Portfolio Sávio Jobim by Sávio Jobim

portfolio sรกvio jobim selected works 2010-2013

Pedro Sávio Jobim Pinheiro University of São Paulo since 2010

academic experience: _exchange student at Hogeschool van Amsterdam, The Netherlands (2013); _finalist FIRST Robotics Competition Brazil (2007 and 2008); _volunteer judge in Vex Robotics Competition (2008); __exposer in Brazilian Week of Science and Technology (2008), Brazilian Society for the Progress of Science Conference - SBPC (2008) and Brazilian Fair of Science and Engeneering - FEBRACE (2007 and 2010); _course Architecture Office Management - Senac (2012);

personal information

contact: savio.jobim@gmail.com +55 (11) 99950-2562 Victor Brecheret st., 520, ap. 3AT8

habilities: _autodesk revit architecture 2013 (advanced); _autodesk autoCAD 2012 (intermediate); _DIAL dialux 4.10 (intermediate); _google sketchup 8 (basic); _3d studio max (basic). languages: _English (fluent) – TOEFL level 101; _French (fluent) - European DALF C1(2010); _Spanish (intermediate);

scholarships: _Scientific Iniciation FAPESP with the project “The design process of a building with sustainability certificate: Methodologies to the evaluation of public school buildings emphasizing the thermal and luminous comfort of the user” (2011/2012). Advisor: Sheila Walbe Ornstein; _ sponsored by University of Sao Paulo for monitoring the subject “AUH 514 – Architecture and Urbanism Fundamentals”. Advisor: Paulo César Xavier Pereira (2012).

prizes: _Fist honorable prize in 7th Premio de Edificación Saludable , Alicante, Spain, 2013; _Engineering Inspiration and Industrial Safety in FIRST Robotics Competition Brazil (2007); _Gracious Professionalism in First Robotics Competition Brazil (2008); _EMBRAPA Prize of Technology Information, in Brazilian Fair of Science and Engeneering – FEBRACE (2008); _3º place in Applied Social Sciences with the project “Well-live in São Paulo, is it utopia? Architectonic and Scientific projects for the improvement of citizens’ quality of life based on the intervention of Marginal Pinheiros traffic and on Pinheiros river cleaness” in Brazilian Fair of Science and Engeneering – FEBRACE (2008);

pedro sávio jobim pinheiro

casa Jijona First honorable prize in the 7th Premio de Edificaci贸n Saludable Alicante, Spain, 2013

Result: the house is healthy and comfortable for users. Cold water temperatura = 20oC Stored water temperature = 45oC Used water temperature = 40oC Jijona “Irradiación Global Media” (Ig) in winter = 2.5 kWh/m2 [Agencia Estatal de Meteorología]

Stored water volume: Vstw = [Vuw (Tuw - Tcw)]/(Tst - Tcw) Vstw = [360 (40 - 20)]/ (45 - 20) Vstw = 288l

Cold water temperatura = 20oC Stored water temperature = 45oC Used water temperature = 40oC Jijona “Irradiación Global Media” (Ig) in winter = 2.5 kWh/m2 [Agencia Estatal de Meteorología]

Estimated population in the house: Pe = 9 x 0.7 [coeficient of accupation] Pe = 6.3 people [~7people] Volume of used water per day: Vuw = 288l x 6.3 Vuw = 1814.4lNeeded Energy: En = Vstw x 0.001163 x (Tarm - Taf) [KWh/day] En = 8.37KWh/day Area of the water heating system: A = [(En + El) x Fi x 4.901)]/(3.1247 x Ig) A = 6.04 m2 Result: 3 x 2m2 solar panels. Possibility: Internal walls; External walls; Roof composition; A = 6.04 m2 (3 x 2m2 solar panels)

Stored water volume: Vstw = [Vuw (Tuw - Tcw)]/(Tst - Tcw) Vstw = [360 (40 - 20)]/ (45 - 20) Vstw = 288l Estimated population in the house: Pe = 9 x 0.7 [coeficient of accupation] Pe = 6.3 people [~7people] Volume of used water per day: Vuw = 288l x 6.3 Vuw = 1814.4lNeeded Energy: En = Vstw x 0.001163 x (Tarm - Taf) [KWh/day] En = 8.37KWh/day Area of the water heating system: A = [(En + El) x Fi x 4.901)]/(3.1247 x Ig) A = 6.04 m2 Result: 3 x 2m2 solar panels. Possibility: Internal walls; External walls; Roof composition; A = 6.04 m2 (3 x 2m2 solar panels)

casa Jijona

designed with: Devin Wesselius Lynn Ewalts Sven Berg Wouter Hesterman

_developed during a one-week workshop, the project concerns a house for a northern european retired couple at the western side of Jijona (Xixona), a small village in the province Alicante surrounded by several mountains. The plot has a beautiful view over the landscape and authentic houses of the village. The village has a verity of facilities that are easily accessible by foot or car. Its cascading design generates an interesting dialog with the surrounding landscape that responds to the environment. The experience of living in the house is aimed to create different stages of views and a continuous airflow between interior and exterior. Its design gives an abstract structure to the wise landscape that surrounds the building site. _standing on top of the building and looking down the staircase, it is possible to see the villa at the left side, the perforated facade at your right and a small part of the landscape just in front of it. When walking down the staircase towards the front door and entering the building, the user discovers a

