaps of a canyon will be discovered in the activity center as closely as possible to its original forms in the wild nature. rooftop bar (RF)

office tower

Completely dedicated for the office users

restaurant rest room (GF)

Office tower: Completely dedicated for the office users

cafe (GF)

stairs

climbing area(GF)

rest room

office tower

Restaurant, cafeMeeting and roofrooms top and resting areasClimbing stairs with Making whole a full use of the dynamic Meeting rooms and resting areas Smooth Completely dedicated for thehorizontal connection bar goers building experience towards the climbing hall towards the climbing hall interior wall surface along the of outdoor and indoor activities office users floors with openable facade

Meeting dedicated rooms and areas Completely forresting the towards office users the climbing hall

Completely Climbing stairs with dedicated whole for the office users building experience

In resemblance of nature

- Multifunctional hall - Spa center - Membership lounge - Rest room and lockers - Office

The office tower stand at the North West side of the building, completely dedicated for the office users. As the employees are given good opportunities to observe climbers using their products up close In resemblance of nature at all time during their working hours, motivations and inspirations should be found everywhere.

lounge(3F)

climbing area(GF)

locker(BF)

multifunction(4,5F) lounge(3F)

fitness(4F) locker(BF)

spa(5F)

multifunction(4,5F)

fitness(4F)

spa(5F)

climbing area(GF) lounge(3F)

locker(BF)

MakingMembership a full use of the lounge dynamic varying interiortypes wall of surface community alonggatherings the floors or events

a full use of the dynamic Meeting roomsMaking and resting areas interiorhall wall surface along the towards the climbing floors

multifunction(4,5F)

fitness(4F)

spa(5F)

Smooth Varying horizontal in level connection of formality and of outdoor flexibility and indoor with the activities dramatic view with openable of the mountain facade

Smooth horizontal connection Making a full use of the dynamic of outdoor and indoor interior wall surface alongactivities the floorswith openable facade

One for All and All for One

Members first

Rest room: Meeting rooms and resting areas towards the climbing hall

The building design has found its inspirations and motivations in the places that are and thrill seekers. Fragmented pieces of natural features such as cliffs, canyons, building, re-created and re-presented. The picturesque scenes and images that mountain or at heaps of a canyon will be discovered in the activity center as closel in the wild nature.

lounge(3F)

locker(BF)

multifunction(4,5F)

fitness(4F)

spa(5F)

Void_open activities - Climbing area - Funtopia - Restaurant - Coffe shop - Green house Membership lounge varying types of community gatherings or events

Varying in level of formality and flexibility with the dramatic view of the mountain

Smooth horizontal connection of outdoor and indoor activities with openable facade

Membership lounge varying types of community gatherings or events

Varying inlounge level of formality Membership varying and with the dramatic view typesflexibility of community gatherings of the mountain or events

Varying in level of formality and flexibility with the dramatic view of the mountain

Section A-A’

SECTIONAL PERSPECTIVE Section A-A’

A’

Rooftop bar

Green house

Climbing hall

Funtopia

High climbing area

Green house

Restaurant

Office lobby

PLANS

plan GroundGround floorfloor plan

Underground floorfloor plan Underground plan

15m

2nd floor plan 1st floor plan

2nd floor 1stplan floor plan

Building Structure The structure system of the Collider Activity Center serves to create the open or closed spaces where varying activities will be held. The building is realized in a grid system of 7.2 meters and 10.8 meters, which supports the modularized spaces on each floor.

view from urban park

Funtopia

Restaurant

Community center

Inner hallway

Office lobby

Spa

Rooftop bar

Resting room(office)

PLANS

4th floor plan

3rd floor plan

15m

Roof floor plan

5th floor plan

Facade Perforated metal panels cloths the building inside and outside of theenvelop, which brings a strongly identified and monolithic appearance of the activity center. Visual connections are made possible as much as needed, meanwhile the transparency and solidness are thoroughly controlled.

