際際滷

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Dostyk

Corrie Messinger
Corrie Messinger
1 of 15
N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with N E D U C A T I O N A L N E T W O R K EDUCATIONAL G R E E N S P A C E N E T W O R K G R E E N G R E E N S P A C E N E T G R E E N S P A C E N E T W F I N A N C I A L N E T W O R K C U L T U R A L N E T W O R K E N T E R T A I N M E N T N E T E N T E R T MENT ENTERTAIN R E T A I L N E T W O R K RETAILNETWORK CULTURAL NE CIVIC NETWORK E D U EDUCATIONAL NETWORK EDUCATIONAL F MENT ENTERTAIN RETAILNETWORK CULTURAL NE 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃 CITY PROGRAM NETWORKS MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K CIVIC LANDSCAPE MAIN ROADS SITE MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K FINANCIAL DISTRICTS SPORTS ARENA EDUCATIONAL CIVIC LANDSCAPE MAIN ROADS SITE MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K LANDSCAPE MAIN ROADS SITE MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K EDUCATIONAL CIVIC LANDSCAPE MAIN ROADS SITE MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K MAIN ROADS SITE MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K SPORTS ARENA EDUCATIONAL CIVIC LANDSCAPE MAIN ROADS SITE 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃 鐃 鐃緒申鐃 鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃 鐃 鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃 鐃緒申鐃 鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申 鐃緒申 鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申 鐃緒申 鐃緒申鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃 鐃 鐃緒申鐃 鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申 鐃緒申鐃 鐃緒申鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申 鐃緒申鐃 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 CITY PROGRAM PROGRAM NETWORKS SITE PROGRAM PROGRAM NETWORKS VECTORS POINTS 弌丐 弌丐丐弌丐 乘 弌丐 丐 丐丼 乘 弌丐 SITE PROGRAM VECTORS
N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with N CONCEPTUAL PROGRAM NETWORKS FINANCIAL DISTRICTS SPORTS ARENA EDUCATIONAL CIVIC LANDSCAPE MAIN ROADS SITE 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 PARK GRAM STUDY PROGRAM STUDY 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 PARK PROGRAM STUDY PROGRAM STUDY MIXED USE OFFICE PARKING SERVICE MIXED USE OFFICE PARKING SERVICE PARK ENTERTAINMENT PARK ENTERTAINMENT MIXED USE OFFICE PARKING SERVICE COMMERCIAL PARKING PARKING PARK ENTERTAINMENT PARK ENTERTAINMENT MIXED USE OFFICE PARKING SERVICE COMMERCIAL PARKING PARKING CANVAS SITE PLATFORM 鐃緒申鐃緒申 FINANCIAL COMPONENTFINANCIAL NETWORKS FINANCIAL COMPONENT ROADS COMPONENT ROADS COMPONENT ROADS NETWORK ROADS NETWORK LANDSCAPE COMPONENT LANDSCAPE COMPONENT LANDSCAPE NETWORK LANDSCAPE NETWORK CIVIC COMPONENT CIVIC COMPONENT CIVIC NETWORK CIVIC NETWORK EDUCATIONAL COMPONENT EDUCATIONAL COMPONENT EDUCATIONAL NETWORK EDUCATIONAL NETWORK SPORTS COMPONENT SPORTS COMPONENT SPORTS NETWORK SPORTS NETWORK PROGRAM NETWORKS COMPONENTS OF THE MOSAIC 丶丐丕乘 乘 弌丐 乘 弌丐 丐乘
N with LANDSCAPE 100% LANDSCAPE 65% LANDSCAPE 50% LANDSCAPE 35% LANDSCAPE 20% PAVEMENT 100% PAVEMENT 50% PAVEMENT 35% PAVEMENT 20% WATER 100% WATER 50% WATER 30% GLASS HIGHLIGHTS BUILDING ROOF RESIDENTIAL INTERMEDIATE SCHOOL RECREATION AREA SHOPPING CENTER SAMAL TOWER RESIDENTIAL RESIDENTIAL RETAIL OFFICE ZHOLDASBEKOV STREET DOSTYKAVENUE S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N 丐亊 丿亊 丐乘丱 丐乘 丶丐 弌 (乘丿) 丕. 弌 .弌丐乘 1:500 SCALE N A B C P D P P H J P E F GI KEY NOTES 亊 乂丐 乘丿 / LANDSCAPED ROOF DECKA 个丐丐 / AMPITHEATERB 乘 亅丐 乘 / CENTRAL WATER FEATUREC 亊 乂丐 乘丿 / LANDSCAPE ROOF DECKD 乘 丐, 丐 丐乘 乘 / RETAIL, CONFERENCE AND FITNESS ZONEE BTA 弌丐/乘丐亊 / BTA DROP-OFF / ARRIVAL PLAZAF 亊 丱/乘丱 / UNDERGROUND PARKING INGRESS / EGRESSP 丱/乘丱 / PARKING GARAGE INGRESS / EGRESSP TSE 弌丐/乘丐亊 / TSE DROP-OFF / ARRIVAL PLAZAG HALYK 弌丐/ 乘丐亊 / HALYK BANK DROP-OFF / ARRIVAL PLAZAH ESPLANADE 个丐丼乘 丿丱乘 丕丐 / THE ESPLANADE SECONDARY PEDESTRIAN ACCESSI 丶丐亊 丶丶 乘 丿丱乘 丕丐 / THE GRAND STAIR PRIMARY PEDESTRIAN ACCESSJ HALYK / HALYK BANK TSE BTA #3 BTA #2 BTA #1 5 4 3 2 1 5 4 3 2 1 KEY NOTES
