INDEX 01_ANALYSIS Larger scale analysis Closer scale analysis
02_URBAN SCALE Urban diagrams Masterplan and close-ups Views
03_ARCHITECTURAL SCALE Architectural diagrams Plans Sections and close-ups Perspective section Elevations Interiors diagrams Plan detail Axonometries Views
URBAN ANALYSIS | MAIN ACTIVITIES
SPORTS FACILITIES
PUBLIC INACCESSIBLE AREAS
SCHOOLS
MARKETS AND SUPERMARKETS
LIBRARY
THEATER
HEALTHCARE
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
01_ANALYSIS | Areas of influence
ACCESS NEW ACCESS BUS STOPS MAIN BUS STOPS SCHOOLS PARK
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
GREEN NETWORK
PUBLIC GREEN SPACES SEMI-PRIVATE GREEN SPACES PRIVATE GARDENS TREES
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
MOBILITY SYSTEM
PRIMARY ROADS SECONDARY STREETS BIKE LANES MAIN NODES BUS STOPS
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
SWOT ANALYSIS DIAGRAM
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
MASTERPLAN DEFINITION DIAGRAMS
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
MASTERPLAN DEFINITION DIAGRAMS
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
8.
6. 5. 4. 7.
2.
3.
MASTERPLAN LEGEND
1.
1. SLOW MOBILITY PAVED STREET 2. PUBLIC STEPPED OPEN SPACE 3. GREEN PUBLIC SPACE 4. SEMI-PRIVATE VEGETABLE GARDEN 5. SEMI-PRIVATE GREEN SPACE 6. PLAYGROUND 7. AMBULANCE EMERGENCY ACCESS POINT 8. PARKING LOT 9. PAVED PEDESTRIAN AND CAR ACCESS
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
Platforms Detail
01_ANALYSIS
Parking lot and rainwater channel Detail
02_URBAN SCALE
03_ARCHITECTURAL SCALE
Ambulance entrance and green terracing Detail
Vegetables garden Detail
Platforms and green area Detail
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
Platform Detail section
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
URBAN DESIGN | View of the square and the shared road unifying the street
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
BUILDING MODIFICATIONS CONCEPT Architectural Diagrams
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
BUILDING MODIFICATIONS CONCEPT Environmental and structural diagrams
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
ENVIRONMENTAL STRATEGIES
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
URBAN DESIGN | View of the corner entrance plaza
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
URBAN DESIGN | View of the vegetable garden
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
GROUND FLOOR | Functional Plan
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
GROUND FLOOR | Architectural plan 1:100
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
GROUND FLOOR | Architectural axonometry and schemes
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
GROUND FLOOR | Bel Bar View
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
UNDERGROUND FLOOR | Functional Plan
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
UNDERGROUND FLOOR | Architectural plan 1:100
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
08 MIXEDSECTION GREEN PERSPECTIVE
Using grass and trees to cool the area and create therapeutic and vegetable gardens for the patients
SOLAR RADIATION STUDY
REINFORCEMENT OF TH
0,3
The chart shows how from 10-12 am the REINFORCEMENT OF THE STRUCTURE solar radiation is hitting the facade. In yellow 1.3 The chart shows are how highlighted the I from 10-12 am the months. hottest SOLAR RADIATION STUDY STRUCTURE STRUCTUREAND AND REINFORCEMENT OF THE STRUCTURE solar radiation is hitting 01.1 SHADOWS INDIRECT INSULATION TERRACE MIND SHADOWS INDIRECTLIGHT LIGHT INSULATION TERRACE MINDTHE THEGAP GAP the facade. In yellow are highlighted the The chart shows how SOLAR RADIATION STUDY 02.4 NEED OFSTRUCTURE FIXED AND REINFORCEMENT OF THE hottest months. I from 10-12 am the MOVEABLE SHUTTERS CURRENT CONDITION CURRENT CONDITION 1:2 solar radiation is hitting E 06.0 The chart shows howthe facade. In yellow NEED OF FIXED AND I from 10-12 am theare highlighted the hottest months. MOVEABLE SHUTTERS radiation is hitting CURRENTsolar CONDITION CURRENT CONDITION 1:20 the facade. In yellow E SOLAR RADIATION STUDY 12:00 are highlighted 12:00 theREINFORCEMENT OF THE STRUCTURE INSULATING THE WALLS 21 Jun. hottest months. 21 Jun. NEED OF FIXED AND WATERFALL WALL DETAIL KEY PLAN CONCEPT DIAGRAMS: CURRENT CONDITION 12:00 I Plaster1:2 MOVEABLE SHUTTERS EXTENDING THE ROOF, INSERTING SKYLIGHTS AND SHUTTERS E chart 0shows how CURRENT The CONDITION 12:00 CURRENT CONDITION 1:20 PROJECT P 7.2 21 Apr. Acoustic 21 Apr. from 10-12 am the 12:00 I -Aug. INSULATING THE WALLS Brick blo 12:00 -Aug. STRUCTURE AND 21 Jun. NEED OF FIXED AND solar radiation is hitting Reinforce 21 Jun. I MOVEABLE SHUTTERS SHADOWS INDIRECT LIGHT AIRSHADOWS FLOWS COOLING INDIRECT STRATEGY LIGHT AIR FLOWS1:20 MIND THE GAP the facade. In yellow 12:00 CURRENT CONDITION 12:00 CURRENTINSULATION CONDITION CURRENT CONDITION 1:20 PROJECT PROPOSAL 1:20 Reinforce 12:00 12:00 21 Dec. are highlighted the 21 Apr. Vapour b 21 Dec. 21 Apr. 09.0 -Aug. hottest months. 09.0 Rockwoo -Aug. 80.0 12:00 INSULATING THE WALLS 80.0 12:00 Plaster 21 Jun. E 12:00 22.0 I 21 Jun. 68° 68° E E