view from main street

THE GREEN BLANKET

: RESILIENT SOCIAL HOUSING

Period: April. 2013 - June. 2013 | Status: Type: Competition - Architecture & Urban Design | Client: Europan 12 & GEWOFAG Wohnen GmbH Project in Charge: Hyeonsu Yang, Ermal Kapedani, Hyejun An, Piero Medici Location: BacherstraĂ&#x;e, Munchen, Germany | Size: 6,130m2 (site area) Function: Collective housing

URBAN STRATEGY

1. Courtyard Re-Design

2. New Addition

Our project identifies several key issues from the extensive requirements outlined in the project brief, an analysis of the site conditions and an understanding of the shifting social trends. These issues are the focus of our design solutions. Noise pollution from the ring road at the south edge of the site is an obvious problem and a priority issue. Noise protection must be provided for the new building as well as for the existing buildings and courtyards. South orientation of the new building, as required in the brief, creates an interesting dilemma: The south is undesirable because of noise, but is also desirable because of sunlight. Addressing this dilemma is at the core of our design strategy. Improving the courtyards takes new importance once they are shielded from noise. At present they are simply green lawns, lacking in activity and appropriation. The courtyards can become the public living room of the housing complex. Resilience and adaptability are the fundamental conceptual issues. For us, resilient housing can be defi ned as housing that can easily and cheaply

3. Terraces in New & Existing

4. Greenhouse as Buffer space

adapt to long term structural shifts in demographics, life styles, and social policies while enabling stable social networks and social cohesion. Reasonable costs are implicit in any solutions to the above issues. This means solutions must be simple and effective, with single elements offering several benefits. The concise definition of problems and opportunities of the location helped to formulate our design strategy. The strategy is built on several goals that are approached simultaneously. In this way specifi c goals can be met through synergetic application of multifaceted solutions. A sound protection buffer that is more than just a wall or a purely technological solution. We donâ&#x20AC;&#x2122;t want to play defence, but rather embrace the problem to help us create something new and multifaceted. Housing typologies that can adapt to long term shifts. Different social groups place different demands on their housing. In addition, the groups

5. New Parking Layout

themselves are in constant flux as people age and their circumstances change. Housing typologies must be able to adapt to the predictable changes, such as ageing population, as well as to unpredictable ones, such as lifestyle and social policy. A light handed approach towards existing buildings. They were recently renovated and any new changes would costly and inconvenient for residents. Offer improvements to existing residents. The densification of the complex must bring benefi ts to all residents, not only to the ones living in the new building. Vehicles for social engagement. We must give residents not only with great places to meet, but also reasons to meet there. Design active public spaces rather than passive ones. Environmental sustainability as an integral part of the design. Environmental features are not added as extra features on top of an architectural design.

GROUND FLOOR PLAN (1:500 - Rescaled)

URBAN PLAN

Southern facade

SECTIONS (1:200 - Rescaled)

section A-A’

section B-B’

Internal courtyard

1:100

Living room

001:1

1:100

TYPOLOGIES TYPOLOGIES 1:200 1:200

COUPLE | 50m2

2 families

MULTI-GENERATIONAL | 120m2

SINGLE | 40m2

2 families

SINGLE | 30m2

1 family+ 1 couple+ 1 single

TYPICAL FLOOR PLAN (1:200 - Rescaled)