N with 1:250 SCALE N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N OFFICE PLANS : +979.10 乘 亅丐 个弌乘丱 : +979.10 LEVEL 20 LEVEL18 LEVEL 18 LEVEL 21 LEVEL 18 F G A 个弌 / OFFICE LOBBY B C D E F G H K M BANK TURAN ALEM HALYK BANK T S ENGINEERING SHARED COLOR RELATIONSHIP I J L KEY NOTES 丱 丐亊 / OPTIONAL-COMMERCIAL 乂 亊 丐 / DRIVING COURT 丱亊乘 丱 / SECURED ACCESS 丱. 乂亊 / MECHANICAL 亅丐 个弌 / OFFICE FLOOR 个弌亊 乂 / OFFICE CORE 亊 乂 / WATER COURT 丐乘 / VITAMIN BAR 弌 - 亊 / SPA - BATH 弌 - 个丕丐丕亊 丐 / SPA - FITNESS 弌丐 / DELIVERY 丕丶乘 亅丐 / COMMUNICATING LEVEL N 弌丐 / RESTAURANT O 丱 亊 弌 / CONFERENCE HALL P 丱亊亊 / SECURED PARKING Q 丐乘 丱 / BANQUET HALL R 丐亊 / RETAIL - TRADE S 个丐丐 / AMPHITHEATER T 亊 乂丐 乘丿 / ROOFTOP GARDEN U 丐乘丐 亊 亅丐 / OPEN TO BELOW ZHOLDASBEKOV STREET 丕. 弌 F G F G F G F G
N with 1:250 SCALE N N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N MOSAIC LOBBY RETAIL COMMUNICATING LEVEL RETAIL PARKING PARKING PARKING PARKING MECH. MECH. MECH. TYPICAL MOSAIC SKIN 40 STORY TOWER SECTION CONF. LVL 弌丐亊亊 弌丼亊 弌丐 丐丐丼弌亊 MASHRABIYA Active PV Panel Clear Vision Panel Brise Soleil/ 亠仆亳仍亳 弌亠从仍礌仆 弌亠仆 Brise Soleil/ Curtainwall Vent 仂亰舒仆亳 舒仆亠仍 亠舒 PV 舒仆亠仍 Infill Glazing System Structural Wind Frame Assembly Structural Frame 舒从舒亰 亟舒仆亳亠 弌亳亠仄舒 弌亠从仍礌仆 弌亠仆 弌从仆舒 弌弍仂从舒 舒仄 Structural Frame 舒从舒亰 亟舒仆亳亠 SOLAR CURTAINWALL SYSTEM TECTONIC MASHRABIYA 丐丼亊 丿 40 亅丐 乘丿 丐亊 丕丶乘 亅丐 丐亊 亅丐 亊 弌 MECH. 丱. 乂亊 丱. 乂亊 SKY LOBBY 丐乘丐 FACADE TYPE ANALYSIS View from Samal Housing Projects(SouthWest) View from Dostyk Avenue(SouthEast) View from Dostyk Avenue and Zholdashbekova Street(NorthEast) View along Zholdashbekova Street(NorthWest) 亳亟 亳从舒舒亠仆舒 弌舒仄舒仍(豫亢仆仂-舒仗舒亟) 亳亟 仗. 仂从(豫亢仆仂-仂仂从) 亳亟 仗. 仂从 亳 仂仍亟舒弍亠从仂于舒(弌亠于亠仂-仂仂从) 亳亟 仍. 仂仍亟舒弍亠从仂于舒(弌亠于亠仂-舒仗舒亟) 个丶 9:00 12:00 15:00 SITE SOLAR IMPACT 9:00 12:00 15:00 SOLAR PATH SUNRISE SUNSET 丕弌 弌丶 弌丼 亊 丐 弌丱 弌丶 丱 弌丶
with 1:500 SCALE N SAHN S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N
with 1:500 SCALE N SAHN S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N
with 1:500 SCALE N SAHN S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N
with 1:500 SCALE N SAHN S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N
N D O S T Y K M U LT I - S T O R E Y B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with 1:500 SCALE N OPTIMIZED FOR EXPERIENCE OPTIMIZED FOR EFFICIENCY 丐 亊 亅个个丐弌丐 丐 亊 丕弌丐 PROGRAM STACKING 弌弌丼丐 乂 EXPERIENCE VS. EFFICIENCY DIAGRAM 丕弌丐 VS. 亅个个丐弌丐 FLOOR AREA EFFICIENCY MEASUREMENT METHOD = TYPICAL FLOOR PLATE GROSS BUILDING AREA (GBA) = TYPICAL FLOOR PLATE GROSS LEASABLE AREA (GLA) (GBA) (GLA) x 100 = FLOOR PLATE EFFICIENCY %
N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with DETAIL OF PUBLIC AND PRIVATE SCENARIOS CONNECTIONS BETWEEN PUBLIC AND PRIVATE ZONES 弌亊 丕 乂弌丐乘 丐乘 丐亂 乂弌丐乘丱 丐乘丱 弌丶
鐃 鐃 鐃 鐃 N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with 1:500 SCALE SECTION AA SECTION BB BB
N with New residential territory Planned residential districts Rivers, ponds District boundaries City Limits Railway New streets: Phase 1 (2005-2010) Phase 2 (2010-2020) Street renovation: Phase 1 (2005-2010) Phase 2 (2010-2020) New transport intersections: Phase 1 (2005-2010) Phase 2 (2010-2020) Streets and intersections in 2 levels ANALYSIS DIAGRAMS S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N Existing multistorey buildings Proposed multistory buildings on open territory Proposed multistorey buildings on rehabilitated territory Proposed suburban (cottages) on open terrain Existing suburban buildings City Center Manufacture Manufacture Support/ storage Persons per Hectare 0 to 8 (81) 8 to 28 (90) 28 to 50 (104) 50 to 95 (54) 95 to 192 (42) 192 to 277 (25) POPULATION DENSITY 丐弌丐亂 弌亊 丐丕丼弌 乘 CITY MASTER PLAN 乘 SEISMIC ZONES 弌弌丼弌 乘 TRANSPORTATION DEVELOPMENT 丐 丐弌丐 FUTURE RESIDENTIAL DEVELOPMENT STRATEGY 丐亊 亂亊 privacy ZHOLDASBEKOV DOSTYK MOUNTAINS TOP REP. SQUARE N.
