Portfolio
I
Alexandra Sapte
MArch Architecture
I
January 2024
Raccoon Point
With the unrelenting pressure of everyday life increasing, more and more people suffer from stress. Miami is the leading most stressed out city in the United States. The intention of this day hospital facility is to reduce the high stress levels in order to improve people’s quality of Meditation & Walking Meditation. During the day these principles will promote the circulation of mind-fullness, in which as you journey through every spacial experience you immerse yourself into a deeper meditative state as you move up the building. The sound scape of the wi
t Day Hospital
f life by implementing the father of mindfulness; Thich Nat Hahn’s and John Kabat mindfulness based stress reduction therapies. My building will serve as a temple of serenity and promote mind body connections through; Eating meditation, Mindful breathing, Resting, Sitting ildlife is mellowing and allows one to reflect on themselves. Wanted to accentuate the sense of scale of the building as there is a need for a large volume for the spaces required, but also want there to be a sense of grandness to contrast the claustrophobic atmosphere of the city.
and rural typography of the Big Cypress Preserve, he corner of Raccoon Point Oil Field, an abandoned press trees. The sites unique location makes one ral implications which is building within this national h; materiality, structural and programatic strategies. will not damage the environment dramatically.
land but also bridging over into the water off the ides. Incorporating the fauna is an essential part of elaxing/meditative environment. The site has been reduce levels of stress.
n Point oil Þeld, as an abandoned oil digging site that for 30 years. The architectural ambition is too create a mi’s society. The site is still surrounded by oil pipes, the fundamental elements present in the site of nature of the space. also, exploring the properties of water as a rent temperatures of water and at which one can bathe
Florida, Florida, USA USA.
mindfulness principles to communicate the desired . In order to overcome the neglect of the self living in ltural and geographical context will be addressed by e overlook; such as walking. Thus an understanding of m at the canopy level will be constructed.
ght various moments, activities and spaces with the
Everglades, Florida Everglades, Florida.
Point Field, Raccoon Raccoon Point oil Field, BigOil Cypress Preserve.
Cypress Preserve, Preserve, Everglades. BigBig Cypress Everglades
Big Cypress Preserve
Miami MIAMI
PURPOSE + PREMISE:
With the unrelenting pressure of everyday life increasing, more and more people suffer from stress. Chronic stress has serious implications on your physical and mental wellbeing increasing the risk of some cancers, heart disease, depression, diabetes type II, obesity and anxiety. Miami is the leading most stressed out city in the United States due to their unemployment levels, hours worked, home price to income ratio, population density and percentage of people that lack medical insurance. My intention is to build a day hospital facility to reduce the high stress levels in order to improve people’s quality of life by implementing the father of mindfulness in the west; Thich Nat Hahn’s and John Kabat mindfulness based stress reduction therapies. Photos of the site
Thich Nat Hahn
pool and cantilevered walkway. In which you move er of the pool to cleanse the body by washing away the pool and changing rooms requires the largest ommunal or individual activities of yoga, meditation s I want to create a sense of grandness and contrast yoga rooms will have storage units Þtted into them eplenish ones energies, the dining area and kitchen rage unit for food.