bit more of the landscape. If walking down the stairs to the living room, inside the villa, the user discovers even more of the landscape. In the end when standing at the deck the user has a wide panoramic view over Jijona and the surrounding landscape. _the staircase is located at the south of the villa and serves as a buffer zone. In the summer , when the sun is at its highest point, the overhanging roof blocks the sun from hitting the south facade. In the winter when the sun is at a lower point, the sunrays reaches the wall and heat it up. _the entrance to the villa is a staircase on the highest part of the site. One level down there is the front door to the building itself. Here are the flexible working spaces located. These rooms can be easily transformed in multiple guest rooms. At this floor is a bathroom located, which is possible to enter from two directions. _the master bedroom is located at the lowest level and orientated to the north side. It is directly connected to the living space, which consists of the living room and the kitchen. The entrance of the deck from the living room is made by sliding opening of panels

and create an open space. _the house is built with traditional materials, which can be easily found in the surrounding environment. Constructive walls are made of concrete and finished with white stucco plaster. The roof is made of ceramic tiles, like the local houses. Aluminium is used for the perforated facade at the south side as well as for the shutters at the east and north side of the villa. _the whole concept of the building was developed focus on the efficiency of the use of rain water for cooling and humidifying the interior spaces and the adequacy of the house geometry for profitting natural wind. _the thermal analysis of the project was calculated based on the upper level bedroom, which is the less opened space of the building and even so the results for temperature and air renovation were enough to fulfill the needings of a house in south Spain. _the project was awarded as the First honorable prize in the 7th edition of Premio de Edificación Saludable in Alicante, Spain, 2013.

Standing on top of the building and looking down the staircase, you can see the villa at the left side, the perforated facade at your right and a small part of the landscape just in front of you. When you walk down the staircase towards the front door and entering the building you’ll discover a bit more of the landscape. If you walk down the stairs to the living room, inside the villa, you’ll discover even more of the landscape. In the end when you’re standing at the deck you’ll have a wide panoramic view over Jijona and the surrounding landscape.

impression exterieur Standing on top of the building and looking down the staircase, you can see the villa at the left side, the perforated facade at your right and a small part of the landscape just in front of you. When you walk down the staircase towards the front door and entering the building you’ll discover a bit more of the landscape. If you walk down the stairs to the living room, inside the villa, you’ll discover even more of the landscape. In the end when you’re standing at the deck you’ll have a wide panoramic view over Jijona and the surrounding landscape. The staircase is located at the south of the villa and serves as a buffer zone. In the summer , when the sun is at its highest point, the overhanging roof will block the sun from hitting the south facade. In the winter when the sun is at a lower point, the sunrays will reach the wall and heat it up.

simplified organization of internal spaces (above-left) progressive visuals of the user (above-right) sun protection in the south facade (below-left) general expression of the house (below-right)

The staircase is located at the south of the villa and serves as a buffer zone. In the summer , when the sun is at its highest point, the overhanging roof will block the sun from hitting the south facade. In the winter when the sun is at a lower point, the sunrays will reach the wall and heat it up.

living cube

pedro sávio jobim pinheiro

Location: Area: Projectteam:

Jijona, Alicante, Spain 800m2 Pedro Jobim, Lynn Ewalts, Wouter Hesterman, Sven Berg, Devin Wesselius

impression exterieur and surrounding

The project concerns a house at the western side of Jijona (Xixona), a small village in the province Alicante surrounded by several mountains. The house has a beautiful view over the landscape and authentic houses of the village. The village has a verity of facilities that are easily accessible by foot or car. Its cascading design generates an interesting dialog with the surrounding landscape that responds to the environment. The experience of living in the house is aimed to create different stages of views and a continuous flow between interior and exterior. Its design gives an abstract structure to the wise landscape that surrounds the building site.

CASA XIXONA Location: Area: Projectteam:

Jijona, Alicante, Spain 800m2 Pedro Jobim, Lynn Ewalts, Wouter Hesterman, Sven Berg, Devin Wesselius

characteristics of the plot view of the plot (above-right)

casa Jijona

pedro sรกvio jobim pinheiro

(4 bedrooms x 2) +1 = 9 people, 9x 2 showers per day = 18 showers/day Used dater volume = 360l Average external temperaure: [36 + 17.7]/2 = 26.8 Average humidity: 62.3%. Temperature amplitude: A = 9.15oC Result: the house is healthy and comfortable for users. Cold water temperatura = 20oC Stored water temperature = 45oC Used water temperature = 40oC Jijona “Irradiación Global Media” (Ig) in winter = 2.5 kWh/m2 [Agencia Estatal de Meteorología] Stored water volume: Vstw = [Vuw (Tuw - Tcw)]/(Tst - Tcw) Vstw = [360 (40 - 20)]/ (45 - 20) Vstw = 288l Estimated population in the house: Pe = 9 x 0.7 [coeficient of accupation] Pe = 6.3 people [~7people] Volume of used water per day: Vuw = 288l x 6.3 Vuw = 1814.4lNeeded Energy: En = Vstw x 0.001163 x (Tarm - Taf) [KWh/day] En = 8.37KWh/day Area of the water heating system: A = [(En + El) x Fi x 4.901)]/(3.1247 x Ig) A = 6.04 m2 Result: 3 x 2m2 solar panels. Possibility: Internal walls; External walls; Roof composition; A = 6.04 m2 (3 x 2m2 solar panels)

concept section (above - right) calculation of house efficiency (above - left) perspective of the east façade (below) pedro sávio jobim pinheiro