N D O S T Y K M U LT I - S T O R E Y B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with COMPOSITION 乘丶亊 West Elevation 仂仂仆亶 个舒舒亟 South(Up) Elevation 豫亢仆亶 个舒舒亟 (亠) North(Down) Elevation 弌亠于亠仆亶 个舒舒亟 (亳亰) East Elevation 舒仗仂亟仆亶 个舒舒亟 1:1000 SCALE
N D O S T Y K M U LT I - S T O R E Y B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with LIVABLE ENVIRONMENTS 亊 丕豫乂亊 弌 SITE MICROCLIMATIC EFFECT 亠仆亶 亳从仂从仍亳仄舒 WIND HIGH PRESSURE ZONE LOW PRESSURE ZONE WIND WIND FLOWS FROM HIGH PRESSURE ZONE TO LOW PRESSURE ZONE WIND WIND FLOWS CONTAINED HIGH PRESSURE ZONE LOW PRESSURE ZONE 舒亳于仆亠 仆亠仆仆亳亠 仂亰亟仆亠 仂仂从亳 DOUBLE-GLAZED SOLAR CURTAINWALL SYSTEM WINTER: CLOSEDSUMMER: OPEN 亠仂: 从仂 亳仄舒: 舒从仂 Insulated ChamberHeat Chimney Effect 丐亠仗仍仂亳亰仂仍亳仂仆仆仂亠 亟亠仍亠仆亳亠亳仄仂仂亟仆亳 亠从 于仂亶仆舒 弌亠从仍礌仆舒 弌仂仍仆亠仆舒 弌亠仆舒 PASSIVE INTERNAL AIRFLOW INTERNAL AIRFLOW LANDSCAPE ZONES N 5 4 3 21 5 4 4 4 3 6 E D C B A 丕丼弌丐OSITE Rainwater is collected and reused on-site instead of released back into the storm drainage system High-ef鍖ciency irrigation techniques and non-potable grey water re-use minimize additional water usage. Water is allowed to slowly penetrate the site through green roof areas to minimize impact 鍖ooding on storm drainage system. Green roof areas and light-colored paving reduce heat build-up during the summer months and impact on building HVAC loads. Manipulated climatic air鍖ows and open/shaded areas cre- ate cooling effect at the ground levels during the summer months. Use of Kazakhstans rich natural stones and materials reduce the need for imported materials, and minimize the environmental impact of long shipping distances while exhibiting Kazakh craftmanship. Low VOC and renewable materials such as bamboo and non-petroleum based prod- ucts will also limit environmental damage. 仂亢亟亠于舒 于仂亟舒 仆亠 于弍舒于舒亠 于 仍亳于仆亠于 从舒仆舒仍亳亰舒亳, 舒 仂弍亳舒亠 亳 亳仗仂仍亰亠 于仆亳. 仂从仂 亠亠从亳于仆舒 仗仂仍亳于o仆舒 亳亠仄舒 亳 于仂亳仆仂亠 亳仗仂仍亰仂于舒仆亳亠 于仂亟 仄亠仆舒亠 舒仂亟 于仂亟. 仂亟舒 仄亠亟仍亠仆仆仂 仗仂亠从舒亠 亠亠亰 亰亠仍亠仆亠 亳亳 从 亟仍 仄亠仆亠仆亳 于仂亟礌仂亳 仆舒亞亰从亳 仆舒 亟仂亢亟亠于 亟亠仆舒亢仆 亳亠仄. 亠仍亠仆亠 亳亳 仆舒 从亠 亳 于亠仂-亰舒亳仆仂亠 仗仂从亳亠 仄亠仆舒ﾑ 仆舒亞亠于 亰亟舒仆亳 于 亠亠仆亳亠 仍亠仆亳 仄亠亠于 亳 于仍亳礌亳亠 仆舒 亰亟舒仆亳 HVAC . 丕仗舒于仍磳仄仂亠 亟于亳亢亠仆亳亠 于仂亰亟舒 亳 仂从亠/亠仆亠于亠 舒从亳 仂亰亟舒ﾑ 仂仍舒亢亟舒ﾑ亳亳 亠亠从 仆舒 仆亳亢仆亳 仂于仆 于 仍亠仆亳亠 于亠仄. 仗仂仍亰o于舒仆亳亠 舒亰舒舒仆从仂亞仂 仆舒舒仍仆仂亞仂 从舒仄仆 亳 仄舒亠亳舒仍仂于 仄亠仆舒亠 仗仂亠弍仆仂 于 亳仄仗仂仆 仄舒亠亳舒仍舒 亳 仄亠仆舒亠 亳从 于仂 于亠仄 亟舒仍仆亳 仗亠亠于仂亰仂从, 仂仆仂于亠仄亠仆仆仂 亟亠仄仂仆亳 舒亰舒从仂亠 仄舒亠于仂. 亳亰从亳亳 VOC 亳 仂弍仆仂于仍ﾑ亳亠 仄舒亠亳舒仍 舒从亳亠 从舒从 弍舒仄弍从 亳 仆亠 仆亠礌亠 仗仂亟从 舒从亢亠 仗仂仄仂亞 仄亠仆亳 仆亠亞舒亳于仆仂亠 于仍亳礌亳亠 仆舒 仂从亢舒ﾑ 亠亟. Rainwater Harvesting Water-Efficient Irrigation Permeable Paving Minimized Heat Island Effect Microclimate Development Local Material Implementation 弌弍仂 仂亢亟亠于仂亳 仂亟 亅从仂仆仂仄亳仆舒 仂仍亳于仂仆舒 弌亳亠仄舒 仂仆亳舒亠仄仂亠 仂从亳亠 丕仄亠仆亠仆亳亠 亠舒于仆仂仄亠仆仂亳 舒亞亠于舒 亳从仂从仍亳仄舒 仗仂仍仆亠仆亳亠 亳亰 亠仆 舒亠亳舒仍仂于 亟舒仆亳BUILDING Brise-soleiled, 亟于仂亶仆亠 亠从仍礌仆亠 亠仆 仄亳仆亳仄亳亰亳ﾑ 仗仂仆亳从仆仂于亠仆亳亠 仂仍仆亠仆 仍亠亶 亳 仂弍亠仗亠亳于舒ﾑ 于礀从 亞仂亠亞仂 于仂亰亟舒 于 亠亠仆亳亠 仍亠舒 亳 仂亰亟舒ﾑ 亰舒亳仆亶 弍亠 仂 仂仍仂亟仆 亞仂仆 于亠仂于 亰亳仄仂亶. 仂从仂 亠从亳于仆亠 PhotoVoltaic 仗舒仆亠仍亳 亳 舒于仂仄舒亳亠从亳亠 于亠仂于亠 亳亠仄 仂弍亠仗亠亳于舒ﾑ 亠仍亠从亳亠于仂仄 亳 仄亠仆舒ﾑ 亰舒舒 仆亠亞亳亳 从亞仍亳亶 亞仂亟. 丕仄仆舒 弌亳亠仄舒 弌亠从仍礌仆 亠舒亢亠亶Intelligent CurtainWall Systems Brise-soleiled, double-glazed curtainwall systems mini- mize solar gain and promote heat chimneys during sum- mer and provide an insulated buffer from cold mountain winds in winter. High-ef鍖ciency PhotoVoltaic panels and automated daylighting systems supply power and reduce energy loads throughout all seasons. 