PARAMETRICSUMMERHOUSE
PARAMETRIC SUMMERHOUSE IS A PAVILION THAT MAINLY OPEN TO NATURE CONCEPT. THE INNER SPACES ARE WIDELY OPEN TO THE SKY IN TERMS OF VIEWS. THE SPACES ARE CONNECT THE FEELING TOGETHER FROM INTERIOR SPACES TO EXTERIOR SURROUNDING ENVIRONMENT. ADDITIONALLY, THIS PROJECT IS MOSTLY ABOUT LETTING PEOPLE GOING IN, SO THIS PAVILION DOES NOT HAVE A ROOF. THUS, IT WILL ONLY HAVE TWO WALLS AND BASEMENT MADE OUT OF BRICKS
CREATIVEPAVILION
DESIGNCONCEPT DESIGNINTENTION THE SHAPE STARTED WITH A CUBE THE PAVILION IDEA S OPEN TO DEVELOP CONNECTIONS TO THE LOCATION TO CREATE OPENINGS,THESHAPEHADTOBE SEPARATED TO COLLECT MORE SUNSHINE, THE DESIGN HAS BEEN CURVED TO CAPTURE MULTIPLEANGLESOFSUNLIGHT FINALLY, THE FORM CHANGES HEGHT TO AVOID INTERNAL PRIVACY THE DESIGN INTENTION WILL MAINLY EMPHASIS ON SEPERATION & TEXTURE DUE TO THE CLIENT IS A SCULPTOR WHICH PARTICULAR IN DOING SEPERATION & TEXTURESCULPTURE B A FloorPlan Scale1:20 SectionA-A Scale1:20 SectionB-B Scale1:20 SitePlan S e Sec on Scae 1 1000 5 5 0 0 M M 3 5 0 0 M M 5 00 MM 500 MM 3 5 0 0 M M 3 5 0 0 M M 2 0 0 0 M M 5500 MM
Parametric summerhouse is a pavilion that mainly open to nature concept. The inner spaces are widely open view to the sky, in a sense that the spaces are sort of connect the feeling together from interior spaces and exterior environment.
EXPLODED AXONOMETRIC
DETAIL
PARAMETRIC SUMMERHOUSE TECHNOLOGY PART
DETAIL A BRICKS WALL CONNECTION & CONSTRUCTION
B CONSTRUCTION OF FOUNDATION
a b c d e
REINFORCE
Parametric bricks wall construction Details A Concrete foundation Details B 190MM X 90MM X 90MM CLAY BRICKS CONSTRUCT AS WALL SURFACE 16MM STEEL REBAR TO CONSTRUCT AS A SUPPORTIN SYSTEM FOR CLAY BRICKS 10 MM STEEL PLATE WELDE BETWEEN BRICKS AND REBAR 50MM X 50MM ANGLE FRAME TO HOLD BRICKS SCREEN REBAR CONNECT TO BRICKS BOLT & STEEL PLATE CONNECT FROM ANGLE FRAME TO FLOOR
a. 190MM X 90MM X 90MM CLAY BRICKS b. 20 MM STEEL REBAR C. 150 MM CONCRETE FLOOR d. 100 MM CONCRETE BEAM e. 15MM STEEL REBAR MATERIALS 150 MM CONCRETE CONSTRUCT AS FLOOR 15 MM STEEL REBAR CONNECT FROM BRICKS DOWN TO THE FLOOR 15 MM STEEL REBAR ACT AS A CONSTRUCTION SYSTEM OF CONCRETE FLOOR 100 MM CONCRETE BEAM CONSTRUCT AS A SUPPORTING DETAILS 2D DRAWINGS TO SHOWCASE THE MATERIALS USAGE 190 MM CLAY BRICKS WALL
CONCRETE FLOOR STEEL REBAR REINFORCE CONCRETE BEAM
GRAVEL
SAND
CREATIVE HUB
TIMBER
CHONGQING TAOYUANJU COMMUNITY CENTER
THE COMMUNITY CENTRE IS NESTLED IN THE MOUNTAINS OF CHONGQING'S TAOYUAN PARK. THE FIRST STEP IS TO TRY TO INTEGRATE THE NEW BUILDING FORM WITH THE CURRENT UNDULATING TOPOGRAPHY. INSTEAD OF CONSTRUCTING A "THING" IN THE FIELD, WE INTEND TO PRODUCE PICTURE BY COMBINING ARCHITECTURAL FORM WITH MOUNTAINOUS ENVIRONMENT. GREEN ROOFS AND GREEN WALLS HELP TO MERGE THE VOLUME INTO ITS NATURAL SURROUNDINGS WHILE ALSO INCREASING THE THERMAL COEFFICIENCY OF THE BUILDING ENVELOPE
EACH OF THE THREE PRINCIPAL STRUCTURES HAS ITS OWN ATRIUM, WHICH FEATURES A BIG SKYLIGHT THAT LETS NATURAL LIGHT INTO THE INSIDE. THE INSIDE AND EXTERNAL OF ARCHITECTURE ARE BLURRED THROUGH OPENINGS, WINDOWS, CANTILEVERS, AND PASSAGEWAYS. THUS, BY FUSING THE ENTIRE SPACE WITH THE SKY, MOUNTAIN, TREES, SUNLIGHT, AND BREEZE, A LIVELY CO-EXISTING RELATIONSHIP OF ARTIFICIAL STRUCTURE AND NATURAL LANDSCAPE CAN BE CREATED.