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PLANS first floor plan (above) ground floor plan (right)

PLANS

first floor plan (above) ground floor plan (right) 1

5m first floor plan

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casa Jijona

pedro sรกvio jobim pinheiro

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first floor plan (above) ground floor plan (right) The entrance to the villa is a staircase on the highest part of the site. One level down there is the front door to the building itself. Here are the flexible working spaces located. These rooms can be easily transformed in multiple guest rooms. At this floor is a bathroom located, which you can enter from two directions.

4000

impression interior

PLANS

4200

perspective of the ground floor 2 3 5m

The master bedroom is located at the lowest level and orientated to the north side. It is directly connected to the living space, which consists of the living room and the kitchen. You can enter the deck from the living room by sliding open the panels and create an open space.

ELEVATION

south elevation

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The villa will partly be built with traditional materials, which are found in the environment. Constructive walls will be made of concrete and finished with white stucco plaster. The roof will be made of ceramic tiles, like the houses in the area. Aluminum is used for the perforated facade at the south side as well as for the shutters at the east and north side of the villa.

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first floor plan (above) ground floor plan (right)

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PLANS

impression used materials

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PLANS first floor plan (above) ground floor plan (right)

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5m ground floor plan

casa Jijona

pedro sรกvio jobim pinheiro

living cube

_ the project of a house for one person or a couple in a cubic space of 4x4x4m was an experimental study about the spatial humans’ necessities and possibilities of placing them in minimum spaces. This project has no site specific but works as a conceptual project for this kind of demand focused in the user comfort. _the dimension does not allow two floors or even a mezzanine due to Brazilian norm of buildings ABNT 15.575 (ABNT, 2007, p. 35) which establishes 2.2m as the minimum height for living spaces. _the project was developed based on the coexistence of two complementary dimensions that structure the living spaces (2.2m) and the warehousing spaces (1.8m). _to the development of the project, traditional aspects of the traditional Brazilian house , such as the conventional space divisions in living room-kitchen-bedroom-bathroom was replaced to a different way of fitting spaces. _this new way of thinking consists in considering the humans’

living cube

acts that take place inside a conventional house and grouping them according to demands they have in common, even if the conventional house regard them as part of totally different places. _ the result of this logic is a construction which is basically divided in two spaces, one of them that embraces social funcions as well as leisure and study necessities, and the other one that embraces intimate functions such as personal hygiene, cloth washing and drying and warehousing in general. _the social space is characterized by a wide-spread opening in inferior part of the cube, which connect the external environment to the house in a way that expends the internal space and decrease the user’s sensation of cloistering. _in the superior part, a gable limits the visual field from the bed and surroundings and make it more pleasant to rest and relax. _looking towards flexibility of the social space into the living cube, a double-height and rotating table of 70 and 90 centimeters, structured in a steel pole, establishes in a flexible way the ambience for food preparing and storaging and the space for reading.

_the accordion door allows the connection between the internal and external environments according to the user’s intention who can entirely open it and “enlarge” home or close it and increase the value of privacy. Besides, it allows a well-spread opening that should require large spaces with conventional frames door. _the access to superior portion of living cube in which the bed takes place was also developed in a no-wasting space stair based in a stair developed by a famous Brazilian inventor called Santos Dumont (1873-1932). _it was not the purpose of this project to sugest that humans should live in compact places, but it was a way of developing architectural investigations for fitting housing elements in a minimum space. _the intention of these investigations was to serve as a basis structure for the development of not only house projects, but also other programmes demands. _the concepts developed by this project can be visualised in other projects in this portfolio.

pedro sávio jobim pinheiro

intimate space

relaxing

social space

food storaging and preparing

living cube

study and leisure

access to superior floor and intimate space

cube cover

openings for ventilation and difuse ilumination

openings with accordion doors

pedro sรกvio jobim pinheiro

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

floor plan level 2 1:25

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living cube

pedro sรกvio jobim pinheiro

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED PRODUCT BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL

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optimization of free space

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90cm

increase of study space

70cm

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70cm

food preparation

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT living cube

storage

washing machine

0.5m

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90cm 70cm

2m floor plan level 1 1:25

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2.20

washing machine

clothes storage

“spaces take place based on the inflection between the dimensions for living and warehousing” PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT 0m