Site Plan PROGRAMME: RACCON POINT OIL FEILD DAY HOSPITAL My building will serve as a temple of serenity and promote mind body connections through; Eating meditation, Mindful breathing, Resting, Sitting Meditation & Walking Meditation. During the day these principles will promote the circulation of mind-fullness, in which as you journey through every spacial experience you immerse yourself into a deeper meditative state as you move up the building, realising a fragment of my vision of relaxation. The soundscape of the wildlife is mellowing and allows reßect on themselves. Australia rock pools
Canopy trail in Big cypress preserve
2.0 INTRODUCTION TO BUILDING PROGRAMME
Site Section Florida houses on stilts
The project intends to revitalise the site; Raccoon Point oil field, an abandoned oil digging site that was built in 1970, supplying petroleum to Florida for 30 years. The site is filled with abandoned by oil pipes, containers and rigs. This is all surrounded by swampland and bald cypress trees. The ambition is to work with the fundamental elements present in the site of nature and the industrial vernacular on site. Oil containers and piper on site
Ariel of Site
Oil Rig
Raccoon Point Day Hospital Long Elevation
Scale bar
SIDE ELEVATION
Site Plan Scale bar
SIDE ELEVATION SIDE ELEVATION
cut line
Scale bar
Front Elevation
FRONT ELEVATION
cut line
Scale bar Front Section
FRONTAL SECTION
-3.00
9
11 + 3.9
7
2
8
10
1 +0.00
3
6
+ 2.5
Ground Floor Plan
1. Transport carriage 2. Entrance + reception 3. Changing rooms 4. Individual changing rooms 5. Toilettes 6. Pools 7. Showers 8. Massage rooms 9. Lifts 10. Meditation room 11. Individual meditation cubicles
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5
13 12 + 21.0
+ 12.0
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12.Tai Chi rooms 13. Individual tai chi rooms
First Floor Plan
+ 2.5
15 +0.00
+ 3.9
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14. Kitchen 15. Eating area 16. Individual eating cubicles Second Floor Plan
Scale bar
GROUND FLOOR PLAN
SLEEP PLAN FOURTH FLOOR PLATFORM PLAN
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+0.00
17. Sleeping Cabins 18. Balcony
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Cabin Floor Plan
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19. Yoga huts 20. Sleeping cabins entrance 21. Canter-livered platform +0.00
Fourth Floor Plan
FITH FLOOR ROOF CAFE PLAN
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22. Cafe
Scale bar Fifth Floor Plan
SLEEPING HUTS FLOOR PLAN
1.
FACADE 1. horizontal decking of polystyrene sheets type sibu metallic finish 2400.300.10. adhered to a structured translucent thermoplastic panel 2 = 20 mm screwed to the subframe. 2. galvanized steel tube 100.50.5 3. Galvanized rim for mounting the stud. ELEVATION OF steel THE BUILDING 4. galvanized steel profile, UPN 240 5. 4mm stadit safety glassPLATFORM bonded with opacified butyral CONNECTING TO THE and supported on neoprene 6. bidirectional steel substructure with light countershaft for water evacuation 7. galvanized steel profile, UPN 240 8. reinforced and welded IPES steel profile h = 1800mm 9. folded copper gutter 10. Two layer extruded polystyrene plate on the inside and galvanized steel finish on the outside 11. extruded polystyrene panel on the inside and galvanized steel finish on the outside 12. rectangular tube 140.80.10 13. Galvanized steel carpentry with double glass and 6 + 6 + 6 double glazing chamber 14. galvanized steel tube with square section 150.50.10