3m 3m 3m 3m

COUPLE | 55m2

3m 3m

9m 9m

LARGER FAMILY | 104m2

4m4m 3m3m2m2m

9m9m

TYPE-ASSEMBLING SCENARIOS

SINGLE | 40m2

expansion 4m

partition b

partition a

3m 3m

open 2m 3m typology 4m

FAMILY | 80m2

shafts

2m utility

3m 3m 3m

& logia 4m 3m

3m 9m

3m 3m

terrace

FAMILY | 80m2

POSSIBLE TYPOLOGIES

load4m bearing 2m 3m facade

S4m EIGO3mLO2m PYT 4m 03m02:2m 1

grid

1:100

3m 3m 3m 3m

3m 3m

9m 9m

04m 02:13m

+ unit size

2m 3m 2m 3m

4m 4m

9m 9m

TYPOLOGIES 1:200

SEIGOLOPYT FIXED ELEMENTS

POLOGIES 00

+ TYPOLOGY CONCEPT

large family

+ 1 couple

multi generational family

1 single

Terraces with Trees

MATERIAL FLOW ANALYSIS

SECTION (1:50 - Rescaled)

Urban Block

Urban Agricolture Retail

Fruits and Vegetables total 136 t/yr

Groundfloor Gardens 1520 m2

Seeds 600 kg/yr

Fruits and Vegetables total 136 t/yr Filtered Water for Gardening l/yr

Organic vegetation Waste kg/yr

Roofs Gardens Greenhouses New Node 4140 m3

Rain Water through gutters l/yr

Rain Water 50000 l3/yr

Filtered Water l/yr

Greenhouse facade 3360 m3

Leafs and Organics kg/yr Water Pump

Residual Waste kg/yr Bio Digestor

Nutrients for agriculture 37 t/yr

Electricity total 882 MWh/yr

Solar irradiation 76200 MWh/yr

PV Cells m2 947

Organic Waste 41 t/yr

Electricity total 882 MWh/yr

SYSTEM INPUTS

Water for toilet flushing l/yr

Heat 164 MWh/yr

Dwellings Toilets/Kitchen

Sewage Residual Waste kg/yr

SYSTEM OUTPUTS

SYSTEM

INTERGRATED SUSTAINABILITY DIAGRAM SOCIAL INTERACTION Elderly people farming with children

AIR CLEANER Plants are absorbing the CO2

PV PANELS Integrated on the glass facade

LOCAL EMPLOYMENY People in charge of farming gardening

2 FOOD Cultivation of fruits & vegetables

BUFFER ZONE FACADE Double Facade taking advantage of sunlight and ventilation

RAINWATER HARVESTING For toilet flushing washing machine & gardening

SOUND REFLECTING FACADE Reflecting on the glass, absorbing in the inner wooden facade

HEAT PUMPS Installations in the parking area

BIODIGESTOR Heat from organic waste and gardening waste

Fruits & Vegetable to local markets/retails/consumption outside

Nutrients 37 t/yr

Organic Waste kg/yr

Electricity total 882 MWh/yr

Sun

Residual Waste kg/yr

Fruits and Vegetables total 136 t/yr

Organic vegetation Waste kg/yr

Atmosphere

Nutrients for agriculture 37 t/yr

Water Tank with Filter

NEW ENTRANCE OLD CHURCH, AMSTERDAM : EXTERIOR DOORS

Period: Jun. 2013 - July. 2013 | Status: Design & Technical Development Level for Realization Type: Contract - Design Proposal, Remodeling & Door Design | Client: City of Amsterdam Project in Charge: One Architecture BV | Collaborators: Hyeonsu Yang (Freelance Architect) / Matthijs Bouw, Bart Aptroot, Froukje van de Klundert (One Architecture) / Berend Strik (Artist) Location: Old Church (Oude Kerk), Amsterdam, The Netherlands | Function: Entrance

