2015 - 2019
ARCHITECTURE
PORTFOLIO
CAROLINA LIRA
07 MandarĂş Complex
15
25
Nature Observatory
Building Patium
35
Mangu Squ
5
ueiras uare
43 Corner Square
51
59
Loft 44
SAGA Projects 3DS Max
SELECTED ACADEMIC WORk
MandarĂş Complex
Architectural Design Projects IV
07 The project is in Pesqueira city, built-up area of 900m², distributed into three modules: dormitory, plenary and cafeteria. In the analysis, we observed would be necessary to be cautious with the existing buildings around, mainly the Pavilion. From this, all these modules united in a single curved construction, which was established from a 40-degree angle, where all the walls were formed from that angle — passing the feeling of embracing the Pavilion and who is in the place. The building was designed to fit the architecture of the area, and principally for its implantation and materiality, all its composition was made of eucalyptus since it is quite abundant in the site. Thinking about thermal comfort, a winter garden was projected in the planar area, producing the wind to circulate. The dining room was designed in a large area of coexistence, open to everyone.
Complex Mandarú 08
IMAGE 1: MANDARÚ COMPLEX
09 Complex MandarĂş
Complex Mandarú 10
SITUATION PLAN
SECTION A-A
1. Mandarú Complex 4.Water tank 7.Water tank 2.Xukurus Pavilion 5.Xukurus market 8. House 3.School 9. House 6.House
0
1
2
4
11 Complex MandarĂş
GROUND FLOOR PLAN
1.Meeting room 4.Xukurus Pavilion 7. Xukurus market 2.Refectory 5.School * Dormitory is on the second floor 3.Bathroom 6.House
Complex Mandarú 12
SECTION B-B
SECTION B-B
13 Complex Mandarú
IMAGE 2: MANDARÚ COMPLEX
SELECTED ACADEMIC WORk
Nature Observatory
Architectural Design Projects V
15 It is in the Horto D'el Rey, in the Historical Site of Olinda. Starting from the principle of Biomimetics, the building should unite nature and stand out in the middle of the tree vegetation, bringing sensory rides in every way of the visitors. From these concepts and studies executed in the area, we found the Cajueiro tree, scientific name: Anacardium occidentale, which would reference the integration of the center of the project. The building was designed in the form of a Cajueiro leaf, with the concept of walkability through the site, where the circulation area would be, figuratively speaking, the leaf petiole. Three blocks united through this walkway, bringing the sensory experience to the place. Besides, the circulation areas inside the buildings also started from the precept of the structure of Cajueiro leaf, where its circulations are in the middle. The cover study also began from the Biomimetics and structure of the Cajueiro leaf. It can be observed that the mesh found in the leaf structure if fitted in the mathematical study, the Voronoi Diagram, where it was applied on the cover and can bring natural light to the circulation areas, as the centre, and around the buildings. Also, considering sustainable architecture, green spaces were installed, which from the slope of the roof, allowed the drainage to provide reuse of rainwater.
Nature Observatory 16
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CASHEW LEAF
CASHEW LEAF - ZOOM
VORONOI
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ROOF STRUCTURE
17 Nature Observatory
IMAGE 3: NATURE OBSERVATORY
IMAGE 4: NATURE OBSERVATORY
Nature Observatory 18
IMAGE 5: NATURE OBSERVATORY
19 Nature Observatory
SITUATION PLAN
Nature Observatory 20
5
4
3
2
1
GROUND FLOOR PLAN
6
1. Dormitory 4. Multimedia room 1 2. Reception 5. Multimedia room 3. Coffee Shop 6. Showroom
21 Nature Observatory
3
2 1
SECOND FLOOR PLAN
1. Administrative office 2. Storage room 3. Electrical installations room
Nature Observatory 22
SECTION A-A
SECTION B-B
23 Nature Observatory
SELECTED ACADEMIC WORk
Building Patium
Architectural Design Projects VI
25 The volumetric basis adopted on the project is aiming to create a connection between the building it self and the passersby. The internal patio has a lack of visual barriers and makes possible to have a plasente walk through it. The internal patio has a lack of visual barriers and makes possible to have a plasente walk through it. Besides that, there will be an commercial area located at the ground floor and first floor where you can have access by the two elevators. Making that an attractive area to stay and to shop estimulating local commerce. A programmed study about the behaviour of the ventilation was made and taken seriously. So that you can have an air vent going through the building. It contains four parking lots. On the sub floor, second, third and fourth floor. The access is taken by a ramp that ambraces the hole edification.From the fourth floor up there are two habitacional unities that has between 60-49 meters cubics each.
