BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
SCHEMATICS SIT E AN ALYSIS SIT E PL AN FLO O R PL AN S
RU C TU R AL SYST E M STRUCTURE ST CO LU M N S + PIL E S AN IC AL SYSTE M SYSTEMS ME LEECCHTRIC AL SYSTE M
PLU M BIN G SYST E M FIRE SU PPRE SSIO N SYST E M
EN TR A N C E PL AZ A
D O O R D E TAIL
CIR CUL AT I O N STAIR D E TAIL CO R N E R D E TA I L R O O F D E TA I L R OOF D E TA I L SKYL IG H T C UR TA IN WA LL E X T E RIO R WAL L CONCRE TE WA LL IN TE RIO R WAL L 2
CONTENTS
4 6 8 10 12 14 18 22 24 28 30 32 34 36 38 40 42
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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4
SCHEMATICS
SITE ANALYSIS
PROPERTY ADDRESS
209 9TH ST W, BRADENTON, FL 34205 27 ° N 82 ° W ART CENTER MANATEE IS A COMMUNITY ARTS CENTER OFFERING CLASSES TO THE PUBLIC. THE BUILDING CONSISTS OF STUDIO SPACE, GALLERY SPACES, AN ARTIST’S MARKET, CLASSROOMS, SMALL OFFICES, AND MULTIPLE STORAGE SPACES.
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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STRUCTURE
LOT SIZE: STRUCTURE HEIGHT: BUILDING FOOTPRINT: TOTAL BUILDING AREA:
MUNICIPAL
T-6 URBAN CORE ZONE
SETBACKS
FRONT PRINCIPAL: FRONT SECONDARY: SIDE: REAR:
BUILDING VOLUME
LOT WIDTH: LOT COVERAGE: PARKING 1.00 SPACE PER 500 SQ. FT.
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SCHEMATICS
SITE PLAN
39,716 SQ FT 34’ 10,822 SQ FT 21,309 SQ FT
0 FT. MIN - 8 FT. MAX 0 FT. MIN - 8 FT. MAX 0 FT. MAX - 24 FT. MAX 0 FT. MAX
1
18 FT. MIN 90% MAX
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3
4
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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LEVEL 1 FLOOR PLAN
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SCHEMATICS
FLOOR PLANS
LEVEL 2 FLOOR PLAN
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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ROOF
WIDE FLANGE BEAMS / STEEL JOISTS
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THE BUILDING’S STRUCTURAL SYSTEM IS COMPRISED OF STEEL COLUMN AND BEAM CONSTRUCTION. THIS WAS CHOSEN TO ENSURE SUPERIOR STRENGTH AND SAFETY TO THE BUILDING OCCUPANTS.
FLOOR
WIDE FLANGE BEAMS / STEEL JOISTS
2 1’ CONCRETE SLAB 71” CONCRETE PILE
2 10
STRUCTURE
264 FT.
116 FT.
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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STRUCTURE
COLUMNS + PILES
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DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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LEVEL 2 MAIN RETURN DUCT LEVEL 2 MAIN SUPPLY DUCT LEVEL 1 MAIN RETURN DUCT LEVEL 1 MAIN SUPPLY DUCT
ROOFTOP AIR HANDLER UNIT
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MECHANICAL
ROOFTOP UNIT WITH LARGE DUCTS EXTENDING FROM IT. LARGE BLUE DUCTS EACH SERVE ONE FLOOR’S SUPPLY DUCT SYSTEM. GRAY DUCTS EACH SERVE ONE FLOOR’S RETURN AIR DUCT SYSTEM.
SUPPLY DUCT
RETURN DUCT
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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GIVEN THE HIGH AMOUNT OF STORAGE SPACE REQUESTED BY THE CLIENT, A ROOFTOP CHILLER UNIT WAS DETERMINED TO BE THE BEST OPTION FOR THE ART CENTER. THE UNIT WILL BE PLACED BEHIND A LOAD BEARING WALL THAT PENETRATES THE ROOF OF THE BUILDING, ALLOWING MINIMAL VISIBILITY FROM STREET LEVEL. CHILLED WATER SYSTEM BUILDING AREA: 21,309 SQ. FT. 115 - 170 TR (400 - 600 kW) 1,390 - 2,040 MBH (400 - 600 kW)
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MECHANICAL
JCI SERIES 40 ROOFTOP AIR HANDLER UNIT HFC-410A refrigerant for environmentally responsible operation Scroll compressors for efficiency and longevity Multiple refrigeration circuits for greater turndown and excellent unloading capabilities A broad range of airflows and static pressures for most any application Single-point power for quick and easy electric connection High-efficiency motors for improved efficiency
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DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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THE GENERATOR IS CONNECTED TO THE TRANSFORMER, CONNECTED TO THE SWITCHBOARD. THE ELECTRICAL METER IS BUILT WITHIN THE SWITCHBOARD TO MEASURE ELECTRICAL USAGE FROM THE CITY’S ELECTRICAL LINE. LASTLY, THE ELECTRIC PANELS BRANCH FROM THE SWITCHBOARD. THERE ARE FOUR PANELS ON EACH FLOOR
GAS POWERED GENERATOR
CITY GAS LINE
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ELECTRICAL
ELECTRICAL PANELS SWITCHBOARD TRANSFORMER WITH METER
CITY ELECTRIC LINE
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DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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THE ELECTRICAL CLOSET IS LOCATED ON THE FIRST FLOOR. THE GASEOUS GENERATOR IS LOCATED IN A SEPEARATE ROOM [ADJACENT TO THE ELEVATOR SHAFT] AND IS FED BY THE CITY’S GAS LINE.