Sketch

As an integral part of the design for the new entrance in the tower of the Old Church by One Architecture design Berend Strik and Matthijs Bouw a ‘fence’, that the existing, authentic little fence will replace. When selecting the fence are presented by the example of the east door of the Baptistery by Lorenzo Ghiberti, Florence, a door that is so rich that it extended to groups of tourists can watch, and where guides can tell about long term. The designers / artists designed around the Oude Kerk something similar: the ‘gate’ to become a focal point for the many tourists who are often in groups and under supervision, the Oudekerksplein knowledgeable about the history of the city, the church and the Red Light District . The fence has two sides. If the entrance is open, usually during the day, it acts ‘fence’ as signal: here is the entrance of something special. The ‘fence’ is redundant as other expressions. For this reason, the ‘inside’ of bright color. If the entrance is closed, mostly in the evening, the ‘gate’ less prominent. While making the sketch we have collected stories about the church and its surroundings. We have listened with tourist guides. We read history books. We spoke with experts. The stories are diverse and heterogeneous. On the inside, we depict the stories, each with an appropriate method (sometimes only a word, for example, Saskia, but sometimes with a drawing, for example, the bars around the ship, and the relationship with the shipbuilding). The representations are prompted narratives. On the inside is also room for factual information on the (art) church opening hours etc. In collecting the stories and observing the tourists noticed how our city’s history and church history are intertwined. For example, many considered the hand-covered chest in the pavement of the square: both stories can come together freely and without shame here. We want to get together. Those stories in front of the door Inspired by the story that sailors arriving at Amsterdam both church and prostitutes visited by the paintings of Mary with baby at the breast, Ca-

Exterior Doors: Closed

tholicism followed by the iconoclasm, and we want the current Wallen (mostly covered) female breast as a motif for the outside. The interior and exterior will exactly look like we do not know: creating a work of art requires above all a lot of creative study. First studies in the context of the sketch provide the following insights:

Format

It is studied on the format. Should the artwork fill the entire opening, connect the lintel, or more or less keep the current format? At this moment is the insight that the work should have approximately the same size as the gate current: it comes on to the front of the building, to which loose.

Fence and door

From the perspective of the inside is, in particular, a bar fence to replace the current is not desirable, the bars do not provide sufficient surface area for the images. At the same time in a closed artwork or beautiful as the church door behind is visible. A closed flat, even though this is the format of the current fence, is undesirable. The artwork will therefore both surfaces and openings, and thus more like fence door.

Architecture and sculpture

In line with the above also applies to the ‘art’ does not have to conform to the church and tower, architecturally but something autonomous should radiate out. By making it less symmetric and orthogonal but to look for a ‘wilder’, more sculptural shape, it is becoming autonomous.

Slowly revealing

We would like to make a very tactile work that invites touch. By making the work of bronze, for example, be the most touched parts shine and certain parts (for example, the female breast) naturally prominent. In this way, a reluctant initially work on time explicitly.

DOOR STUDIES

Exterior Doors: Opened

NEW ENTRANCE OLD CHURCH, AMSTERDAM : INTERIOR & FURNITURES

Period: Jun. 2013 - July. 2013 | Status: Design & Technical Development Level for Realization Type: Contract - Design proposal, Remodeling, Furniture Design | Client: City of Amsterdam Project in Charge: One Architecture BV | Collaborators: Hyeonsu Yang (Freelance Architect) / Matthijs Bouw, Bart Aptroot, Froukje van de Klundert (One Architecture) / Berend Strik (Artist) Location: Old Church (Oude Kerk), Amsterdam, The Netherlands | Function: Entrance Hall & Box office

Interior

Furniture

The Old Church was traditionally a place for worldly things. There were nets repaired, theater pieces staged and was traded. Pictures of the church interior we see the space filled with churchgoers, audience and then some hikers or children playing and dogs. Because of this public nature, the church was called the house of Amsterdam-room.

Part of the design is the furniture with one as modest as possible dimensioned desk furniture and a waiting bench. In terms of design, the furniture based on the existing wood furniture in the Old Church.