礀从舒 仂仍舒亢亟亠仆仆仂亞仂 于仂亰亟舒 亳亰 仗仂亟亰亠仄仆 亳亳, 舒亳仄 亳亳 仗仂仄仂亞舒ﾑ 于 亠亠仆亳亠 仍亠仆亳 仄亠亠于 仗仂亟亟亠亢舒于舒 仗仂仆亳亢亠仆仆 亠仄仗亠舒 于仂亰亟舒 仄亳仆亳仄舒仍仆仂亳 仆舒亞亰从仂亳 从仂仆亟亳亳舒仆亠舒. Drawing cool air from subterrainean areas, atrium areas can be assisted during summer months to maintain con- ditioned space with lower mechanical cooling loads, while slush chillers utilize cool below-grade temperatures to perform more ef鍖ciently. 亠仂亠仄舒仍仆舒 仍a亢亟舒ﾑ舒 弌亳亠仄舒Geothermal Cooling Systems 弍亠仗亠亳于舒 弍仂仍亳亠 仂从亠 仗仂舒仆于舒 亟仍 Halyk 亳 丐 仄亠, 仂于仄亠仆仂 仄仂亟仍仆仄亳 仗亳仗仂亟仆仄亳 仗仂仍舒仄亳, 从仂仄仗舒从仆亠 从仂仄仄仆亳从舒亳亳 亳 9仄 仆舒 9仄 亠仄舒 亰亟舒仆亳, 仂亳仆仂亠 亰亟舒仆亳亠 仂弍亠仗亠亳于舒亠 于仂从 亠仗亠仆 于仂弍仂亟仆 仗亠亠仄亠仆 亠仄 舒亟亳亳仂仆亳亠 仂亳仆亠 亰亟舒仆亳 亳 仂仆亳 弍仂仍亠亠 仍亠亞从仂 舒亟舒仗亳ﾑ 从 舒亰仍亳仆仄 亠仍礆 于 亠亠仆亳亠 亢亳亰仆亳 亰亟舒仆亳. 亅仂 亟舒 于仂亰仄仂亢仆仂 亰亟舒仆亳 仗亳仗仂舒弍仍亳于舒 于 亠亠仆亳亳 于亠仄亠仆亳 从 仄亠仆ﾑ亳仄 仍仂于亳礆 从仗仍舒舒亳亳. By providing larger open spaces for Halyk and BTA spaces, along with modular raised 鍖oor systems, stacked utilities, and a 9m x 9m building grid, the of鍖ce buildings provide a higher 鍖exibility than traditional of鍖ce buildings and will be easier to adapt to multiple tenants throughout its lifespan. This will allow the buildings to adapt over time, thereby dramatically extending their functional lifes- pans. 亳弍从亳亠/亟舒仗亳亠仄亠 仂仄亠亠仆亳Flexible/Adaptable Spaces 弌 于亳仍亳亠仆亳亠仄 仄仂亟仍仆仂亳 从仂仆从亳亳, 弍仂仍仂亠 从仂仍亳亠于仂 舒亠亳 仄仂亢亠 弍 亳亰亞仂仂于仍亠仆仂 弍仂仍亠亠 亠从亳于仆仂 亳 亟亠亠于仍亠 仆亠 仆舒 亠亳仂亳亳 仗仂亠从舒, 仂 仄亠仆舒亠 亳从 仆舒亠仆亳 仂从亢舒ﾑ亠亳 亠亟 于 仂亳亠仍仆仂亳 亰仂仆亠. With the maximization of modular construction methods, many components of the project can be manufactured more ef鍖ciently and cost-effective off-site, minimizing damaging environmental effects from construction pro- cesses. 仂亟仍仆舒 仂仆从亳Modular Construction Techniques 仂亠亟于仂仄 亠亠于亠仆仆仂亳 于亠仆亳仍仍亳亳, 仗仂亞亠亳于仆仂亳 仂仍仆亠仆仂 亰舒亳仆仂亳 亠仆仂仍仂亞亳亳 亳 仗仂于亳仆仆仂亞仂 亟仆亠于仆仂亞仂 仂于亠亠仆亳, 于仆亠仆仆 亠亟舒 仂弍亠仗亠亳 亰亟仂仂于亳 从仍亳仄舒 亳 仗仂于亳 仗仂亳亰于仂亟亳亠仍仆仂 亟舒 舒弍仂舒ﾑ亳 于 仂仄 仗仂仄亠亠仆亳亳. Through natural ventilation, innovative solar shading techniques, and extensive daylighting, the indoor envi- ronmental quality will promote a healthier environment to employees and increase staff productivity and pride in their workplace. 舒亠于仂 仂亰亟舒 仆亳 仂仄亠亠仆亳Indoor Air Quality 5 2 1 4 3 6 E D C B A

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  • 1. N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with N E D U C A T I O N A L N E T W O R K EDUCATIONAL G R E E N S P A C E N E T W O R K G R E E N G R E E N S P A C E N E T G R E E N S P A C E N E T W F I N A N C I A L N E T W O R K C U L T U R A L N E T W O R K E N T E R T A I N M E N T N E T E N T E R T MENT ENTERTAIN R E T A I L N E T W O R K RETAILNETWORK CULTURAL NE CIVIC NETWORK E D U EDUCATIONAL NETWORK EDUCATIONAL F MENT ENTERTAIN RETAILNETWORK CULTURAL NE 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃 CITY PROGRAM NETWORKS MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K CIVIC LANDSCAPE MAIN ROADS SITE MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K FINANCIAL DISTRICTS SPORTS ARENA EDUCATIONAL CIVIC LANDSCAPE MAIN ROADS SITE MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K LANDSCAPE MAIN ROADS SITE MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K EDUCATIONAL CIVIC LANDSCAPE MAIN ROADS SITE MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K MAIN ROADS SITE MED EUSA S K A T I N G RIN K MED EUSA S K A T I N G RIN K SPORTS ARENA EDUCATIONAL CIVIC LANDSCAPE MAIN ROADS SITE 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃 鐃 鐃緒申鐃 鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃 鐃 鐃 鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃 鐃緒申鐃 鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申 鐃緒申 鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申 鐃緒申 鐃緒申鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃 鐃 鐃緒申鐃 鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃 鐃緒申鐃緒申 鐃緒申鐃 鐃緒申鐃緒申 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申 鐃緒申鐃 鐃緒申鐃緒申鐃 鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃 CITY PROGRAM PROGRAM NETWORKS SITE PROGRAM PROGRAM NETWORKS VECTORS POINTS 弌丐 弌丐丐弌丐 乘 弌丐 丐 丐丼 乘 弌丐 SITE PROGRAM VECTORS
  • 2. N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with N CONCEPTUAL PROGRAM NETWORKS FINANCIAL DISTRICTS SPORTS ARENA EDUCATIONAL CIVIC LANDSCAPE MAIN ROADS SITE 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 PARK GRAM STUDY PROGRAM STUDY 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申鐃緒申 PARK PROGRAM STUDY PROGRAM STUDY MIXED USE OFFICE PARKING SERVICE MIXED USE OFFICE PARKING SERVICE PARK ENTERTAINMENT PARK ENTERTAINMENT MIXED USE OFFICE PARKING SERVICE COMMERCIAL PARKING PARKING PARK ENTERTAINMENT PARK ENTERTAINMENT MIXED USE OFFICE PARKING SERVICE COMMERCIAL PARKING PARKING CANVAS SITE PLATFORM 鐃緒申鐃緒申 FINANCIAL COMPONENTFINANCIAL NETWORKS FINANCIAL COMPONENT ROADS COMPONENT ROADS COMPONENT ROADS NETWORK ROADS NETWORK LANDSCAPE COMPONENT LANDSCAPE COMPONENT LANDSCAPE NETWORK LANDSCAPE NETWORK CIVIC COMPONENT CIVIC COMPONENT CIVIC NETWORK CIVIC NETWORK EDUCATIONAL COMPONENT EDUCATIONAL COMPONENT EDUCATIONAL NETWORK EDUCATIONAL NETWORK SPORTS COMPONENT SPORTS COMPONENT SPORTS NETWORK SPORTS NETWORK PROGRAM NETWORKS COMPONENTS OF THE MOSAIC 丶丐丕乘 乘 弌丐 乘 弌丐 丐乘
  • 3. N with LANDSCAPE 100% LANDSCAPE 65% LANDSCAPE 50% LANDSCAPE 35% LANDSCAPE 20% PAVEMENT 100% PAVEMENT 50% PAVEMENT 35% PAVEMENT 20% WATER 100% WATER 50% WATER 30% GLASS HIGHLIGHTS BUILDING ROOF RESIDENTIAL INTERMEDIATE SCHOOL RECREATION AREA SHOPPING CENTER SAMAL TOWER RESIDENTIAL RESIDENTIAL RETAIL OFFICE ZHOLDASBEKOV STREET DOSTYKAVENUE S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N 丐亊 丿亊 丐乘丱 丐乘 丶丐 弌 (乘丿) 丕. 弌 .弌丐乘 1:500 SCALE N A B C P D P P H J P E F GI KEY NOTES 亊 乂丐 乘丿 / LANDSCAPED ROOF DECKA 个丐丐 / AMPITHEATERB 乘 亅丐 乘 / CENTRAL WATER FEATUREC 亊 乂丐 乘丿 / LANDSCAPE ROOF DECKD 乘 丐, 丐 丐乘 乘 / RETAIL, CONFERENCE AND FITNESS ZONEE BTA 弌丐/乘丐亊 / BTA DROP-OFF / ARRIVAL PLAZAF 亊 丱/乘丱 / UNDERGROUND PARKING INGRESS / EGRESSP 丱/乘丱 / PARKING GARAGE INGRESS / EGRESSP TSE 弌丐/乘丐亊 / TSE DROP-OFF / ARRIVAL PLAZAG HALYK 弌丐/ 乘丐亊 / HALYK BANK DROP-OFF / ARRIVAL PLAZAH ESPLANADE 个丐丼乘 丿丱乘 丕丐 / THE ESPLANADE SECONDARY PEDESTRIAN ACCESSI 丶丐亊 丶丶 乘 丿丱乘 丕丐 / THE GRAND STAIR PRIMARY PEDESTRIAN ACCESSJ HALYK / HALYK BANK TSE BTA #3 BTA #2 BTA #1 5 4 3 2 1 5 4 3 2 1 KEY NOTES
  • 4. N with 1:250 SCALE N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N OFFICE PLANS : +979.10 乘 亅丐 个弌乘丱 : +979.10 LEVEL 20 LEVEL18 LEVEL 18 LEVEL 21 LEVEL 18 F G A 个弌 / OFFICE LOBBY B C D E F G H K M BANK TURAN ALEM HALYK BANK T S ENGINEERING SHARED COLOR RELATIONSHIP I J L KEY NOTES 丱 丐亊 / OPTIONAL-COMMERCIAL 乂 亊 丐 / DRIVING COURT 丱亊乘 丱 / SECURED ACCESS 丱. 乂亊 / MECHANICAL 亅丐 个弌 / OFFICE FLOOR 个弌亊 乂 / OFFICE CORE 亊 乂 / WATER COURT 丐乘 / VITAMIN BAR 弌 - 亊 / SPA - BATH 弌 - 个丕丐丕亊 丐 / SPA - FITNESS 弌丐 / DELIVERY 丕丶乘 亅丐 / COMMUNICATING LEVEL N 弌丐 / RESTAURANT O 丱 亊 弌 / CONFERENCE HALL P 丱亊亊 / SECURED PARKING Q 丐乘 丱 / BANQUET HALL R 丐亊 / RETAIL - TRADE S 个丐丐 / AMPHITHEATER T 亊 乂丐 乘丿 / ROOFTOP GARDEN U 丐乘丐 亊 亅丐 / OPEN TO BELOW ZHOLDASBEKOV STREET 丕. 弌 F G F G F G F G