PROJECT PROPOSAL 1:20
I
21 Dec.
EPROJECT PROPOSAL 1:20
PROJECT PROPOSAL
0,2
0,25
I
0,25 0,53
0,2
0,2
0,25 0,53
0,05
,25 0,53
,05
0,25 0,53
0,05
0,05
0,25 0,28
0reason, 9.reason, 2 12:00 Reinforcing Reinforcingthe thestructure structure forsafety safety Legendfor 12:00 21 Dec. INSULATING insulating insulatingthe theentire entirebuilding buildingfor foraabetter better 21 Jun.
0,28
Enlarging Enlargingthe thegap gaptotocreate createliveable liveableopen open 12:00 air level. airspaces spacesalso alsoininthe theunderground underground level. 21 Dec.
0,05
I Working Workingwith withthe theangles anglesofofthe thesun suninin Extending the Extendingthe thebalcony, balcony,extending extending therooftop rooftop THE WALLS section COOLING STRATEGY AND AIR FLOW sectiontotobe beable abletotoavoid avoidthe theheating heating and adding on and addingmoveable moveableshutters shutters onthe thesouthern southern 12:00 PROJECT PROPOSAL 1:20 21 Jun. even adding more opening for the E CURRENT CONDITION PROJECT PROPOSAL even adding more opening for thelight. light. facade comfort facadetotocreate createaaprotection protectionfrom fromthe thesun sun comfortand andaasustainable sustainablebehaviour. behaviour. CURRENT 1:20 21° 68° 58°CONDITION 12:00 Additions (The (Theangle anglehere hereisison on12:00 12:0021 21June). June). (here (here12:00 12:0021 21June). June). 12:00 21 Apr. 12:00 21 April 12:00 21 December 12:00 21 June Legend 21 Apr. -Aug. 12:00 21 August I -Aug. 56.2E PROJECT PROPOSAL 1:20 21.0 I ofwall Water CURRENT CONDITION 68°68° 12:00PROJECT PROPOSAL 31.0 21° lenght 58° In the existing building the the overhang of the balcony and of the Additions 68° 12:00 68° 21 Dec. 68° 12:00 21 April 12:00 21 December 12:00 21 June 53.0 rooftop are not sufficient to stop the sun rays and the heat to enter. In the 21 Dec. 12:00 21 August Legend 01.0 entering is relly little. underground the light PROJECT PROPOSAL 1:20 I CURRENT CONDITION PROJECT PROPOSAL In the project proposal all the windows were aubstituted with a low emissivity In the existing building the lenght of the overhang of the balcony and of the 21° chamber glass. The rooftop 68° 58° double andheat the to balcony extended enough to rooftop are not sufficient toDecember stop the sun raysAdditions and the enter. were In the Legend E wooden 12:00 21 April 12:00 21 12:00 21 June protect the building. Some folding panels were added E I on the perimiter of underground 12:00 21 August the light entering is relly little. the balcony. Some skylight were inserted to chatch more light. In the project proposal all the windows were aubstituted with a low emissivity 21° 68° with Working the angles58° of sun in By lenght opening more distribution Creating a water the angles facadeofto the cool sunthe in air. By opening more the distribution corridor Additions Extending extending theopen rooftop Extending theof balcony, extending thecorridor rooftop Reinforcing the structure forthe safety reason, Enlargingthe thebalcony, gap to create liveable In the existing building the the the overhang of the andWorking ofwere thewith double chamber glass. The rooftop andbalcony the balcony extended enough to 12:00 21 April 12:00 21 December 12:00 21 June section to be to building avoid thefor heating by adding openings it’s possible section to be able to avoid the heating and by adding more openings it’s possible 1:20 and addingalso moveable shutters on the southern andand adding moveable shutters onPROJECT the southern insulating theable entire aare better air spaces in the underground level. rooftop not sufficient to the more sun rays and the heatPROPOSAL to enter. Inadded the protect thestop building. Some folding wooden panels were on the perimiter of 12:00 21 August CURRENT CONDITIONeven adding more PROJECT PROPOSAL opening for the light. to achieve better air flows. even adding more opening for the light. to achieve better air flows. E facade to create a protection from the sun facade toiscreate a protection frominserted the sun to chatch more light. comfort and a sustainable behaviour. the lightthe underground entering relly little. balcony. Some skylight were here isbuilding on 12:00 21 (The angle here is on 12:00 21 June). (here 12:00 21 June). (here 12:00 21 In(The theangle existing lenght the overhang ofwindows theJune). balcony of the with a low emissivity 01_ANALYSIS SCALE 03_ARCHITECTURAL SCALE In the theJune). projectofproposal all 02_URBAN the were and aubstituted Legend Extending Extendingthe thebalcony balconytototransform transform ititinto intoaaliveable liveablespace. space.