By moving the entrance to the tower can be the church as a public place again revived. For as little as possible to get lock operation, the passage of the public spaces to the public in space just as light as the church. It is not the cash we design, but rather the space itself. Information, payment and entry certificates hardly ask nowadays has more space. All visitors walk through the cash inside. Possibly even they can themselves from a ticket provided. The light comes from the ceiling as a spherical object, the shapes of the area stressed and connects with each other. Most functions are included in curved, shiny walls that reflect light from the ceiling. Entrance Hall

The counter consists of a long table on tall legs. Shapes and decoration are derived from the fence around the pulpit in the nave. The table is on the short sides ‘stale’. Protection against sight draft and is a bidbank loosely under the table is placed. The old to make way for new functions: a footrest and place for bags of visitors. The design of the bank is derived from the choir stalls with misericorden in the choir. By the bank with the curvature of the wall run along the front and ‘to saw’ also arises here a game between old and new. Bags of visitors can be stored under the seat.

ca. 2700

400

680

WATING BENCH

400

680

ca. 2700

TOP VIEW

SIDE VIEW (R)

seat with storage space for bags. detail hinge to be decided

handrail according misericorden bank in the choir

1100

460 640

bank is ‘stale’ therefore sanding

1100

640

provide accessible via valves at the meeting of three mountain areas

FRONT VIEW

SIDE VIEW (L)

side ‘corny’ 460

waiting bench

Alternatives

DESK

1200

650 50

1200 1200 phone

porto phone

phone

650

ipad

1200

porto phone

museum iamsterdam card card reader reader

printer

800

400

800

400

TOP VIEW: TABLE

blade sanded and Ducts for electrical and data cables

1040

1090

180438

printer

1040

nfc reader

1090

ipad

nfc reader

museum iamsterdam card card reader reader

650

space for pin and printer as if it were cut from the sheet, so sanded

180

650

438

blade sanded and Ducts for electrical and data cables

FRONT VIEW

floor sheet for ATM and printer 800

150

200

800

150

200

900 900

170

900 900

800

350

800

to avoid foreclosure pray desk. tour and sight on the inside of radiant panel heating.

SIDE VIEW

sides ‘corny’

on the inside of radiant heaters for heating

Alternatives

STOOL

Alternatives

FRONT VIEW

sides ‘corny’ front with decoration

SIDE VIEW 170

TOP VIEW: PRAY DESK

hollow legs serving transit data and electrical cables

footstool and space for placing bags

F O N D ACO D E I T E D E S C H I V E N I C E , I TA LY

Period: Aug. 2013 - Nov. 2013 Status: Design Development | Type: Commission | Client: Benetton - Edizione Property S.R.L., DFS Project in Charge: OMA | Teams: Ippolito Pestellini Laparelli, Francesco Moncada, Silvia Sandor, Jan De Ruyver, Cecilia del Pozo, Andreas Ierides | Location: Fondacon dei Tedeschi, Venice, Italy Program: Department Store; mix-used public and cultural facilities | Size: 11.000m2

First constructed in 1228, the Fondaco dei Tedeschi was a trading post for German merchants. Depicted by Canaletto and other masters, and photographed numberless times as the impressive but anonymous backdrop for the Rialto, the Fondaco - one of Venice's largest buildings - now stands as a muted icon of the Venetian mercantile era. The Fondaco has constantly reshaped itself, accumulating many layers of 'authenticity': its preservation is a history of change. The Fondaco's current role as a post office has diminished in tandem

Pavilion glass floor : Steel â&#x20AC;&#x2DC;Iâ&#x20AC;&#x2122; beams

with the native population of Venice: an annual decline of 1.2 percent mirrors the gradual emptying out of the building. Today, it is largely unused for the first time in centuries. The latest evolution of the Fondaco will reactivate the building a thriving contemporary trading post, in the form of a modern department store. In tandem with the department store, the renovation will create three major areas of commerce-free public space. Department stores have historically been incubators for the arts, collaborating with graphic design-

ers, fashion designers, musicians and artists in a very public venue. With the Cultural Masterplan for the Fondaco, our ambition is to resurrect this relationship between art and commerce - a classically Venetian mixture. OMA's renovation scheme - composed both of architecture and public programming - continues the Fondaco dei Tedeschi's tradition of vitality and adaptation. Venice will acquire a landmark that will become a shared civic facility and a crucial element in the cultural fabric of the city.