  • 5. N with 1:250 SCALE N N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N MOSAIC LOBBY RETAIL COMMUNICATING LEVEL RETAIL PARKING PARKING PARKING PARKING MECH. MECH. MECH. TYPICAL MOSAIC SKIN 40 STORY TOWER SECTION CONF. LVL 弌丐亊亊 弌丼亊 弌丐 丐丐丼弌亊 MASHRABIYA Active PV Panel Clear Vision Panel Brise Soleil/ 亠仆亳仍亳 弌亠从仍礌仆 弌亠仆 Brise Soleil/ Curtainwall Vent 仂亰舒仆亳 舒仆亠仍 亠舒 PV 舒仆亠仍 Infill Glazing System Structural Wind Frame Assembly Structural Frame 舒从舒亰 亟舒仆亳亠 弌亳亠仄舒 弌亠从仍礌仆 弌亠仆 弌从仆舒 弌弍仂从舒 舒仄 Structural Frame 舒从舒亰 亟舒仆亳亠 SOLAR CURTAINWALL SYSTEM TECTONIC MASHRABIYA 丐丼亊 丿 40 亅丐 乘丿 丐亊 丕丶乘 亅丐 丐亊 亅丐 亊 弌 MECH. 丱. 乂亊 丱. 乂亊 SKY LOBBY 丐乘丐 FACADE TYPE ANALYSIS View from Samal Housing Projects(SouthWest) View from Dostyk Avenue(SouthEast) View from Dostyk Avenue and Zholdashbekova Street(NorthEast) View along Zholdashbekova Street(NorthWest) 亳亟 亳从舒舒亠仆舒 弌舒仄舒仍(豫亢仆仂-舒仗舒亟) 亳亟 仗. 仂从(豫亢仆仂-仂仂从) 亳亟 仗. 仂从 亳 仂仍亟舒弍亠从仂于舒(弌亠于亠仂-仂仂从) 亳亟 仍. 仂仍亟舒弍亠从仂于舒(弌亠于亠仂-舒仗舒亟) 个丶 9:00 12:00 15:00 SITE SOLAR IMPACT 9:00 12:00 15:00 SOLAR PATH SUNRISE SUNSET 丕弌 弌丶 弌丼 亊 丐 弌丱 弌丶 丱 弌丶
  • 6. with 1:500 SCALE N SAHN S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N
  • 7. with 1:500 SCALE N SAHN S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N
  • 8. with 1:500 SCALE N SAHN S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N
  • 9. with 1:500 SCALE N SAHN S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N
  • 10. N D O S T Y K M U LT I - S T O R E Y B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with 1:500 SCALE N OPTIMIZED FOR EXPERIENCE OPTIMIZED FOR EFFICIENCY 丐 亊 亅个个丐弌丐 丐 亊 丕弌丐 PROGRAM STACKING 弌弌丼丐 乂 EXPERIENCE VS. EFFICIENCY DIAGRAM 丕弌丐 VS. 亅个个丐弌丐 FLOOR AREA EFFICIENCY MEASUREMENT METHOD = TYPICAL FLOOR PLATE GROSS BUILDING AREA (GBA) = TYPICAL FLOOR PLATE GROSS LEASABLE AREA (GLA) (GBA) (GLA) x 100 = FLOOR PLATE EFFICIENCY %
  • 11. N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with DETAIL OF PUBLIC AND PRIVATE SCENARIOS CONNECTIONS BETWEEN PUBLIC AND PRIVATE ZONES 弌亊 丕 乂弌丐乘 丐乘 丐亂 乂弌丐乘丱 丐乘丱 弌丶
  • 12. 鐃 鐃 鐃 鐃 N S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with 1:500 SCALE SECTION AA SECTION BB BB
  • 13. N with New residential territory Planned residential districts Rivers, ponds District boundaries City Limits Railway New streets: Phase 1 (2005-2010) Phase 2 (2010-2020) Street renovation: Phase 1 (2005-2010) Phase 2 (2010-2020) New transport intersections: Phase 1 (2005-2010) Phase 2 (2010-2020) Streets and intersections in 2 levels ANALYSIS DIAGRAMS S C H E M E A D O S T Y K B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N Existing multistorey buildings Proposed multistory buildings on open territory Proposed multistorey buildings on rehabilitated territory Proposed suburban (cottages) on open terrain Existing suburban buildings City Center Manufacture Manufacture Support/ storage Persons per Hectare 0 to 8 (81) 8 to 28 (90) 28 to 50 (104) 50 to 95 (54) 95 to 192 (42) 192 to 277 (25) POPULATION DENSITY 丐弌丐亂 弌亊 丐丕丼弌 乘 CITY MASTER PLAN 乘 SEISMIC ZONES 弌弌丼弌 乘 TRANSPORTATION DEVELOPMENT 丐 丐弌丐 FUTURE RESIDENTIAL DEVELOPMENT STRATEGY 丐亊 亂亊 privacy ZHOLDASBEKOV DOSTYK MOUNTAINS TOP REP. SQUARE N.