Building Patium 26
IMAGE 6: BUlLDING PATIUM
27 Building Patium
Building Patium 28
IMAGE 7: BUlLDING PATIUM
29 Building Patium
GROUND FLOOR PLAN
SECOND FLOOR PLAN
Building Patium 30
IMAGE 8: BUlLDING PATIUM
31 Building Patium
7 - 21 FLOORS PLAN
22 - 26 FLOORS PLAN
Building Patium 32
SECTION AA’
33 Building Patium
SECTION BB’
SELECTED ACADEMIC WORk
Mangueiras Square
Landscaping Project
35 The referred project called "The Mangueiras Square," purposed by the discipline of Landscaping I, had as its starting point the current flow of the place, generating a diagonal path, and the mesh fragmentation arises intending to dialogue with the irregularity of the blocks adjacent to the square. In the spaces of permanence, a more specific mesh appears, with squares around 7x7 m, generating hour spaces with banks, hour spaces green, creating complexity to the environment. Most of the floor is composed of Portuguese stone in gray color, and the main path in red color, already in the spaces of coexistence were proposed wooden decks, generating comfort and coziness.
A
Mangueiras Square 36
LOTES LOTES LOTES RUA
localização da tapioqueira
I:8,33%
LOTES RUA
LOTES
RUA
localização de parada de ônibus
RUA
LOTES
LOTES
MAIN ROUTE
37 Mangueiras Square VEGETATION TABLE TYPE
TREES
BUSH VEGETATION POTHOLE
Nº
NAME
SCIENTIFIC NAME
SITUATION
02
OITI
03
GOLDEN DEWDROP
04
AZALEA
MANGIFERA INDICA LICANIA TOMENTOSA DURANTA ERECTA AUREA RHODODENDRON SIMSII
05
BAHIAGRASS
PASPALUM NOTATUM
01
MANGO TREE
TREE HEIGHT
QUANTITY 14
1,5 METERS
PROPOSAL
28
1,2 METERS
PROPOSAL
268
0,12 TO 0,15 METERS
PROPOSAL
40
0,6 METERS
PROPOSAL
773,38 m²
EXISTENT/ PROPOSAL
A
FURNITURE TABLE FURNITURE
TYPES
QUANTITY
03
TABLE WITH 4 CHAIRS (WOOD)
13
21
WOODEN BENCH
16
SQUARE POLE QMODELS
99
WOOD TRASH CAN
38
WOODEN GARDEN BENCH
35
TYPES
QUANTITY
LIGHT FIXTURE LP125/40 AND LIGHT POLE SIMPLE PTC
PEDESTRIAN LIGHTING/ STREET
FURNITURE
FLOOR TABLE FLOOR
NAME PORTUGUESE STONE (GREY) PORTUGUESE STONE (PINK)
WOOD FLOOR
N
LOTES LOTES LOTES RUA
localização da tapioqueira
I:8,33%
LOTES RUA
LOTES
RUA
localização de parada de ônibus RUA
LOTES
LOTES
PROPOSAL
GROUND FLOOR PLAN
Mangueiras Square 38
GOLDEN DEWDROP
PORTUGUESE STONE (GREY) STREET
CONCRETE EDGE
PORTUGUESE STONE (GREY)
TACTILE FLOOR
CONCRETE SAW POWDER
SECTION A-A
BUS STOP (WOOD AND STEEL)
IMAGE 9: MANGUEIRAS SQUARE
COMPACT SOIL
SOIL PREPARED -1/3 OF CLAY -1/3 OF HUMUS -1/3 VEGETAL EARTH
NATURAL SOIL SQUARE POLE QMODELS
SAW POWDER
COMPACT SOIL
SOIL PREPARED -1/3 OF CLAY -1/3 OF HUMU -1/3 VEGETAL
US EARTH
39 Mangueiras Square
DECK WOOD
TACTILE FLOOR
PORTUGUESE STONE (GREY) STREET + 0,15
WOODEN BENCH
SOIL PREPARED -1/3 OF CLAY -1/3 OF HUMUS -1/3 VEGETAL EARTH
IMAGE 10: MANGUEIRAS SQUARE
WOODEN KIOSK
CONCRETE
CONCRETE
SAW POWDER
COMPACT SOIL
Mangueiras Square 40
IMAGE 11: PHYSICAL MODEL
IMAGE 12: PHYSICAL MODEL
41 Mangueiras Square
IMAGE 13: PHYSICAL MODEL
SELECTED ACADEMIC WORk
Corner Square
Landscaping Project
43 The project took advantage of the existing flow of the place, generating a diagonal layout, which would continue to induce people to move ordinarily, with the route that they already made, but taking advantage of the space of the square. The square has some living spaces because the internal paths of the square add banks so that in addition to that place becomes an area for exchanging experiences, it is essential to note that the main living space located at the back of the square where they have some kiosks, promptly with tables. It appears from the building adjacent to the square, was used as an essential element to add even more value to the place, in it was added a large living frame, helping in thermal and visual comfort. In the green areas, we can find nests, golden drops, and Ixora, for thermal comfort and shading of the space, besides important spaces for contemplation of the landscape.