Gap for smoke straction of the courtyard

Escakator opening stamp : E. Kelly /Emblem

Courtyard pavement (Marble) : Bianco Istria / Rossa Verona

The courtyard

will become a major public hub. As well as new entrances to the building from Campo San Bartolomeo and the Rialto, existing shortcuts through the courtyard, used by locals, will be retained.

ROOFTOP - SECTION

Public Altana

Glass Floor

Existing Structure

Brass wall

Existing structure Brass wall

Pavilion glass floor

New Corridor

New corridor

ROOFTOP VIEW PAVILION Public Altana : Panorama deck

Lifted Pavilion

New glass corridor ceiling

Brass handrail

The rooftop will be adapted and made acces-

sible, leaving the building's profile intact while unlocking potential for the Fondaco dei Tedeschi as a major destination and vantage point for tourists and Venetians alike, with rare views of the Grand Canal and Venice's stunningly dense roofscape.

INTERIOR VIEW PAVILION

Fan coil box

Spotlights attached to the existing structure

Existing steel structure lifted

Brass panels with different oxidation degree

New glass floor

The escalator reaching from the courtyard to

the gallerias can be lifted up, freeing the courtyard for a program of public events as part of cultural masterplan: film screenings, performances, meetings.

Existing concrete truss

Brass handrail

Mirror wall

Oak cladded escalator

Marble pattern wall Projected plaster

Sandblasting colored concrete portal

Mirror wall

ESCALATOR SECTION

ESCALATOR SECTION (MODEL 1:50)

THE END-CORRIDOR (ROOPTOP) - Marble Lightening tile patterns

: Pietra D’Istrai Oresera and Rosso Verona marble

SAN BARTOLOMEO entrance - Marble Rhombus tile patterns

: Pietra D’Istrai Oresera and Rosso Verona marble

Exxposed concrete over deck

Existing concrete beam exposed

RIALTO entrance - Marble Wavy patterns : Pietra D’Istrai Oresera and Giallo Torri Mable

Existing concrete beam exposed

Hanging stair in oxidated brass

GALlERIES

GALLERY GATE - DETAILS

New Plaster

Existing wooden beams

Air diffusers

New gates

Existing Venetian Terrazo 1: 20 Model

GALLERY GATES STUDIES (selected) ALT 1 - 2 LAYERS

Gallery view

Interior view

ALT 2 - CIRCLES

ALT 3 - RHOMBUS

ALT 4 - HALF CIRCLES

Regular \ Random patterns

ALT 5 - GEOMETRICAL PATTERN Selected

SERVICES RETICULATION (MEP) INTERIOR VIEW - 1ST FLOOR

Existing wooden beams

Rings structure fastened to the wall with multiple uses Air extraction element in brass

Existing step in front of the windows

Existing cladding in stone

Existing venetian terrazo floor

RETICULATION SYSTEM - DETAILS

INTERIOR VIEW - 1ST FLOOR

INTERIOR VIEW - 2ND FLOOR

M O N D I TA L I A V E N I C E B I E N N A L E 2014

Period: Oct. 2013 - Present | Status: Design & Technical Development Type: Commission | Client: La Biennale di Venezia | Project in Charge: OMA Teams: Ippolito P. Laparelli, Miguel Taborda, Barbara Materia, Alice Gregorie, Paul Couriet, Fabrizia Vecchioue, Lucia Venturini, Marton Pintor | Location: Corderie (Extending on the southern side of the Arsenale) , Venice, Italy | Program: Exhibition & Performance (Temporary) | Size: 6,320m2

Because the length of the Arsenale’s Corderie typically creates a sequence of individual episodes that do not form a single narrative, we propose to dedicate the entire building to a single theme – the current state of Italy – and to represent all aspects of Europe’s most crucial country in a form that ranges from architecture, theatre, and documentary, to re-enactments, exhibitions, films, lectures, debates, shows, entertainment.

the other Biennales, we hope to initiate a theatrical process that invites artists to respond, on their own terms, to the theme of Italy. We will offer a framework, a stage, schedule, and set; dramaturgy would then be the responsibility of the participant.