  • 14. N D O S T Y K M U LT I - S T O R E Y B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with COMPOSITION 乘丶亊 West Elevation 仂仂仆亶 个舒舒亟 South(Up) Elevation 豫亢仆亶 个舒舒亟 (亠) North(Down) Elevation 弌亠于亠仆亶 个舒舒亟 (亳亰) East Elevation 舒仗仂亟仆亶 个舒舒亟 1:1000 SCALE
  • 15. N D O S T Y K M U LT I - S T O R E Y B U S I N E S S C E N T E R A L M AT Y K A Z A K H S TA N with LIVABLE ENVIRONMENTS 亊 丕豫乂亊 弌 SITE MICROCLIMATIC EFFECT 亠仆亶 亳从仂从仍亳仄舒 WIND HIGH PRESSURE ZONE LOW PRESSURE ZONE WIND WIND FLOWS FROM HIGH PRESSURE ZONE TO LOW PRESSURE ZONE WIND WIND FLOWS CONTAINED HIGH PRESSURE ZONE LOW PRESSURE ZONE 舒亳于仆亠 仆亠仆仆亳亠 仂亰亟仆亠 仂仂从亳 DOUBLE-GLAZED SOLAR CURTAINWALL SYSTEM WINTER: CLOSEDSUMMER: OPEN 亠仂: 从仂 亳仄舒: 舒从仂 Insulated ChamberHeat Chimney Effect 丐亠仗仍仂亳亰仂仍亳仂仆仆仂亠 亟亠仍亠仆亳亠亳仄仂仂亟仆亳 亠从 于仂亶仆舒 弌亠从仍礌仆舒 弌仂仍仆亠仆舒 弌亠仆舒 PASSIVE INTERNAL AIRFLOW INTERNAL AIRFLOW LANDSCAPE ZONES N 5 4 3 21 5 4 4 4 3 6 E D C B A 丕丼弌丐OSITE Rainwater is collected and reused on-site instead of released back into the storm drainage system High-ef鍖ciency irrigation techniques and non-potable grey water re-use minimize additional water usage. Water is allowed to slowly penetrate the site through green roof areas to minimize impact 鍖ooding on storm drainage system. Green roof areas and light-colored paving reduce heat build-up during the summer months and impact on building HVAC loads. Manipulated climatic air鍖ows and open/shaded areas cre- ate cooling effect at the ground levels during the summer months. Use of Kazakhstans rich natural stones and materials reduce the need for imported materials, and minimize the environmental impact of long shipping distances while exhibiting Kazakh craftmanship. Low VOC and renewable materials such as bamboo and non-petroleum based prod- ucts will also limit environmental damage. 仂亢亟亠于舒 于仂亟舒 仆亠 于弍舒于舒亠 于 仍亳于仆亠于 从舒仆舒仍亳亰舒亳, 舒 仂弍亳舒亠 亳 亳仗仂仍亰亠 于仆亳. 仂从仂 亠亠从亳于仆舒 仗仂仍亳于o仆舒 亳亠仄舒 亳 于仂亳仆仂亠 亳仗仂仍亰仂于舒仆亳亠 于仂亟 仄亠仆舒亠 舒仂亟 于仂亟. 仂亟舒 仄亠亟仍亠仆仆仂 仗仂亠从舒亠 亠亠亰 亰亠仍亠仆亠 亳亳 从 亟仍 仄亠仆亠仆亳 于仂亟礌仂亳 仆舒亞亰从亳 仆舒 亟仂亢亟亠于 亟亠仆舒亢仆 亳亠仄. 亠仍亠仆亠 亳亳 仆舒 从亠 亳 于亠仂-亰舒亳仆仂亠 仗仂从亳亠 仄亠仆舒ﾑ 仆舒亞亠于 亰亟舒仆亳 于 亠亠仆亳亠 仍亠仆亳 仄亠亠于 亳 于仍亳礌亳亠 仆舒 亰亟舒仆亳 HVAC . 丕仗舒于仍磳仄仂亠 亟于亳亢亠仆亳亠 于仂亰亟舒 亳 仂从亠/亠仆亠于亠 舒从亳 仂亰亟舒ﾑ 仂仍舒亢亟舒ﾑ亳亳 亠亠从 仆舒 仆亳亢仆亳 仂于仆 于 仍亠仆亳亠 于亠仄. 仗仂仍亰o于舒仆亳亠 舒亰舒舒仆从仂亞仂 仆舒舒仍仆仂亞仂 从舒仄仆 亳 仄舒亠亳舒仍仂于 仄亠仆舒亠 仗仂亠弍仆仂 于 亳仄仗仂仆 仄舒亠亳舒仍舒 亳 仄亠仆舒亠 亳从 于仂 于亠仄 亟舒仍仆亳 仗亠亠于仂亰仂从, 仂仆仂于亠仄亠仆仆仂 亟亠仄仂仆亳 舒亰舒从仂亠 仄舒亠于仂. 亳亰从亳亳 VOC 亳 仂弍仆仂于仍ﾑ亳亠 仄舒亠亳舒仍 舒从亳亠 从舒从 弍舒仄弍从 亳 仆亠 仆亠礌亠 仗仂亟从 舒从亢亠 仗仂仄仂亞 仄亠仆亳 仆亠亞舒亳于仆仂亠 于仍亳礌亳亠 仆舒 仂从亢舒ﾑ 亠亟. Rainwater Harvesting Water-Efficient Irrigation Permeable Paving Minimized Heat Island Effect Microclimate Development Local Material Implementation 弌弍仂 仂亢亟亠于仂亳 仂亟 亅从仂仆仂仄亳仆舒 仂仍亳于仂仆舒 弌亳亠仄舒 仂仆亳舒亠仄仂亠 仂从亳亠 丕仄亠仆亠仆亳亠 亠舒于仆仂仄亠仆仂亳 舒亞亠于舒 亳从仂从仍亳仄舒 仗仂仍仆亠仆亳亠 亳亰 亠仆 舒亠亳舒仍仂于 亟舒仆亳BUILDING Brise-soleiled, 亟于仂亶仆亠 亠从仍礌仆亠 亠仆 仄亳仆亳仄亳亰亳ﾑ 仗仂仆亳从仆仂于亠仆亳亠 仂仍仆亠仆 仍亠亶 亳 仂弍亠仗亠亳于舒ﾑ 于礀从 亞仂亠亞仂 于仂亰亟舒 于 亠亠仆亳亠 仍亠舒 亳 仂亰亟舒ﾑ 亰舒亳仆亶 弍亠 仂 仂仍仂亟仆 亞仂仆 于亠仂于 亰亳仄仂亶. 