Portfolio Mila Lima dos Santos 2023

mila lima dos santos

portfolio | 2023

RK House 2020

Sub_pavilion 2021

AMA 2021

Bioclimatic and Sustainable Student Housing to UFF 2022

3

RK House 2020 project Mila Lima type academic location Niterói, RJ - Brazil area 364 m² instructor Marilia Fontenelle The RK House was created for a family of four.

The concept is the exploitation of the winds and the view of the city of Rio de Janeiro. To achieve this, the volume was designed with big openings on opposite facades, increasing the relationship between the inside and the outside environment while promoting cross ventilation.

Due to the region’s hot climate, the openings were protected by the roof’s long eaves and the pivoting timber panels, which also allow user customization. With these elements, the building has reduced solar exposure and improved exploitation of the natural ventilation.

The material’s selection focused on reducing the building’s carbon footprint and contributing to thermal comfort. The compressed earth block was used on the walls and was painted in a light color to reduce the absorption of the solar heat. The doors and windows were made of timber. The roof is composed of a thermoacoustic lightweight material that hinders heat transfer to the inside.

4

RK House

Site analysis

10 - 12 floors 5 - 9 floors 1 - 5 floors

site 2

1

Sun path Wind Site

3 Traffic flow Site

Site plan

0

10

20

50m

1 RK house 2 Federal Fluminense University’s campus 3 Guanabara Bay

5

RK House

8 6

7

9 5

A

A

F1

1 2

3

4

Ground floor plan

0

2

4

10m

1 Entrance - 10m² 2 Living room - 31,2m² 3 WC - 5,35m² 4 Circulation - 8m² 5 Kitchen - 11,80m² 6 Barbecue- 15,20m² 7 Deck - 60m² 8 Laundry room - 32,85m² 9 Garage - 38,96m²

6

RK House

4

A

A

3 1

F1

5

2

First floor plan 0

2

4

10m

1 Internal balcony - 67,1m² 2 Bedroom 1 - 32,2m² 3 Bedroom 2 - 31m² 4 Bedroom 3 - 28m² 5 External balcony - 22,7m²

7

2

RK House

22

2 x 2cm spacing between vertical and horizontal timber components

perforated door panels to allow wind circulation in the bedrooms

1

0

2,5

5m

DET CAMARAO

Facade F1

8

RK House

marble finishing

earth

waterproofing layer

draining system concrete beam concrete slab

planter box detail

internal balcony

deck

0

2,5

5m

kitchen

external balcony

bedroom 2

garage

Section A

9

Sub_pavilion 2021 project Anastasia Andyuseva, Bruna Macciantelli, Larrissa Dias, Mila Lima e Simruy Baygul type academic location Krasnoyarsk, Siberia - Russia prize 1st place of the Beuth University Summer School ARS 21 area 200 m² instructor Mehmet Koray Pekericli role 3D modeling, 2D graphic drawings, design conception The project is a climate-adaptive building located inside the Siberia Federal University’s campus. Internally, it has a cafe and an exhibition space, while on the outside, there are tables to be used in the spring/summer. The building was designed with passive and active strategies. The selection of materials was based on their low carbon emission rate and the potential to increase the building’s performance.

The building is semi-buried, to reduce heat loss, and the roof is composed of a green insulated roof and a solar chimney, that brings natural lighting to the inside. All windows have triple-glazed glass to avoid heat loss from the openings. There are two systems to generate energy, one is the Pavegen, a technological floor tile that produces energy from steps on its surface, and the other is the wind turbines, positioned at the top of the nearby building that has a better wind capture due to its height.

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Sub_pavilion

Geometry evolution

2

Pentagonal form Compact volume Facades more exposed to sunlight 2

Rectangular form Compact volume Reduced facades exposure to the wind 1

Buried form - final Compact volume Reduced heat loss Reduced exposure to the wind Openings to facades exposed to sunlight

3 4

0

5

10

25m

Site plan 1 Pavillion 2 University’s buildings 3 Bus stop 4 Road

11

Sub_pavilion

green roof (increased thermal mass) openings with tripled glazed windows

light chimney (natural lighting)

A

vestibule (reduce heat loss)

buried building (thermal inertia)

7 F1

6

mechanical ventilation (fresh air)

8

4

3

heat pump (active heating)

A

5 1

5 2

triple glazed windows

Floor plan 1 Vestibule - 6,07m² 2 Entrance - 9,75m² 3 Café - 63m² 4 Storage - 3,05m² 5 WC - 3,45m² 6 Exhibition area - 107m² 7 Technical room - 20,50m² 8 External space

insulated floor

0

2

4

10m

12

Sub_pavilion

insulated green roof

0

2,5

Facade F1

5m

external walls with larsen truss system with celulose insulation

0

2,5

5m

Section A

13

AMA 2021 project

Amanda Narrciso, Angelo Barbosa e Mila Lima

location Rio de Janeiro, RJ - Brazil size 4370 m² instructor Gerônimo Leitão role 3D modeling, 2D graphic drawings, design conception, rendering The project is a social housing building located in downtown Rio de Janeiro. The concept is the integration between residents, promoted by the communal spaces and the pathways that connect the volumes.