0.5m

2m section “a”1:25

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living cube

pedro sávio jobim pinheiro

social space

intimate space

personal space

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0.5m

2m section “b” 1:25

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living cube

pedro sávio jobim pinheiro

electronic model

living cube

pedro sรกvio jobim pinheiro

Edusp bookstore

_Edusp bookstore is located in front of São Francisco Faculty of Law and its Square, which is used nowadays for parking. _the concept of the building is trigged by the perception of the social and historical relevance that this place has in downtown, enabling direct connection between São Francisco Square and São Bento Square through São Bento street. _once one of the most expressive streets in downtown, São Bento outline was preserved by a pedestrianized crossing making the bookstore take part of the surrounding mass of buildings. _another preserved aspect was the great open space and the existing trees in the square. _the moderate declivity was emphasized by a ground leveling that enables to design two different levels in a place that would commonly be used as one only level.

Edusp bookstore

_the building structure stands on 30cm diameter columns that support reinforced concrete flat slabs. _the columns are also the axis of bookshelves that reaches the ceiling from the ground, making them seem to support the superior concrete volume. _the bookshelves defines the spacial configuration of the bookstore, making it flexible and allowing different uses of it, by a design process that take users into account. Besides it gives emphasis to the main element of the building: the books. _the sunlight is also regarded as a fundamental physical element of the project. _two openings on the rooftop makes the sunlight works, according to solar dynamics, as two lines that flood into the bookstore levels by a central atrium and stimulate the users to pass by specific places.

pedro sávio jobim pinheiro

structure in reinforced concrete made in loco with 30cm diameter columns hidden in the bookstore shelves and 20cm slabs

two “light lines” keep the publics’ attention and make them go to specific places at the bookstore, in which can be placed special products

bookshelves include hidden columns in its pivot, giving to the users the sensation of fluctuation of the solid concrete volume that is above them

declivity is emphasized, profitting the natural relief by using it to design two different floors.

Edusp bookstore

pedro sávio jobim pinheiro

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT p/ São Bento

0°_passage

b 754

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90°_permanence 754.18

a b

45°_curiosity

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examples of disposition

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groung floor plan 1:500

São Francisco

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Edusp bookstore

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to Sรฃo Bento

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second floor plan (above) basement floor (below) 1:500

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flexible room

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Edusp bookstore

pedro sรกvio jobim pinheiro

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

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section a-a (above) section b-b (below) 1:500

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Edusp bookstore

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

pedro sรกvio jobim pinheiro

port in Cantinho do CĂŠu

port in “Cantinho do Céu”

_this project of port for the south urban area of São Paulo, in a place called “Cantinho do Céu” (piece of sky) was developed with the objective of designing a public building based on the public policy “Mananciais” (Fountainheads) to preserve natural water sources for the metropolitan area. _the urban area where the project is located was illegally urbanized on the border of Billings fountainhead and now is a hot point for public interventions with the purpose of requalifying it and preserving the quality of provision water to the city. _the intention is to aggregate the project of this port to the ensemble of buildings already designed in the same place by the architect Marcos Boldarini and the engineer Melissa Matsunaga, ensemble that represented Brazil in Venezian biennial in 2010 and in Rotterdam biennial in 2011. _the proposition of this port in “Cantinho do Céu” stands for a more efficient public transportation in the area, which is now insufficient.

port

_the building was developed according to the existing deck designed by Marcos Boldarini where collective activities take place (image on the right) and to the park that extends for 7km long. _the building has both levels placed between the water level and the urban level, keeping the visual field of the inhabitants and being the continuation of the natural land and the existing deck. _the first level under the land level is where administrative rooms, information offices, ticket offices and commercial rooms take place in a permeable and flexible space. _in the water level there are two loading ramps to passengers boats and waiting spaces to the travellers. _the structure of the building is based on “V” reinforced concrete frames that remit to the natural declivity of the border and go towards the horizon as a metonymy of the important social impact of the recent modifications in the area.

www.arcoweb.com.br

www.arquitetonico.ufsc.br

pedro sávio jobim pinheiro

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ground floor plan 1:500

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT port

pedro sรกvio jobim pinheiro

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second floor plan (left) loading ramp floor plan (right) 1:500

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pedro sรกvio jobim pinheiro

perspectives of the port in “Cantinho do Céu”

the concept of the building emphasizes the inhabitantsâ&#x20AC;&#x2122; visual field of Billings lake by its implantation below the houses level

1. Structural elements in reinforced concrete 2. glass wool 9

3. covering in white matte ink above roughcast

4. pre-cast concrete flat floor with 10 cm of thickness 5. stainless steel breastwork 6. steel pile foundation

1 3

7. base of structural elements in precast concrete 8. plumbing

9. electric circuit 1

model of the concrete elements of the port structure

port

pedro sĂĄvio jobim pinheiro

emergency bathroom

emergency bathroom designed with: Ana Paula Costa Daniel Locatelli Larissa Oliveira

