FIRE STATION #22 AVINASH MANGUKIYA, M ARCH ARIZONA STATE UNIVERSITY
Undulating Fire Station
Fire station 22 is located in the south phoenix. The structure is a wraparound courtyard space where a sense of private space created in the fire station for firefighters. Application of concepts like biophilia, automation louvered system, and NetZero energy inside the station that creates the structure more efficient and sustainable with mental stress factor, the courtyard space in the center which is wrapped around by the structure warp's around it. This warp around concept helps the fire station add contrast to its surroundings, through mimicking mountain ranges in the elevation. The structure is more of an attractive place for the community to engage with. There is an upcoming future expansion of light rail on the east side of the site, hence bringing in more visitors to the south phoenix and adding development to the regions.
AVINASH MANGUKIYA, M ARCH ARIZONA STATE UNIVERSITY
SITE AND INFLUENCES
SITE
ITERATION 1
MASSING AND LAYOUT ACCORDING TO DESIGN STRATEGIES AWAY FROM THE BUSY STREET AND FUTURE EXPANSION OF THE LIGHT RAI L
ITERATION 2
INTRODUCING BIOPHILIA CONCEPTS AND COURTYARD SPACE IN CENTRE AND DIVIDING ACCORDING TO THE PRIVATE AND SEMI - PRIVATE SPACE WHICH ALSO CREATES A SENSE OFWRAP UP AROUND THE COURTYARD
Conceptual sketch of undulating elvation inspired from mountains while maintaining the constant hieght of the peak that is 30’, this sketch inspired the formation of the form
Fusing massing with the idea of the sketch. experimenting with the hieghts, spavce, lighting and splope of the structure for an undulating feel of the structure
Zone 1 -Negative pressure 1 .Apparatus Bay 2. Decontamination Sink/Eye Wash 3.Turnouts Storage Room 4.IDC Closet 5.Mechanical 6.Exterior Storage 7.Exterior Generator 8.Mezzanine storage 9. Electrical 10.EMS Storage Closet/Hoose storage
Zone 2 - Positive pressure 11. Radio / Communications Room 12. Watch Room / Station Office 12. District Staff Office 13. Battalion Offices 14. Captain’s Office 15. Battalion Chief’s Office 16. District Chief’s Office/Dormitory 16. Conference room / offices 17. Training Room / EOC / Community 18. Public Entry/Public Lobby 19. Library/Study 20. Fitness/Exercise Room 21. Kitchen Pantry, and Dining 22. Day Room/Break Room
Zone 3 - Postive pressure 24. Women’s Bathroom 25. Mechanical Room / Electrical 26. Changing room / Inside Storage / Laundry Room 27. Men’s Bathroom 28. Dormitories / Battalion Dormitories 29. Battalion Chief’s Dormitory
PROGRAM FLOW AND CIRCULATION
ZONE 3
PRIVATE
ZONE 2 ZONE 1
PUBLIC SPACECOMMUNITY PARK
UPCOMING LIGHT RAIL
MASSING AND ZOING
FINAL PRODUCT
SITE PLAN
Zone 2 - Positive pressure 11. Radio / Communications Room 12. Watch Room / Station Office 12. District Staff Office 13. Battalion Offices 14. Captain’s Office 15. Battalion Chief’s Office 16. District Chief’s Office/Dormitory 16. Conference room / offices 17. Training Room / EOC / Community 18. Public Entry/Public Lobby 19. Library/Study 20. Fitness/Exercise Room 21. Kitchen Pantry, and Dining 22. Day Room/Break Room