The Corderie would be treated as a continuous multidisciplinary performance space that represents Italy itself. In a unique collaboration with

We will collect a selection of Italian architecture – each project in its own way a manifestation of the current state of the country. The narration of each project would be left to invited contributors, who will collectively generate an “exhibition of exhibitions”.

Throughout the Corderie, the exhibitions, a series of theatrical productions and events will unfold, engaging politics, economics, religion, philosophy, industry. Each one could leave a physical trace in the form of sets, objects, written material, projections, or the extended presence of people. The Corderie would be imagined as a multidisciplinary work in progress, constantly evolving and on permanent display, with varying degrees of activity and varying scales of productions taking place in its different sections.

STAGE 1.4 (1:50 model)

MOVIES AND ARCHITECTURAL EXHIBITION

AC T AU D I C Y B E R T E R M I N A L

Period: Oct. 2013 Status: AMO COMP Fase 1 | Type: Consultation (Research & Proposal) | Client: AUDI Project in Charge: OMA + AMO | Teams: Rem Koolhaas, Reinier de Graaf, Stefano Baroffio, Maria Finders, Ippolito Pestellini Laparelli, Miguel Taborda, Lucia Venturini | Location: Everywhere | Function: Various new prototypes of AUDI dealership combinding with various commercial and cultural programs

“Choose what you want to do - or watch someone elese doing it. Learn how to handle tools, paint, babies, machinery, or just listen to your favourite tune. Dance, talk or be lifted up to where you can see how other people make things works. Sit out over space with a drink and tune in to what’s happening elsewhere in the city. Try starting a riot or beginning a painting - or just lie back and stare at the sky”

What is the AUDI’s biggist challence?

Cedric Price (1961)

MODEL 1

A modular structure working as an open frame: adaptable, scaleable, flexible, colonizeable, cheap, virtually with no limits to its extension

While AUDI is still equated to engineering process, and elegant design. It is losing consumer sympathy. It is time to ACT, and Reverse this tendency. As opposed to reinforcing AUDI’s corporate identity by adding another variation to its already established dealership image, we propose an open system where uncompromising qualities com alive. An open system is able to stage “Life in Action” as its central attraction.

ACT will be defined by its intentions, its context, its location and its cutomers. ACT will be an open system able to grow and shrink; connect and disconnect; absorb and transfer functions, people and activities depending on everchanging situations. ACT wil not be designed as a architectural object - defined in its intentions, limited in its possiblities - but rather as a simple and open structural system based on two interconnected models.

MODEL 2

A stacked system of floors similar to a generic parkhouse: open, horizontal, colonizeable. Aready made to be built cheaply or to be found.

and use.

Parkhouse Squat ACT

Container Plug-in ACT

ACT will be occupied and activitated by a se-

ries of modular plug-ins: spatial Devices able to support multiple scales and types of activities, constantly re-arranged in different combinations and configurations, depending on local requests, needs, markets, cultures and users. Plug-ins are ACTions.