_the Project of a bathroom for emergencies is based on the constant inundations in Jardim Pantanal, a neighbourhood in east zone of São Paulo, where the number of unhoused people reaches 1700 per year. _the equipment was designed to be installed at Paulo Kobayashi school, one of the only places that don’t suffer with inundations in the region. Considering the actual capacity of the building to host unhoused people, the ensemble of equipments can attend 800 people per year, supplementing the existing bathrooms in the school for a period of two weeks. The idea is that the school can reuse them for the period when there is no public actions to solve the problem definitely. _the concept of the project is supported by racionalization of potable water, that can be accompanied by the user each time the equipment is used, whether using the sink, the toilet or the shower. Each one of these activities can be monitorated by glass reservatories that permit visual control of the water expense. _a module is composed by two similar bathrooms that can be

emergency bathroom

joined in order to allow the use for six people (three of each gender) at the same time. The water supply and the sewarage system can be easily connected to the school system due to the satisfactory dimensions of the school water reservoir and the possibility to used the systems of dischanging pipes of the building. _the design of the equipment was also thought to be edgeless and more hygienic than conventional bathrooms. Its composition is basically a futuristic shape made of white rough rubber structured by round steel frames, what facilitates cleanness and maintenance of indoor ambiences. _inserted in the equipment, a little pneumatic stacking machine help users to move the object to the place where it will be installed. Once installed, the access to the equipment is made by diagonal sliding door connected to guideways that enables the use of the sink, the shower and the toilet at the same time. _this equipment is certainly not the definitive solution to the problem of Jardim Pantanal inundations but it’s a way of garantee minimum possibilities of living in this catastrophic situation.

foto: blog.estadao.com.br/blog/index.php?blog=1&cat=1114

foto: http://blogs.estadao.com.br/olhar-sobre-o-mundo/sao-paulodebaixo-dagua

foto: www.panoramio.com/photo/54260877?tag=Arquitetura

pedro sávio jobim pinheiro

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aberturas para acompanhamento do gasto de água, por uso

ensemble of two-equipments modules installed at the Futsal field of Paulo Kobayahi Middle School

cola da Bayer ativada termicamente cola da Bayer ativada termicamente

estrutra de travamento da base

planta da colocação do Piso escala 1:20

estrutra de travamento da base

tubo de aluminío de 37 mm de diâmetro externo

seções dos perfis metálicos escala 1:2

encaixe macho

detalhe do perfil de alumínio do piso escala 1:2

planta da colocação do Piso escala 1:20

l ençol de borracha de 3 mm

piso emborrachado de drenagem

esquema de encaixes da estrutura escala 1:2

cola da Bayer ativada termicamente

pisos de borracha especificados para o equipamento

planta da colocação do Piso aup 448.arquitetura e indústria escala 1:20 arquitetura de emergência

detalhe do encaixe do piso escala 1:2

encaixe da estrutura de travamento da base escala 1:2

banheiro para situação de catástrofe

prancha 4

cover of emergency bathroom made by rough rubber and round stainless steel. Base designed with square steel frames. Types of connection at right.

professor robinson salata

tubo de aluminío de 37 mm de diâmetro externo

seções dos perfis metálicos escala 1:2

encaixe macho

ana costa. daniel locatelli. larissa oliveira. pedro jobim

corte perspectivado do equipamento sliding door

associated to guideway in stainless steel in diagonal opening

emergency bathroom

pneumatic stacking machine attached to the equipment facilitates transportation.

pedro sávio jobim pinheiro detalhe do perfil de alumínio do piso escala 1:2

porta door

porta door ralos rasper

shower

shelves

aberturas para

Poliuretano

acompanhamento do gasto de água, por uso

1,16

banho

toilet papel paper higiênico

prateleiras e apoio para toalha

1,34

natural ventilation

bacia toilet Sanitária

garbage lixeira can

tubos plumbing de água

área técnica, ventilation and ventilação e water storageda pia reservatório

aberturas para acompanhamento do gasto de água, por uso

2,41

floor plan at 0.7m

p lanta nível 0,7m

perspective section of the equipment corte perspectivado do equipamento

sewarage system

lençol de borracha

Escala 1:20

placas de

reservatório água provinda da escola water de reservoir em que o equipamento capacity: 210 l é instalado capacidade de 210 litros.

inferior portion of the water reservoir is made

shower

parte inferior do reservatório é transparente policarbonate ecover, which allow to deof policarbonato graduada para users o usário acompanhar o seu is consumo control how much water being used prateleiras de plástico rígido shelves

local para pendurar a

2,75

door

toalha to e roupas modo support towels,de soap que não venham a molhar or shampoo

Banho

de travamento da base detalhesestrutura de encaixe “macho-fêmea” das aberturas de ventilação, com (perfil de rígido seção 50,8 x 25,4 envoltória em plástico que retangular se encaixa na peça principal do mm equipamento. A abertura é preenchida por tela que permite ventilação