0,05
0,53
0,05 0,25
0,53
0,1
CURRENT CONDITION 1:20 CURRENT CONDITION 1:20 12:00
12:00 21 Apr. CURRENT-Aug. CONDITION
0,05 0,28 0,25
THE WALLS
68° CONDITION68° 1:20
0,1
CURRENT 21 Dec.
0,25 0,28
12:00 21 Apr. INSULATING -Aug.
82.0
0,25 0,28
12:00 12:00 21 Apr. 21 Dec. -Aug. SOLAR RADIATION ANALYSIS
12:00 21 Dec. 12:00 21 Jun.
0,53
0,28
CURRENT CONDITION
12:00 21 Jun.
12:00 NEED OF FIXED AND 21 Apr. MOVEABLE -Aug. SHUTTERS
0,05
0,3
0,25
0,28
0,3 0,28
0,25
0,28 0,3
0,28 0,3
SOLAR RADIATION STUDY
E
UNDERGROUND FLOOR | Waterfall view
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
FIRST FLOOR| Functional Plan
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
FIRST FLOOR | Architectural plan 1:100
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
A-A’ SECTION
B-B’ SECTION
KEY PLAN
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
A-A’ SECTION
THGIL TTCHEG RILDN TCI ERIDNI
DNA ERDUN TC AUERRTUSTCURTS NOITALN UO SN ITIALUSNI
SWODASHWSODAHS
°86
°86
ECARREETCARRET
CONCEPT DIAGRAMS: ENLARGING THE GAP AND THE BALCONY
SLAB - TERRACE - SHUTTERS CONNECTION DETAIL
°86
PAG EHPTADGNEIM HT DNIM
°86
3.1
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4.20
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
A-A’ SECTION
YGETARTSYGN ETILAORO TSC GNILOOC
SWOLF RIA SWOLF RIA
ROOFROP - SKYLIGHT - FAKE CEILING DETAIL
THGIL TCETRHID GN ILI TCERIDNI
SWODAHS WODAHS
CONCEPT DIAGRAMS: EXTENDING THE ROOF, INSERTING SKYLIGHTS AND SHUTTERS
llaw retaW llaw retaW
°86
°86
°86
°
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01_ANALYSIS
3.1 3.1
02_URBAN SCALE
03_ARCHITECTURAL SCALE
DETAIL SECTION 1:20 LEGEND
4 11
3
12
13
16 18
3.1
17
19 1.10
4.20
0.60
20 2.70
0.90
0.90
0.08 0.08 0.22 0.28
24
25 2.90
26 27
-2.65 0.12 0.13 0.35 0.10
1 Skylight 2 Metal plate 3 Cellular glass insulation 4 Beam 5 Concrete and brick slab 6 Screed 7 Vapour barrier 8 Thermal insulation 9 Double waterproof sheath 10 Roof covering 11 Beam reinforcement 12 Schoeck Isokorb type KS 13 Gutter 14 Roller blinds 15 Insulated fake cieling 16 Installations 17 Double glazing wooden window 18 Wooden lamella 19 Folding shutters 20 Handrail 21 Pavement 22 Underfloor heating 23 Acoustic insulation 24 Screed with gradient 25 Existing reinforced concrete overhang 26 Added reinforced concrete overhang 27 Metal support 28 Ventilated crawl space 29 Foundation plinth 30 Concrete floor 31 Gravel 32 Drainage pipe 33 Soil 34 Water pump 35 Lower basin 36 Drywall for pipes 37 Upper basin 38 Retaining wall 39 Rail
ARCHITECTURE | North-East Elevation & South-East Elevation SOUTH-EAST ELEVATION
SOUTH-EAST ELEVATION | NIGHT VIEW
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
ARCHITECTURE | Elevations EAST ELEVATION
WEST ELEVATION
NORTH ELEVATION
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
FIRST FLOOR | Detail Plan 1:50
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
FIRST FLOOR | Axonometry of common space
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
FIRST FLOOR | Detail of common space
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
FIRST FLOOR | Main void view
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
FIRST FLOOR| Clinic Plan 1:50
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
FIRST FLOOR| Clinic modules Details
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE
FIRST FLOOR | Clinic View
01_ANALYSIS
02_URBAN SCALE
03_ARCHITECTURAL SCALE