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ELECTRICAL
GASEOUS GENERATOR LOAD: 200 kW AREA: 21,309 SQ. FT.
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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THERE IS ONE MALE RESTROOM AND ONE FEMALE RESTROOM LOCATED ON THE FIRST LEVEL. THE MALE RESTROOM INCLUDES 2 WATER CLOSETS, 2 URINALS, 3 SINKS. THE FEMALE RESTROOM INCLUDES 4 WATER CLOSETS AND 3 SINKS. ALL FIXTURES (EXCLUDING SINKS) ARE FED BY A GRAYWATER CISTERN. THE FOUR SEWAGE VENT STACKS JOIN ON THE SECOND FLOOR AND CONTINUE TO THE ROOF AS ONE TO MINIMIZE ROOF PENETRATION.
SEWAGE LINE GRAY WATER SUPPLY
FEED FROM CISTERN
GRAY WATER CISTERN
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PLUMBING
VENT STACKS EXTENDS TO ROOF
HOT WATER SUPPLY COLD WATER SUPPLY
WATER HEATER WITH METER
CITY WATER LINE
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DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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FIRE HOSE HOOK-UPS UNDERGROUND CONNECTION SYSTEM VALVE
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FIRE SUPPRESSION
SPRINKLER SYSTEM VALVE THE SPRINKLER SYSTEM IS FED BY THE CITY’S WATER LINE. THE METER IS INCLUDED WITHIN THE CONTROL VALVE LOCATED IN THE UTILITY CLOSET ON LEVEL 1. THE CONTROL VALVE TRIGGERS THE ACTIVATION OF SPRINKLER HEADS IN CASE OF FIRE. THE ENTIRE BUILDING IS SERVED BY THE WET FIRE SUPPRESSION SYSTEM.
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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EMERGENCY EXIT / STAIR FIRE HOSE HOOK-UP
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FIRE SUPPRESSION
DIAGRAM DEPICTING THE SPRINKLER SYSTEM AND THE CONNECTION TO THE CITY’S WATER LINE
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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ENTRANCE
PLAZA
THE COURTYARD IS CONSTRUCTED OF POURED IN PLACE CONCRETE SLABES OF VARYING THICKNESSES TO CREATE DIFFERENT LEVELS FOR PEOPLE TO WALK AND REST ON. ADDITIONALLY, MASONRY PAVERS ARE LAID ON TOP OF THE SLABS GIVING A MORE AESTECTIC SURFACE.
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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ENTRANCE
DOOR DETAIL
PLAN DETAIL
SECTION DETAIL
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DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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CIRCULATION
STAIR DETAIL
THE MAIN STAIR IS LOCATED ON A DIRECT PATH OF THE FRONT ENTRANCE OF THE ART CENTER. POSITIONED AGAINST A LOAD BEARING CONCRETE WALL AND BENEATH A SKYLIGHT IN PLAN, THE STAIR ACTS AS AN ARCHITECTURAL ACHOR TO THE BUILDING. AN ASSEMBLED STEEL STAIR WAS CHOSEN TO GIVE A LIGHTWEIGHT FEEL WITHIN THE HEAVILY CONSTRUCTED BUILDING.
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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VERTICAL STEEL COLUMN
GYPSUM BOARD
STEEL STUDS
CLEARWALL GLASS PANEL
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CORNER DETAIL
DRY WALL - CURTAIN WALL EXTERIOR CORNER STEEL STUD TO MULLION CONNECTION
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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ROOF DETAIL
PARAPET ROOF
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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THE ART CENTER CONSISTS OF SEVEN SKYLIGHTS LOCATED THROUGHOUT THE BUILDING PLAN. THE EMPHASIZE THE PUNCTURING WALLS THROUGH THE ROOF, PROVIDING A VISUAL OF THE CONNECTION BETWEEN WALL AND ROOF FROM THE INTERIOR OF THE BUILDING. THE USE OF SKYLIGHTS WAS CHOSEN TO PROVIDE PLENTIFUL NATURAL LIGHT TO STUDIO SPACES.
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SKY LIGHT
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DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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CURTAIN WALL 40
EXTERIOR WALL
A CLEARWALL CURTAIN GLASS WALL WAS CHOSEN TO PROVIDE UNINTERRUPTED GLASS WALLS TO THE BUILDING. CLEARWALL CURTAIN WALL STRIKES A BALANCE OF FORM AND FUNCTION THROUGH IT’S GROUND-BREAKING TOGGLE DESIGN, WHICH REDUCES INSTALLATION LABOR, SIMPLIFIES ON-SITE LOGISTICS AND ENHANCES SAFETY WHILE PROVIDING SUPERIOR AESTHETICS.
CEILING CONNECTION
FLOOR CONNECTION
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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CONCRETE
INTERIOR WALL
SECTION DETAIL OF CONCRETE WALL AND FLOOR JOINT SAMPLE OF CAST IN PLACE ARCHITECTURAL CONCRETE
BRYAN SPORTMAN
DESIGN DEVELOPMENT // ARC6481.001 // FALL 2015 U79356545 // UNIVERSITY OF SOUTH FLORIDA // M.ARCH // DECEMBER 8, 2015
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