)

transporte do equipamento, por sistema de paleteira pneumática embutid guiada pelo usuário, individualmente

aup 448.arquitetura e indústria

corte detalhe construtivo do piso

Porta Porta

perfil de Alumínio 18x118 mm

door

corte perspectivado do equipamento arquitetura de emergência

escala 1:2

banheiro para situação de catástro glass display enables users to control the water consumption

professor robinson salata rodas embutidas quando o

inserted wheels está activated equipamento instalado porby meio de sistema pneumático pneumatic system corte médio do equipamento - quando instalado

escala 1:20

section in the middle of the equipment

aup 448.arquitetura e indústria arquitetura de emergência

emergency bathroom

detalhes de encaixe “macho-fêmea” das aberturas de ventilação, com envoltória em plástico rígido que se encaixa na peça principal do equipamento. A abertura é preenchida por tela que permite ventilação

male-female connecting windows

d transporte do equipamento, po guiada pel

aup 448.arquitetura e indústria pedro sávio jobim pinheiro

banheiro para situação de catástrofe

housing in Suzano

estrutura a partir de três níveis de pracialidade – urbana, condominial e de vizinhança - que se articulam de modo a incentivar relações de comunidade entre seus habitantes. As habitações contam com livre configuração de aberturas, o que dinamiza a sua relação com o contexto urbano e confere flexibilidade formal aos edifícios. A liberdade na disposição das aberturas também reflete o conceito das unidades habitacionais, cuja planta permite livre disposição de ambientes. O comércio se localiza do piso térreo e interage com a rua de maneira direta. As aberturas funcionam de maneira análoga à das unidades habitacionais e oferecem circulação coberta aos pedestres.

housing

MEZANINO

nica

1:500

designed with: Gabriel de Alencar Novaes Maarten Kempenaar Tiê Mussalam Higashi

UBSOLO

:500 O

bicicletário

MEZANINO

área técnica

1:500

O equipamento comunitário se localiza em local de ampla visibilidade – a partir das entradas da quadra – e se difere formalmente dos demais edifícios, mantendo o conceito de liberdade compositiva, bicicletário que caracteriza a proposta.

cidade estática

diferentes alturas :

“ música

de cidade ”

conexão entre os edifícios :

de cidade ”

“ pracialidades ”

comércio

ea técnica

_the project of an urban housing square is located in Suzano, a small city near São Paulo that wil take part of the big project “Hidroanel”, which consists in a connected navigation ring around São Paulo to be concluded by 2030. _the purpose was to urbanize new areas near the outline of “Hidroanel” in a different way of the existing urbanization called “favelas”. _the project is structured in three levels of community spaces: the urban community space, which consists in a great outdoor area in the middle of the square, the condominium spaces based on footbridges between the buildings, and finally the neighbour spaces in which 4-apartments module. These three levels of community spaces stimulate the relationship between the inhabitants and remit to their original way of organizing the housing places. _the buildings are organized in four-apartments module: one of 90m², one of 60m² and two of 75m². not having spacial segregation between the different types of apartment.

_the apartments openings are in accordion windows that allow users to have a wide open house or a entirely close one. This also makes the building reflect the dynamic of life that takes place inside it. _the commercial rooms are located at the ground level and they interact with the street in a very direct way. The openings works the same way as the apartments but in a vertical opening, establishing covered passage to pedestrians. _the public equipment is located in the middle of the housing square and it is in the visual field of all square entrances. Its different shape exposes the formal liberty, concept of the building, as well as mark the city scenario. _the purpose is to have a more integrated city in this new housing complex and this project is a model of urbanization that could take place in the surrounding squares.

MEZANINO 1:500

iços

ASSARELAS

:500

serviços

statics city

cidade estática

circulação : conexão com o urbano

urban connection with the buildings

circulação : conexão com o urbano

“city music”

diferentes alturas :

“ música

de cidade ”

:“ connection between buildings conexão entre os edifícios

bicicletário

pracialidades ”

ANDAR ANDAR TIPO moradias TIPO moradias 1:500

1:500

housing

esquinas :

“ pontos

quentes ” ( comércio )

“hot places” at the corners

12 esquinas “ pontos de quentes ( comércio ) praça :interna uso ” público 2 praça interna de uso público 3 biblioteca : equipamento comunitário 3 biblioteca : equipamento comunitário

pedro sávio jobim pinheiro circulação : conexão com o urbano

view of the buildings and its opening dynamics that reflects its usersâ&#x20AC;&#x2122; dayly dynamics

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PRODUCED PRODUCED BY BY AN AN AUTODESK AUTODESK EDUCATIONAL EDUCATIONAL PRODUCT PRODUCT

PRODUCED BY BY AN AN AUTODESK AUTODESK EDUCATIONAL EDUCATIONAL PRODUCT PRODUCT PRODUCED

cidade estática

diferentes alturas :

mezzanine floor 1:500

MEZANINO 1:500 housing

“m

bicicletário

conexão entre os edifíc

pedro sávio jobim pinheiro

SUBSOLO 1:500

área técnica

PRODUCED BY BY AN AN AUTODESK AUTODESK EDUCATIONAL EDUCATIONAL PRODUCT PRODUCT PRODUCED

PRODUCED PRODUCED BY BY AN AN AUTODESK AUTODESK EDUCATIONAL EDUCATIONAL PRODUCT PRODUCT

footbridge that connect the buildings 1:500

PASSARELAS 1:500 housing

serviços

pedro sávio jobim pinheiro

MEZANINO 1:500

bicicletário

conexão entre os edifícios

PRODUCED BY BY AN AN AUTODESK AUTODESK EDUCATIONAL EDUCATIONAL PRODUCT PRODUCT PRODUCED

PRODUCED PRODUCED BY BY AN AN AUTODESK AUTODESK EDUCATIONAL EDUCATIONAL PRODUCT PRODUCT

circulação : conexão com o

apartments generic floor 1:500

ANDAR TIPO 1:500 housing

moradias

1 2 3

esquinas :