Corner Square 44
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4 4
4
4
4 4
4
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4
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4
4
4
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4
4
4
4
4
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4 4
4 4
4
ira
4 4
4 4
eet Str
4 4
4 4
4 4
4 4
4
4
4 4
4 4
4 4
4
4
4
4 4
4 4 4
4 4
4
4
4
Rua
Rua Joaq uim Fe lipe
Joaq
uim Fe lipe
Ru aJ oã oF ern an
175
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386 o oã aJ Ru
175
366
ira Vie es nd rna Fe
366
367
356
356
350
350 367
320
320
308
308
1
2
Rua Joaq uim Fe lipe aJ Ru o oã rn Fe s de an ira Vie
4
45 Corner Square
366 356 350
367
320 308
3 4
4 4
4 4
4 4
4 4
VEGETATION TABLE TYPE
TREES
BUSH
VEGETATION POTHOLE
B
Nº
NAME
01
MANGO TREE
SCIENTIFIC NAME
TREE HEIGHT
SITUATION
QUANTITY
MANGIFERA INDICA
PROPOSAL
04
1,5 METERS
02
NEEM
AZADIRACHTA INDICA
PROPOSAL
15
1,2 METERS
03
GOLDEN DEWDROP
DURANTA ERECTA AUREA
PROPOSAL
57
0,12 TO 0,15 METERS
04
IXORA
IXORA COCCINEA
PROPOSAL
49
0,6 METERS
05
BAHIAGRASS
PASPALUM NOTATUM
PROPOSAL
700 m²
FURNITURE TABLE FURNITURE
TYPES
FURNITURE
TYPES
QUANTITY
04
TABLE WITH 4 CHAIRS (WOOD)
09
PEDESTRIAN LIGHTING/ STREET
12
WOODEN BENCH
09
SQUARE POLE QMODELS
41
WOOD TRASH CAN
16
LIGHT FIXTURE LP125/40 AND LIGHT POLE SIMPLE PTC
LIGHT FIXTURE WITH POLE SIMPLE
N
GROUND FLOOR PLAN
QUANTITY
03
FLOOR TABLE FLOOR
NAME PORTUGUESE STONE (GREY) CONCRETE INTERLOCKED FLOOR
WOOD FLOOR
Corner Square 46
CONCRETE INTERLOCKED FLOOR
PORTUGUESE STONE (GREY)
CONCRETE EDGE TACTILE FLOOR
COMPACT SOIL
COMPACT SOIL
CONCRETE SAW POWDER
SECTION A-B
IMAGE 14: CORNER SQUARE
BAHIAGRASS
SOIL PREPARED -1/3 OF CLAY -1/3 OF HUMUS -1/3 VEGETAL EARTH
GOLDEN DEWDROP
CONCRETE EDGE
WOODEN BENCH
SAW POWDER
WO TRA
47 Corner Square
GREEN WALL
BRICK CONCRETE SUPPORT STRUCTURE
PORTUGUESE STONE (GREY)
OOD ASH CAN
DECK WOOD
BAHIAGRASS
CONCRETE EDGE
PLATE WATERPROOFING IRRIGATION SYSTEM (DRAINAGE) GEOTEXTILES VEGETATION
COMPACT SOIL SQUARE POLE QMODELS
SOIL PREPARED -1/3 OF CLAY -1/3 OF HUMUS -1/3 VEGETAL EARTH
SOIL PREPARED -1/3 OF CLAY -1/3 OF HUMUS -1/3 VEGETAL EARTH
CONCRETE
COMPACT SOIL
IMAGE 15: CORNER SQUARE
WATER TANK CONCRETE BRICK CONCRETE
Corner Square 48
IMAGE 16: PHYSICAL MODEL
IMAGE 17: PHYSICAL MODEL
49 Corner Square
IMAGE 18: PHYSICAL MODEL
SELECTED ACADEMIC WORk
Loft 44
Interior Design
51 The 44 loft is designed for fictitious customers with specific tastes. Was demanded that this project be applied regional materiality of the area, eco-friendly, like the coffee table made of recycled pallet (image 19). Guests receive many people at home, so we opt for an open concept, among the kitchen and living room, for those in the kitchen to interact with those in the living room. In the entrance hall, an office table was set up to receive customers at home without having to enter the private areas.
Loft 44 52
MAIN LEVEL SCALE 1:75
MEZZANINE LEVEL SCALE 1:75
53 Loft 44
Loft 44 54
IMAGE 19: LOFT 44
55 Loft 44
Loft 44 56
SECTION A-A
IMAGE 20: LOFT 44
57 Loft 44
IMAGE 21: LOFT 44
SELECTED ACADEMIC WORk
SAGA Projects 3DS Max
School of Art, Game and Animation
59
Projects produced during the Art, Game and Animation course, in 2018. Using the following programs: 3D Studio MAX, Metalray, AutoCAD and Photoshop.
SAGA Projetos - 3DS Max 60
IMAGE 22: SAGA PROJECT
61 SAGA Projects - 3DS Max
IMAGE 23: SAGA PROJECT
SAGA Projetos - 3DS Max 62
Loft 44 IMAGE 24: SAGA PROJECT
63 SAGA Projects - 3DS Max
IMAGE 25: SAGA PROJECT
SAGA Projetos - 3DS Max 64
IMAGE 26: SAGA PROJECT
IMAGE 27: SAGA PROJECT
65 Letter - Engineering Office
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