In total, there are 5 volumes. On the ground floor, there are communal external and internal areas for multiple uses, such as the square and the party room. On the upper floors, there are the apartments, that vary in number of bedrooms from 1 to 3. In volumes 1 and 5, there are units with 1 and 3 bedrooms. In volumes 2, 3, and 4, units with 2 bedrooms, although in volume 3 the units are exclusively for the disabled.

Besides the connections inside the buildings, the facades turned to the street have small shops on the ground floor to work as an alternative job option for residents (as owners), and as an active façade to integrate with the neighborhood.

14

AMA

Geometry evolution 2

3 separated volumes More apartments in each volume

4

5 separated volumes 1

Less apartments in each volume, more windows for each partment More open and green spaces for gathering

3

5 connected volumes Pathway as a connection between volumes and as a social space, whilst it functions as a balcony for residents 0

10

20

50m

Site plan 1 Project 2 Elementary school 3 Courthouse 4 Supermarket

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AMA

standard floor

1

1 1 bedroom ap.

2 3 bedroom ap.

3 Pathway 4 2 bedroom ap.

5 Unit for disabled

4

2

4 3

A

5 5 4

4 2

3 3

A

1

2

2 1

4 5

A

6 6

7 7 8

2

A

8

1 3

ground floor 1 Entrance 2 Store 3 Service use 4 Party room 5 Square 6 Unit for disabled 7 2 bedroom ap.

8 Bike racks 0

10

20

50m

Section A

16

AMA

steel pillar with blue painting- I 30 x 17 cm section tubular steel handrail

steel floor plate

concrete rectangular module painted in blue

concrete window box

steel beam with blue painting- I 30 x 17 cm section

masonry wall plaster

Pathway detail

3.00

0.79

plaster ceiling

2.20

fixed panel Bandeira fixa

doorvazado handle Puxador

entry door in Portão with em alumínio com aluminium blue pintura eletrostática azul painting

ceramic tile

0.95 0.45

concrete slab

Facade detail

Entry door detail 17

Bioclimatic and Sustainable Student Housing to UFF 2022

project Mila Lima type academic (final thesis) location Niterói, RJ - Brazil area 10.730 m² instructor Ricarda Tavares The student housing project was developed based on bioclimatic and sustainable approaches, to guarantee fewer unequal conditions at the university, and essentially, a better quality of life for students during their academic journey.

As the project’s structural axis, there is the idea of a connection, between dwellers, spaces, and the external environment. The centrality concept was incorporated to establish distance between the building and the university campus, with its geometry and functionalities turned to its interior, promoting the feeling of shelter. As the materialization of these concepts, 7 volumes were created, with 87 apartments (252 vacancies) with varied typologies.

The bioclimatic design and sustainability guided the solutions and the construction techniques, such as the building configuration with different angles and heights between the volumes to allow better use of natural ventilation and the reduction of solar exposure. The facades more exposed to sunlight were protected with movable shutters, and the balconies function as eaves for shading. As complementary solutions: the thermoacoustic roof, with the installation of photovoltaic panels; the rainwater storage system and the reuse of water from the laundries; the internal walls of drywalls and the external walls of compressed earth blocks, some composing panels and functioning as ‘cobogós’.

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Bioclimatic and Sustainable Student Housing to UFF

Volume study

Circulation axis

2

1 Users’ flow Services’ flow Circulation axis

3

5

Social areas Services Private spaces

4

0

Circulation axis Day wind Night wind

20

40

100m

Site plan 1 Student housing project 2 University’s classroom buildings 3 Running track 4 Cultural center 5 City’s sports center

19

Bioclimatic and Sustainable Student Housing to UFF

standard floor plan 1 Apartment with 1 bedroom 2 Apartment with 5 bedrooms 3 Study room 4 Laundry 5 Communal space

1 A

1

5

4 1

5 2

2 2

F1

A

3 2

2

7 7

A

6 5

7

2 4

2

3 1 2 2

F1

ground floor plan

A

2

Lobby 1 Services use 2 Central open space 3 Multiuse communal space 4 Laundry 5 Bike racks 6 Apartments with 1 bedroom 7 0

5

10

25m

20

Bioclimatic and Sustainable Student Housing to UFF

metallic tubular banister of 2”

metallic tubular balausters of 1 1/4”

2

1

{3D} 1

handrail detail

1

5

10

25m

2

1 : 50

‘cobogó’ - compressed earth Sul panel to bring character bricks 50 building image and allow to1 :the wind circulation

{3D} 1

0

{3D}

Sul

{3D}

Facade F1

21

Bioclimatic and Sustainable Student Housing to UFF

solar protection elements movable shutters

internal walls 10cm drywall with insulation

thermoacoustic roof

stormwater storage and recycling systems

Section A

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mila lima dos santos

portfolio | 2023