horizontal decking of polystyrene sheets type sibu meta 2400.300.10. adhered to a structured translucent ther panel 2 = 20 mm screwed to the subframe. 2. galvanized steel tube 100.50.5 3. Galvanized steel rim for mounting the stud. 4. galvanized steel proÞle, UPN 240 5. 4mm stadit safety glass bonded with opaciÞed bu supported on neoprene 6. bidirectional steel substructure with light countershaft evacuation 7. galvanized steel proÞle, UPN 240 8. reinforced and welded IPES steel proÞle h = 1800mm 9. folded copper gutter 10. Two layer extruded polystyrene plate on the inside and g steel Þnish on the outside 11. extruded polystyrene panel on the inside and galvanized s on the outside 12. rectangular tube 140.80.10 CABIN ELEVATION 13. Galvanized steel carpentry with double glass and 6 + 6 + glazing chamber 14. galvanized steel tube with square section 150.50.10 15. angle proÞle L200 16. Insulating glazing composed of 10mm laminated glass chamber + 10mm laminated glass on a Þxed galvanized ste 17. Translucent stretched PVC mesh with an anthracite metallic the outside with screen printing 18. square section galvanized steel tube 150.150.10 19. Galvanized steel upper single rail, Klein type 20. sheet steel slid-fold 21. sandwich type sliding panel Þnished in FRP e = 4mm, both inner aluminum frame 22. supporting perimeter frame formed by two UPN 150 in bo reinforcement plates 23. galvanized steel sliding joinery 24. outer tray formed by tramex type galvanized steel lattice, 40 CABIN PLAN 25. formation of a translucent ßoor composed of solid ther plates type lear pep cin structure in honeycomb and resista Þnish 26. two welded UPN 240 proÞles 27. galvanized steel railing with translucent glass h = 110cm 28. practicable lattice module hydraulic system 15. angle profile L200 16. Insulating glazing composed of 10mm laminated glass + 10mm chamber + 10mm laminated glass on a fixed galvanized steel frame. 17. Translucent stretched PVC mesh with an anthracite metallic finish on S E CT I O N O F T H E B U I L D I N G the outside with screen printing 18. square section galvanized steel tube 150.150.10 CONNECTING TO THE PLATFORM 19. Galvanized steel upper single rail, Klein type 20. sheet steel slid-fold 21. sandwich type sliding panel finished in FRP e = 4mm, both sides and inner aluminum frame 22. supporting perimeter frame formed by two UPN 150 in box, welded, reinforcement plates 23. galvanized steel sliding joinery 24. outer tray formed by tramex type galvanized steel lattice, 40.40.5 25. formation of a translucent floor composed of solid thermoplastic plates type lear pep cin structure in honeycomb and resistant surface finish 26. two welded UPN 240 profiles 27. galvanized steel railing with translucent glass h = 110cm 28. practicable lattice module hydraulic system
EXPLODED ISOMETRIC OF THE CABIN CONSTRUCTIONS
DETAIL OF CABIN CONNECTION TO PLATFORM.
DETAIL CABIN WALLS AND FLOORS.
Chnaging Room Render
Massage Room Render
Shower Room Render
Scale bar
Long Section
LONG SECTION
DETAIL OF THE STRUCTURAL FORMATION OF CANTILEVERED FLOOR ON METAL BEAMS ANCHORED TO REINFORCED CONCRETE SUPPORT BEAM
Detail of the cantilevered floor, on metal beams anchored to reinforced concrete support beam scale 1/25
EXPOSED WALL OF REINFORCED CONCRETE BEAM WITH TIMBER WOOD FORMWORK
TEMPERATURE REGULATED SAFETY GLASS MADE FROM GLASS 4+4
PAINTED WITH SMOOTH WHITE ACRYLIC PAINT FILLER CONCRRETE
INTERIOR LAID AND PLASTERED WITH WHITE PLASTER PARTITION OF 7CM IN DOUBLE VACUUM BRICK
STRUCTURAL SEPERATOR
FIXTURE FORMED BY TUBE STEEL JOINERY AND GALVANISED STEEL FOLDED SHEET
ROUND STTEEL BARS MEETING OF CONCRETE WALL REINFORCEMENT WITH CONCRETE BEAM
STRUCTURAL SEPERATOR ROUND STRUCTURAL STTEEL BARS Øg
MEETING OF PILE WITH REINFORCED CONCRETE BEAM
SLAB OF REINFORCED CONCRETE WITH TIMBER W O O D E N FORMWORK
ROUND STRUCTURAL STTEEL BARS Ø10
ROUNDED STEEL BARS
MEETING OF REINFORCED CONCRETE WITH CONCRETE BEAM
ROUNDED STEEL BARS
APPLIED COLOURED C E M E N T M O RTA R FLOORING DIRECTLY ON THE SUPPORT
F I L L E R CONCRRETE
EXPOSED REINFORCED CONCRETE WALL WITH TIMBER FORMWORK
CONCRETE FOUNDATION
STEEL PLATE SKIRTING, 50.10mm FLOORED WITH THE PLASTER
CONCRRETE JOINTS
ROUND STRUCTURAL STTEEL BARS 2ø12
CLEANING CONCRETE
CLEANING CONCRETE