“ pontos

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praça interna de uso p

biblioteca : equipamento

Pedro Sávio Jobim Pinheiro

1:750

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

CORTE AA

biblioteca bicicletรกrio

CORTE AA

biblioteca bicicletรกrio

1:500 1:500

section aa (above) section bb (below) 1:500

housing

CORTE BB

pedro sรกvio jobim pinheiro

biblioteca

common living room for a module of four apartments (left) offices and stores floor and suspension footbridge in which is located the bycicles (right)

perspective section of the buildings and its relationship with the street

housing

pedro sรกvio jobim pinheiro

model of one of the apartment blocks emphasizing the structural wall system

housing

pedro sรกvio jobim pinheiro

housing in SĂŠ Square

housing in Sé Square

_among bling walls and urban voids, São Paulo downtown reflects the reality of spontaneity responsible for making it one of the most plural areas of the city. Blind walls are more than simply walls without openings, are separations for the eye and for the touch as well as urban voids are more than unoccupied places, are places where the city growth does not reach, concretization of avoided experiences. _the dichotomy between the location of goods and services and the location of housing in the city of São Paulo exemplifies the most in the case of Sé square, making them one of its biggest symbols. While the region concentrates the majority of goods and services, it is almost completely empty of inhabitants. Fulfilled by entrepreneurs, managers, merchants and tourists all day long, the square at night becomes the house of totally different people. Beggars and homeless people are the users of the same place used by businessmen at day, exemplifying the case of abandon and neglect of which the centre of São Paulo is victim. _the location of the project is in a plot at Sé Square

housing in Sé Square

characterized by having 60% of its length with 4.5 metres width. This width equals 3 average architecture studio desks. Squeezed between two buildings, one with 12 floors and another with 4 floors, the housing building here proposes a different regard towards São Paulo downtown by its open ground floor and the emptiness of its central area. _the buildings are composed by stores gallery in the ground floor, composing an unity with the surrounding buildings and attracting the customers to the interior of the plot. _the rest of the pavements are used for housing which group is composed by 5 types of apartaments: one of 30m², two types of 60m², one of 75m² and one of 90m². Each one responding to a different investigation. _the key words to describe the project are permeability and amplitude, which guided the project to investigate spatial relationships and several ways of housing. _flexible spaces were one of the most important concerns of the project as well. This way the buildings are characterized by

its accordion openings, allowing different configurations of the apartments in a simple way and revealing to the exterior the living dynamics of its interior. _the bathrooms were also focus of discussion as they work as articulations of the housing space, especially to intimate ambiances. _the living room was rationalized by its activities and separated, when it is possible, in two different spaces: the television room, less exposed to daylight, and the living room itself, nearer the façades. _the grass at the middle of the plot is incorporated to the building by a big vertical garden that goes through the buildings and visually amplifies the belonging feeling of the apartments. _the vertical circulation, composed by a block of stairs and elevators work also as a visual barrier between the apartments in the west building, enlarging the private visual field and contributing to the building ventilation. _the project represent a view of how it would be if the urban voids of São Paulo were fulfilled by inhabitants to use its goods and services, contributing to the development of the city.

_official information: Total area/Plot area: 4.1 Occupancy: 59% Permeability: 19.6%. Circulation area: 20%

pedro sávio jobim pinheiro

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

CED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT housing in Sé Square

Sé Cathedral

40 situation scale 1:500

pedro sávio jobim pinheiro

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL

housing in Sé Square

ODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

20 housing floor type 1 elevation 161.5 m

pedro sávio jobim pinheiro

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL

housing in Sé Square

ODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

20 housing floor type 2 elevation 779.5 m

pedro sávio jobim pinheiro

housing in Sé Square

D BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL

40 section aa scale 1:500 pedro sávio jobim pinheiro

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

housing in Sé Square

D BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL

40 frontal façade scale 1:250 pedro sávio jobim pinheiro

UCED BY AN AUTODESK EDUCATIONAL PRODUCTBY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED

perspectives of the apartments UCED BY AN AUTODESK EDUCATIONALPRODUCED PRODUCT BY AN AUTODESK EDUCATIONAL PRODUCT

lã de rocha

revestimento lã de rocha

PRODUCED BY AN AUTODESK EDUCATIONAL PRODU PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

view from the central open space

revestimento

housing in Sé Square

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCED BY ANPRODUCT AUTODESK EDUCATIONAL PRODU

detail openings - closed (above) and opened (below)