MATERIAL USAGE
OVERALL FLOOR OF CHONGQING TAOYUANJU COMMUNITY CETER USING REINFORCE CONCRETE TO CONSTRUCT IT MEANWHILE USING CLAY TILES AS A FINISHING
CASE STUDY
THE BUILDING ENTRANCE USING LAMINATED GLASS TO CONSTRUCT THE WALL MEANWHILE SUPPORT BY STEEL FRAME
CONSTRUCTION DETAILS OF THE FACADES OF CHONGQING TAOYUANJU COMMUNITY CENTER
ANOTHER PART OF CHONGQING TAOYUANJU COMMUNITY CENTER FACADES COVERING BY TIMBER SHADING DEVICE
SHADING DEVICE CONNECT FROM ROOF TO GROUND THE CONNECTION IS ACTUALLY USING STEEL COLLAR
TIMBER
CLAY BRICKS
STEEL
CLAYSCULPTUREHUB Overall c ay sculpture hub are main y facing the ma n lake wh ch is Tasik titiwangsa Another part of ex sting s te w ll be designed as a lanscaping area with lakebody Bu ld ng itse f us ng green roof to appret ate the site Introduction Sun Acces Vegeaton Long Facades facng west and east Ye ow arrow acng good vew however red arrow facng bad vews Noce are mainy comng rom carparkarea Pedestrans using green arrow pathway to go n he hub red coorarrowforcaraccess Treescanbeusetoblocksome badvews romeastste Materialsusage SiteConditions Tmbe CayBrck Seebar Setback ine Views Sound W ndpath Sunpath Waterbody Sketchideas Siterespond Transform a.Exhibitionarea b.sculpturegallerystaircase c coffeeshop d.sculptureworkshoparea e.storage f.Loadingbay g Publictoilet h.Artmuseumshop i.staircase&sittingarea j Publicarea k Claysculpturegallery L.Lift M Sculpturemakingroom N.Publictoilet Ground F oor P an Scale 1:200 F rst F oor P an Scale 1:200 a b c d e f g h j k L M N Sta t wth cube B B B B A A A A Void a the midde pa t Carve ou to c eate pathway connect to ste To bend down the orm to a ow wnd path S ghty of set to enhance the vew CREATIVE HUB FINAL BOARD
Section A-A Scale 1:200 Section B-B Scale 1:200 East Elevat on Scae 1 200 South Elevat on North E evation Scale 1:200 Scae 1:200 West E evat on Scale 1:200 Sectional Perspective Perspective Spatial Quality CREATIVE HUB FINAL BOARD
Exploded Axonometric a. Exhibition area b. sculpture gallery staircase c. coffee shop d. sculpture workshop area a b c d e f g e. balcony f. Public toilet g. Clay sculpture gallery scu pture gal ery staircase C ay sculpture gallery sculpture workshop area coffee shop CONSTRUCTION DETAILS 100 MM SOIL
TOP TO SUPPORT THE
50 MM DRAINAGE
SOIL 30 MM WATER
PANEL CONSTRUCT ON TOP 80 MM INSULATION
200 MM
50 MM
20 MM
150 MM
250 MM
225 MM
80 MM
30 MM
200MM REINFORCE
BASEMENT CONCRETE PAD FOUNDATION Section Details scale 1:25 CREATIVE HUB FINAL BOARD
CONSTRUCT ON
GRASS
LAYER CONSTRUCT ON TOP TO ASSIST ROOF
BARRIER
CONSTRUCT AT THE INNER PART TO REDUCE HEAT
REINFORCE CONCRETE ROOF CONSTRUCT ON TOP
TIMBER PANEL CONSTRUCT ON THE FACADES
LAMINATED GLASS CONSTRUCT ON THE FIRST FLOOR ACTING AS WALL
WINDOW STEEL FRAM NG
REINFORCE CONCRETE COLUMN CONSTRUCT AS SUPPORTING SYSTEM
BRICKS WALL CONSTRUCT AT THE GROUND FLOOR
NSULATION CONSTRUCT AT THE INNER PART TO REDUCE HEAT
WHITE CLADDING CONSTRUCT ON WALL AS A FINISH NG
CONCRETE FLOOR
MODEL
PHYSICAL