EXPOSED REINFORCED CONCRETE FLOOR SLAB WITH TIMBER FORMWORK
METAL BEAM FOR SUPPORT OF THE FLOOR SLAB FORMATION, WELDED TO M E TA L S H E E T S A N D ANCHORED TO CONCRETE
FILLER CONCRET E H-30 MESH FOR PILE GRID FORMATION WITH ROUND STEEL BARS OF 10 FOR THE TOTAL OF 12
DETAILS OF METAL BEAM IN REINFORCED CONCRETE
SECTION
FILLER CONCRET E H-30
Detail of the meeting with the floor slab and reinforced concrete foundations scale 1/25 SCALE
SECTION PLAN
3.0 DETAIL 4 3.0 DETAIL 3
Detail of the formation of the pool wall meeting the floating floor slabs scale 1/25
TILE SURFACE CONCRETE FOUNDATION ROUND STRUCTURAL STTEEL BARS
ROUND STRUCTURAL STTEEL BARS CONCRETE JOINT
TILE SURFACE
CLEARING CONCRETEprevent contamination or loss of water HL-100
STRUCTURAL SEPERATOR
ASFLAT SHEET
DF THE STRUTURAL FORMATION OF THE POOL WALL MEETING WITH FLOATING FLOOR SLABS
DETAIL 1 + 2
DetailDETAIL of the formation the interior stairs OF THEof STRUCTURAL FORMATION OF INTERIOR STAIRS scale 1/25 SCALE The section illustrates the building strategy aims to achieve a airtight waterproofed environment so with the question of stairs, they won’t be casted into the foundation of the concrete so a staircase had to be found that was minimally intrusive into the concrete ßoors to reduce the risk of moisture entering. This section of the ßoor demonstrates how the steel use can be reused in future works.
ELEVATION
1 - Section of metal A-42-b welded 1 - Section of metal A-42-b weldedtotobeam beam type type IPN IPN 2 - Metal support type 2 2UPN-100 2 - Metal support type UPN-100 3 - Compression mesh layer 15x15øø10, 10, e=4cm 3 - Compression mesh layer 15x15 e=4cm 4 - One way reinforced concrete (22+4), 4 - One way reinforced concrete (22+4), semisemi resistant joists, ceramic vaults (70cm) resistant joists, ceramic vaults (70cm) 5 - Welded bolts anchored and are welded to the 5 - Welded anchored and are welded to the support bolts plate base support plate basecross section stepped sheet metal 6 - Continuous 7 - Reinforced concrete H-200 (e=15 cm); 6 - Continuous cross sectionslabs stepped sheet metal beam heads embedded In itH-200 (e=15 cm); 7 - Reinforced concrete slabs - Sheetembedded metal ßooring beam8 heads In it over levelling layer of 10cm 8 - Sheet metal flooring over levelling layer of 9 - Brick 10cm 9 - Brick SECTION
3.0 DETAIL 5
Stone Scapes R E C O N ST I T U T I N G STO N E I N H AG H I L L Haghill, Glasgow Scotland 2022 Bartlett School of Architecture UG2 Architects often look at materials through an anthropocentric lens, “this will outlast my lifespan thus it is more sustainable” This project explores the potential of Scotland’s historical sandstone, looking at the material through the time frame of ecology and using this anthropocentric attitude to harness modern 3d printing stone technology to propel this eco-centric material creating moments of spacial merging between the human and non human, in a housing proposal. in order for this forgotten building material to breath a new life, to once again dominate construction as a structural material. this project will use quarried stone as the main structural material and 3D printed stone to push the boundaries of what is physically capable to make combining an ecological environment with beauty.
Glasgow, 16 Marwick Street, Haghill Primary School
Aberdeen
Dundee
Aberdeen Glasgow
Glagow
Ireland
Glagow
Edinburgh Edingbrugh
United Kingdom United Kingdom Scotland
Glasgow
Site
Walter St Appin Rd
Model of site - Pre-existing building
Aitken St
Marwick St
Site
Tenement Typology around site
Site History Haghill school was a Victorian school, situated in the east end of Glasgow. It has been abandoned as it has become a victim to the rapid industrialisation of the city and has lied derelict creating this urban cliff moment. The project aims to revitalise the site as a housing development as there is a housing crisis in Glasgow.