仂从仂 亠从亳于仆亠 PhotoVoltaic 仗舒仆亠仍亳 亳 舒于仂仄舒亳亠从亳亠 于亠仂于亠 亳亠仄 仂弍亠仗亠亳于舒ﾑ 亠仍亠从亳亠于仂仄 亳 仄亠仆舒ﾑ 亰舒舒 仆亠亞亳亳 从亞仍亳亶 亞仂亟. 丕仄仆舒 弌亳亠仄舒 弌亠从仍礌仆 亠舒亢亠亶Intelligent CurtainWall Systems Brise-soleiled, double-glazed curtainwall systems mini- mize solar gain and promote heat chimneys during sum- mer and provide an insulated buffer from cold mountain winds in winter. High-ef鍖ciency PhotoVoltaic panels and automated daylighting systems supply power and reduce energy loads throughout all seasons. 礀从舒 仂仍舒亢亟亠仆仆仂亞仂 于仂亰亟舒 亳亰 仗仂亟亰亠仄仆 亳亳, 舒亳仄 亳亳 仗仂仄仂亞舒ﾑ 于 亠亠仆亳亠 仍亠仆亳 仄亠亠于 仗仂亟亟亠亢舒于舒 仗仂仆亳亢亠仆仆 亠仄仗亠舒 于仂亰亟舒 仄亳仆亳仄舒仍仆仂亳 仆舒亞亰从仂亳 从仂仆亟亳亳舒仆亠舒. Drawing cool air from subterrainean areas, atrium areas can be assisted during summer months to maintain con- ditioned space with lower mechanical cooling loads, while slush chillers utilize cool below-grade temperatures to perform more ef鍖ciently. 亠仂亠仄舒仍仆舒 仍a亢亟舒ﾑ舒 弌亳亠仄舒Geothermal Cooling Systems 弍亠仗亠亳于舒 弍仂仍亳亠 仂从亠 仗仂舒仆于舒 亟仍 Halyk 亳 丐 仄亠, 仂于仄亠仆仂 仄仂亟仍仆仄亳 仗亳仗仂亟仆仄亳 仗仂仍舒仄亳, 从仂仄仗舒从仆亠 从仂仄仄仆亳从舒亳亳 亳 9仄 仆舒 9仄 亠仄舒 亰亟舒仆亳, 仂亳仆仂亠 亰亟舒仆亳亠 仂弍亠仗亠亳于舒亠 于仂从 亠仗亠仆 于仂弍仂亟仆 仗亠亠仄亠仆 亠仄 舒亟亳亳仂仆亳亠 仂亳仆亠 亰亟舒仆亳 亳 仂仆亳 弍仂仍亠亠 仍亠亞从仂 舒亟舒仗亳ﾑ 从 舒亰仍亳仆仄 亠仍礆 于 亠亠仆亳亠 亢亳亰仆亳 亰亟舒仆亳. 亅仂 亟舒 于仂亰仄仂亢仆仂 亰亟舒仆亳 仗亳仗仂舒弍仍亳于舒 于 亠亠仆亳亳 于亠仄亠仆亳 从 仄亠仆ﾑ亳仄 仍仂于亳礆 从仗仍舒舒亳亳. By providing larger open spaces for Halyk and BTA spaces, along with modular raised 鍖oor systems, stacked utilities, and a 9m x 9m building grid, the of鍖ce buildings provide a higher 鍖exibility than traditional of鍖ce buildings and will be easier to adapt to multiple tenants throughout its lifespan. This will allow the buildings to adapt over time, thereby dramatically extending their functional lifes- pans. 亳弍从亳亠/亟舒仗亳亠仄亠 仂仄亠亠仆亳Flexible/Adaptable Spaces 弌 于亳仍亳亠仆亳亠仄 仄仂亟仍仆仂亳 从仂仆从亳亳, 弍仂仍仂亠 从仂仍亳亠于仂 舒亠亳 仄仂亢亠 弍 亳亰亞仂仂于仍亠仆仂 弍仂仍亠亠 亠从亳于仆仂 亳 亟亠亠于仍亠 仆亠 仆舒 亠亳仂亳亳 仗仂亠从舒, 仂 仄亠仆舒亠 亳从 仆舒亠仆亳 仂从亢舒ﾑ亠亳 亠亟 于 仂亳亠仍仆仂亳 亰仂仆亠. With the maximization of modular construction methods, many components of the project can be manufactured more ef鍖ciently and cost-effective off-site, minimizing damaging environmental effects from construction pro- cesses. 仂亟仍仆舒 仂仆从亳Modular Construction Techniques 仂亠亟于仂仄 亠亠于亠仆仆仂亳 于亠仆亳仍仍亳亳, 仗仂亞亠亳于仆仂亳 仂仍仆亠仆仂 亰舒亳仆仂亳 亠仆仂仍仂亞亳亳 亳 仗仂于亳仆仆仂亞仂 亟仆亠于仆仂亞仂 仂于亠亠仆亳, 于仆亠仆仆 亠亟舒 仂弍亠仗亠亳 亰亟仂仂于亳 从仍亳仄舒 亳 仗仂于亳 仗仂亳亰于仂亟亳亠仍仆仂 亟舒 舒弍仂舒ﾑ亳 于 仂仄 仗仂仄亠亠仆亳亳. Through natural ventilation, innovative solar shading techniques, and extensive daylighting, the indoor envi- ronmental quality will promote a healthier environment to employees and increase staff productivity and pride in their workplace. 舒亠于仂 仂亰亟舒 仆亳 仂仄亠亠仆亳Indoor Air Quality 5 2 1 4 3 6 E D C B A