pedro sávio jobim pinheiro

model for form studies

housing in SĂŠ Square

pedro sĂĄvio jobim pinheiro

school in Amsterdam

_the purpose of this project was to balance different design values in order to better develop the spaces of the school in Jordaan, Amsterdam. _the designing goals were to offer inviting and pleasant spaces not only to students but also to teachers, employees and community, as well as spaces not only for studying, but also to be flexible to several pedagogical activities. _the school could be divided into two in order to describe their concepts. While the north school is a more closed building so then the parents of the younger kids can feel like their children are in a safe and second-housing place, the south school is a more independent and autonomous. The concept for the north school is safety and protection, while the concept for the south one is autonomy and discovery. This is reflected in the proportion of transparency and opaticity of the buildings as well as its position. Especially the south building was developed based od Mies van der Rohe buildings Crownhall, in Chicago, and Fansworth house. _the form of the building, according to the ages of the users,

school in Amsterdam

assume different shapes, the school for the younger children is more introspective and in front of residential buildings while the school for the older ones is more opened and allocated in a more independent area. _to comply the different functions of the school, the project is based in a module of 1.5 x 1.5m and this module (and submodules of 0.75m is capable to translate several spaces, from bathroom boxes for kids (0.75m) up to classrooms (7.5 x 9m). This modules also complies the construction method of steel deck, present in the majority of the project. _the building is according to the surroundings, however proposing some different spatial conditions. An example is the big living space in south school that is behind a very solid and rhythmic building, whose rhythm is due to the surrounding buildings. _due to the use of a single module that structures all the spaces, as a consequence, all the construction elements seem to follow one single order that guides the complexity of the building group of elements.

_light is working in the project in order to bring new experiences for the people that passes by Elandstraat in a way that the commonly shaded street is replaced by a sensible ray of natural light that passes through the buildings and reaches the street as an analogy of the school that brings new possibilities towards the future of any society. In order to achieve this goal, the main south block is a transparent glass-box aspect, allowing the light to pass through it and reach the grass ground in front of the school, where students can profit the sun in spring and autumn, as well as Elandstraat, giving emphasis to the plot. _the activity of designing in the city of Amsterdam imposes some extra challenges due to the fact that the centre of the dutch capital is a very homogeneous concerning the building environment. Thus, alignments, heights and rhythms are essencial architectural resources for the local architecture and these itens were put into account when developing the school project in Jordaan, a traditional neighbourhood of the city.

pedro sรกvio jobim pinheiro

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL

D BY AN AUTODESK EDUCATIONAL PRODUCT

situation model 1:200

40 situation scale 1:500 pedro sรกvio jobim pinheiro

b c

6.2

6.6

8.7

PRODUCED BY AN AUTODESK EDUCATIONAL

8.7

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT 10.4

8.7

school in Amsterdam

10.4

8.7

DBY BYAN ANAUTODESK AUTODESKEDUCATIONAL EDUCATIONALPRODUCT PRODUCT

20 ground floor scale 1:250 pedro sรกvio jobim pinheiro

b c

8.7

PRODUCED BY AN AUTODESK EDUCATIONAL

8.7

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT 13.8

school in Amsterdam

13.8

12.1

DBY BYAN ANAUTODESK AUTODESKEDUCATIONAL EDUCATIONALPRODUCT PRODUCT

20 superior floor scale 1:250 pedro sรกvio jobim pinheiro

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

S e

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

detail 1

detail 2 detail 4

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

RODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Section AA esc. 1:100

S e

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

school in Amsterdam

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

detail 3

Section BB esc. 1:100

section aa (above) section bb (middle) section cc (below) scale 1:250

S e

Faรงad

Design P Pedro Sรกvio Jobim Pinheiro - Exchange st

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6 14

12 6 5

12 4

4 2

1 7

7 9

10 10

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

3 14

7 9

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hot air 10

cold air summer sun (47 degrees)

winter sun (27 degrees)

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Detailing 1. Steel profile Gerdau W250x80 Design Project 2. Steel profile Gerdau W250x73 Pedro Sávio Jobim Pinheiro - Exchange student 3. Brick in Flemish bond 4. Steel deck 2” Composite Cellular 5. Reinforced concrete 6. Insulation Fiberglass 120mm 7. Plaster 20mm 8. Aluminium profile S2507 Jindal Aluminium 9. Mullions Schüco Glass panel 10. Double sheets glass 6mm/16mm/4mm mechanicaly ventilated 11. Aluminium sheet 12. Impermeability membrane 13. Brick Stabilizer 14. Ventilation brick 15. Aluminium blade PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

7 9

school in Amsterdam

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

detail 1: above-left detail 2: above-middle detail 3: above-right detail 4: below detail model (reference to details 1 and 3)

model of the school (left) perspective of the gymnasium (above-right) perspective of closed classroom (middle-right) perspective of opened classrooms (below-right)

thanks to my family and friends who helped me during this portfolio development, especially to Larissa Oliveira for her smile and embrace in difficult moments, contact: savio.jobim@gmail.com +55 (11) 99950-2562

dedicated to everyone who works for a better World.