1860
1890
1902
1930
2003
Mapping the Derelict and Depraved areas of Glasgow
2022
Site Derelict Buildings Most deprived areas Bodies of water
Dec 10°
Site Plan
Scale bar
June 56° Site Section A
Site Section B
Scale bar GREEN SOCIAL SPACE NEW BUILD PRIVATE OUTDOOR SOCIAL INDOOR
Massing 1 Massing Outputs
Massing 2
Massing 3
Massing 4
Map of all the existing and operating quarries in Scotland
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12 11
10
Map of the stone geology in Scotland
Aberdeen Glasgow
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8 66 7
Metamorphic Sedimentary Igneous
Edinburgh
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6
Sedimentary Sedimentary Sedimentary
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1
Sedimentary Sedimentary Metamorphic
2
3
Blonde Sandstone
Red Sandstone
Adjacency Diagram Showers
Showers library
Study female Changing Room
visual connection
Male Changing Room
bathroom
bathroom
physical connection
private space with an indoor communal space
living room swimming pool
bathroom
sauna
gym private indoor space
dining area
communal indoor space
Kitchen
individual individua communal cubicals cubicals
service elevator
foye
communal outdoor space
communal work space
storage
communal library
private outdoor space
service stairs Bedroom
Bedroom
study space
closet
toillete
balcony
closet
outdooor drying rack
study space
en-suite multi-purpose social space
communal seating area
bins drying rooms
garden outdoor seating area
Up 7. 6. 5. 4. 3. 2. 1.
Up
communal laundrette
plant beds
shed
outside drying
bike storage
washing machine
drying machine
Medium scatter of 3d printed geometry
Big scatter of 3d printed geometry
Geometry exploration 3d printed model
High resolution, Blocks
Slate Roofing Sun light - South
Steel railings
Window ornamentation Bay window
3d printed exterior stone - urban cliff
Steel beams
Residential flat - attic
Interior render looking up interior courtyard.
Residential flat - 2 bed Steel window frames
Hallway
3d printed stone interior
Quarried Stone
Residential flat - 2 bed
Residential flat - 3 bed
Interior room render
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12
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2
3
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3 4
Basement Floor Plan
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10
1. Flat entrance 2. Kitchen 3. Living Room 4. Bedroom 5. Toilette 6. Stairs 7. Pool 8. Gym 9. Female changing rooms 10. Male changing rooms 11. Storage units 12. Lifts
6
1 4
+0.00
First Floor Plan + 2.5 + 3.9
1. Flat entrance 2. Kitchen 3. Living Room 4. Bedroom 5. Toilette 6. Stairs 7. Interior atrium 8. Walkway 9. Hallway 10. Lifts
7
10
9
Scale bar
GROUND FLOOR PLAN
Short Section
Elevation
+ 3.9
Scale bar
GROUND FLOOR PLAN
Poikilohydric Living Walls -- reference
09-00
12-00
15-00
18-00
Caving inwards
Straight
BEFORE
BEFORE
AFTER
AFTER
Lichen
Lichen + Moss
Re c o n s t i t u t i n g t he Ve r n a c u l a r Collection of speculative architectural visualisations 2022 - 202 Personal works
The conceptual architecture foly speculates the notion of “other“ the element of the “non-human”, in modern day culture architecture looks to eradicate any element of growth as it is seen as unclean this series of eomeetry explorations aim to tackle ths idea that they have to stay exclise. In this personal exploration, I attempt to reconstitute the classical ornate architectural language in a positive context. by 3d modelling elements which are designed to be 3d printed with the ideas of porosity and holes for the “other” to grow in to take over the clean built environment in an organic way.
Extruding outwards
BEFORE AFTER
Lichen + Moss
portfolio
Alexandra Sapte selected works 2020-2024
alexandrasapte@gmail.com