Zone 3 - Postive pressure
PLAN ZONE - 2,3
24. Women’s Bathroom 25. Mechanical Room / Electrical 26. Changing room / Inside Storage / Laundry Room 27. Men’s Bathroom 28. Dormitories / Battalion Dormitories 29. Battalion Chief’s Dormitory
Zone 1 -Negative pressure 1 .Apparatus Bay 2. Decontamination Sink/Eye Wash 3.Turnouts Storage Room 4.IDC Closet 5.Mechanical 6.Exterior Storage 7.Exterior Generator 8.Mezzanine storage 9. Electrical 10.EMS Storage Closet/Hoose storage
7
APPARATUS PLAN ZONE - 1
HVAC LAYOUT INLET OUTLET MECHANICAL ROOM
EGRESS LAYOUT
SITE SECTION
30’FT 22’FT
NORTH ELEVATION
30’FT 22’FT
SOUTH ELEVATION
30’FT
24’FT 20’FT
1’FT
SECTION B
30’FT
24’FT 20’FT
2’FT
SECTION C
PURLINS
STEEL TRUSS FRAMING
COLUMNS
ISOMETRIC STRUCTURAL LAYOUT
PANEL SUPPORTS
GRP PANELS
WATER PROOFING MEMBRANE
PURLINS
TUBULARS TRUSS SYSTEM
GFRC PANELS STEEL COLUMNS
EXPLODED STRUCTURAL LAYOUT
EXPLODED ISOMETRIC STRUCTURAL LAYOUT
18’ ft
13’ ft
GRP PANEL SUPPORT PURLINS METAL DECKING WINDOW GLAZING SYSTEM MULLIONS WATERPROOFING MEMBRANE I SECTION BEAMS
OFFICE AREA
I SECTION COLUMN HVAC SYSTEM TUBULAR STRUCTURAL TRUSS SYSTEM 6" THICK GRP PANELS FOR OUTER SURFACE 3" THICK DOUBLE PANEL GLAZING
WOODEN FLOORING INSULATION OR (INFILL) CONCRETE DOUBLESPAN PLINTH LAYER
0’ ft
24’ ft
20’ ft
APPARATUS
BAY
SECTION THROUGH APPARATUS BAY
Radiation Analysis And Wind Rose
Energy Analysis
GRP PANEL SUPPORT PURLINS METAL DECKING WINDOW GLAZING SYSTEM MULLIONS WATERPROOFING MEMBRANE I SECTION BEAMS I SECTION COLUMN HVAC SYSTEM TUBULAR STRUCTURAL TRUSS SYSTEM 6" THICK GRP PANELS FOR OUTER SURFACE 3" THICK DOUBLE PANEL GLAZING
WOODEN FLOORING INSULATION OR (INFILL) CONCRETE DOUBLESPAN PLINTH LAYER
COURTYARD SPACE WITH WATER COLLECTION
CUSTUM DESIGNED MULION GLAZING
TRIPLE GLASS PANELS
AUTOMATED HEXAGONAL PANELS
GRP PANELS
SOLAR FLEXIBLE PANELS
FLUSHED POLYCARBONATED SHUTTER SYSTER
APPENDIX
SITE PLAN
FIRE STATION AT PUURS,BELGIUM BY COMPAGNIE O ARCHTECTS
N
CITY OF PUURS
RURAL AREA
SITE
FARM LANDS
HIGH SCHOOL
INDUSTRIES
SITE PLAN
The project of the Fire Station in Puurs is abstracted from a pure programmatically functionality and its unique setting close to the busy highway connection Ghent-Antwerp. The requirements were a large central hall lined with turnout zones on both sides, a relatively high hose drying tower and a highly complex internal organization, focused on obstacle-free swiftness. The constellation of such led to a building with a footprint of 25000sqft approx. This structure acts as a landmark on the highway and the city of Puurs. the structure was designed with the materials which helps to keep the structure in day light through the day.
ALUMINUM GLASS DOOR AND SKYLIGHT ALLOWS LIGHT TO ENTER THE APPARATUS BAY AND EXCERSISE TOWER
SECTION
PROGRAM MASSING AND CIRCULATION
JOINERY DETAIL TOF STANCHION TO CASTELLATED BEAM
APPARATUS BAY HAS BEEN DESIGNED USING CASTELLATED BEAM WHICH ALLOWS THE SERVICES GO THROUGH THE BEAMS . THE BEAMS IS PUNCTURED IN ORDER TO REDUCE THE SELF WIEGHT OF THE BEAM AND SAVING ON MATERIALS
STRUCTURAL ANALYSIS
THANK YOU