HYE O N S U YA N G Molstraat 14, 2611EN, Delft, The Netherlands Phone: +31 (0)6 81-27-07-45 (mobile) E-mail: murmusic@gmail.com Date of Birth: May 18, 1980, Incheon, South Korea Marital staus: Single

EDUCATION

Sep. 2009 - Jan. 2013 Mar. 2000 - Aug. 2007

WORK EXPERIENCE Aug. 2013 - Preseent Jun. 2013 - Jul. 2013 Mar. 2009 - Aug. 2009 Oct. 2007 - Jun. 2008 May. 2007 Dec. 2005 - Aug. 2007 Sep. 2005 - Dec. 2005 Jun. 2005 - Jul. 2005 Mar. 2001 - May. 2003

QUALIFICATIONS Language Computer Skills

AWARDS Nov. 2013 Nov. 2007 Jul. 2007 Dec. 2006 Nov. 2006 Nov. 2006 Nov. 2006 Mar. 2008 Dec. 2007 Jul. 2005

EXTRA-ACTIVITIES Dec. 2012 Oct. 2012 Nov. 2007 Jul. 2007 Feb. 2007 Dec. 2006 Nov. 2006 2000 - 2008

Feb. 2013 Apr. 2009 Sep. 2010 - Aug. 2011

PUBLICATIONS (Selected) Dec. 2007 Apr. 2007

Delft University of Technology, Delft, The Netherlands | Master of Science in Architecture Sungkyunkwan University, Suwon, South Korea | Bachelor of Science in Architectural Engineering OMA (Office for Metropolitan Architecture, Headquarter) | Trainee One Architecture BV | Freelance Architect TOWOOJAE architects & consultants | Freelance Architect KUNUSA architects | Junior Architect Sungkyunkwan University | Freelance Architect Digital Media and Technology Lab | Assistant Researcher Sungkyunkwan University |Teaching Asststant T.E.D architects | Freelancer National Military Service English (Fluent), Korean (Native) Sketchup, Rhino 3D, AutoCAC, Archicad, Revit, 3D MAX, Artlantis, Render[in], Podium, V-ray Photoshop, illustrator, InDesign, MS Word, Powerpoint, Excel

Individual / Team

Winner (TU Delft) | Nomination for The National Archiprix 2014 (The Netherlands), Delft, The Netherlands 1st winner | 26th National Exhibition of Korean Architecture, Seoul, South Korea 2nd winner | 1st Ubiquitos Space International Competition (USIC), Seoul, South Korea 3rd winner | 25th National Exhibition of Korean Architecture, Seoul, South Korea Honorable mention | 42th Gyeonggi Architecture Competition, Gyeonggi province, South Korea Honorable mention | AIK Digital Architecture 2006, Seoul, South Korea Honorable mention | 3th National Exhibition of Korean Landscape Architecture, Seoul, South Korea

Participations (Selected)

1st winner | ‘Kimpo Youth Retreat Center’ by KUNUSA architects, Gimpo City, South Korea 3rd winner | ‘Pangyo Ecological Learning Center’ by KUNUSA architects, Seongnam City, South Korea 1st winner | ‘The Student Union of Dongduk Women’s University’ by T.E.D architects, Seoul, South Korea

Exhibitions (Selected)

Exposition ‘Renewal of the city renewal’ | Leiden, The Netherlands Exposition ‘Renewal of the urban renewal’ | TU Delft, Delft, The Netherlands 26th KIA Convention & Exhibition | Seoul, South Korea 1st USIC Exhibition | Seoul, South Korea 2nd A.S.O.P Exhibition | Seoul, South Korea 25 KIA Convention & Exhibition | Seoul, South Korea 3rd National Exhibition of Korean Landscape Architecture | Seoul, South Korea Biannual Exhibition of Sungmi Club | Sungkyunkwan University, Seoul & Suwon, South Korea

Other Activities (Selected)

Lecture ’Muiderpoort Station Renewal’ | TU Delft, Delft, The Netherlands Lecture ‘Renewal & Reservation of Mugyo-and Da-dong in Seoul’ | Kyungwon University, South Korea Vice-president, Korean Student Association of Technical University of Delft (KSATUD) Archiworld, Vol.151, pp.184 - 185 Concept, Vol. 096, pp. 106 - 113

AFFILIATIONS (Selected) Mar. 2013 - Present

SBA Dutch lisenced architect in the Netherlands