portfolio sávio jobim

PortfolioSávio Jobim

academic experience:_scholarship to interchange programme at Hogeschool van Amsterdam [2013];_Research project at USP “The designing process of a sustainable building“, professor Sheila Walbe Ornstein [2011/2012];_Architecture Office Management course - Senac [2012]_exposer at Brazilian Week of Sci-ence and Technology [2008] and Brazilian Fair of Science and Tech-nology [2007]_dialux EVO course [2014]

prizes:_First Honorable prize in Sustainable Building International Award, Spain, 2013._Engineering Inspiration and Industrial Safety in FIRST Robotics Competition Brazil [2007];_EMBRAPA Prize, in Brazilian Fair of Science and Technology – FEBRACE [2008];_3º place in Social Sciences, FEBRACE [2008].

Pedro Sávio Jobim Pinheiro

professional experiences:

_Internship at Isay Weinfeld Architecture [jan.2015 - now];

_Internship at Triptyque Architecture [dec.2014 - now]

_Internship in lighting design at Royal Philips Electronics [may 2014 - dec.2014]; .development of the lighting design of two Oscar Niemeyer projects in Niteroi and Brasilia

habilities:_autodesk revit architecture 2015_autodesk autoCAD 2015_google sketchup_vray render_dialux Evo_3D studio max (basic)_adobe Photoshop/Indesign_Physical modelling

languages:_inglês (fluent) – TOEFL level 101_francês (fluent) - DALF C1[2010]_espanhol (intermediate)

University of São Paulo (USP) contact: [email protected] +55 (11) 95208 0003

Victor Brecheret st, 520, ap. 3AT8

housing, offices and public equipment [São Paulo]vertical city, horitontal citydeveloped with: Felipe Barradas Marco Scriboni

The design of housing+offices tower, together with a public equip-ment is included in the double population density policy of the center of Sao Paulo and diversification of plot occupancy modes, as set out in the new Master Plan of São Paulo (2014) .The project responds to these demands by two separate buildings: the public service building establishing a horizontal landmark in the center of the vertical city; and the housing+offices building, which composes more directly with existing verticality of the surroundings.The space between the buildings set up a large scaled public gallery, which accentuates the recreational potential of the center of São Pau-lo, usually fordibben or neglicted.

concurso internacional VIVIENDA EN RED SP 14

0 5 15

símbolos gráficos | 1:500

Vivienda en red é estar conectado à cidade e a espaços públicos que ela ofereça.

É a casa e sua interdependência com outras casas e as pessoas ao seu redor.

A distinção morfológica proposta entre edifício vertical (habitação + serviços) e

horizontal (Poupatempo + galeria comercial) reflete a clareza formal e programática do

projeto, abdicando de uma forçosa continuidade da forma urbana preexistente.

O projeto reconhece a necessidade e importância da

construção de vazios no tecido urbano.

Estabelecendo um marco horizontal, o volume do Poupatempo

contrapõe a verticalidade da região e revela uma clareira voltada à Avenida Ipiranga,

potencial espaço de encontro exaltado pelo Edifício Renata Sampaio Ferreira como

referência urbana e marco histórico da arquitetura moderna paulista.

Viver em rede é traduzido no projeto como uma forma particular de habitar, ocupar

e apropriar-se do ambiente urbano.

A materialização de viver em rede acontece pormeio de

módulos flexíveis, apoiando-se em um volume vertical laminar, fixo. As varandas,

os balanços e até mesmo os vazios formados pela justaposição ou sobreposição dos

módulos habitacionais e de serviços permitem relações múltiplas entre os indivíduos.

A independência estrutural entre edifício e módulos de vivência caracteriza grande

flexibilidade na ocupação, já que permite-se assim recomposição dos

espaços privados de acordo com a necessidade dos ocupantes.

0 1 5 10m 0 10 50 100m

implantaçãocorte urbano

distinção morfológica

habitações

proposta organização funcional adequação ao terreno percurso visual

Poupatempo

comércio

Cálculo das áreas

Local Área (m²)

Terreno 1 2722,89

Terreno 2 1100,91Coeficiente de

Aproveitamento4

Total 15295,2

Tipologia de Ocupação Área (m²)

Residencial/Serviços 6906,25

Comercial 405,00

Poupatempo 1762,43

Praças 4517,03

Área Total Construída 13590,71

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planta galeria comercial

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751.5750

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símbolos gráficos | 1:500

Vivienda en red é estar conectado à cidade e a espaços públicos que ela ofereça.

É a casa e sua interdependência com outras casas e as pessoas ao seu redor.

A distinção morfológica proposta entre edifício vertical (habitação + serviços) e

horizontal (Poupatempo + galeria comercial) reflete a clareza formal e programática do

projeto, abdicando de uma forçosa continuidade da forma urbana preexistente.

O projeto reconhece a necessidade e importância da

construção de vazios no tecido urbano.

Estabelecendo um marco horizontal, o volume do Poupatempo

contrapõe a verticalidade da região e revela uma clareira voltada à Avenida Ipiranga,

potencial espaço de encontro exaltado pelo Edifício Renata Sampaio Ferreira como

referência urbana e marco histórico da arquitetura moderna paulista.

Viver em rede é traduzido no projeto como uma forma particular de habitar, ocupar

e apropriar-se do ambiente urbano.

A materialização de viver em rede acontece pormeio de

módulos flexíveis, apoiando-se em um volume vertical laminar, fixo. As varandas,

os balanços e até mesmo os vazios formados pela justaposição ou sobreposição dos

módulos habitacionais e de serviços permitem relações múltiplas entre os indivíduos.

A independência estrutural entre edifício e módulos de vivência caracteriza grande

flexibilidade na ocupação, já que permite-se assim recomposição dos

espaços privados de acordo com a necessidade dos ocupantes.

0 1 5 10m 0 10 50 100m

implantaçãocorte urbano

distinção morfológica

habitações

proposta organização funcional adequação ao terreno percurso visual

Poupatempo

comércio

Cálculo das áreas

Local Área (m²)

Terreno 1 2722,89

Terreno 2 1100,91Coeficiente de

Aproveitamento4

Total 15295,2

Tipologia de Ocupação Área (m²)

Residencial/Serviços 6906,25

Comercial 405,00

Poupatempo 1762,43

Praças 4517,03

Área Total Construída 13590,71

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1. Cobertura com aletas difusoras de luz2. Invólucro em tela metálica perfurada3. Treliça estrutural4. Blocos de serviço5. Setor de atendimento IIRGD, Sert e Detran6. Área de espera para atendimento7. Refeitório e copa de funcionários8. Setor administrativo9. Circulação vertical10. Galeria comercial11. Praça em desnível

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Placas intercambiáveis:Vidro (transparência)Cobogó (privacidade)Concreto (opacidade)

Sub-modulação 1.5m x 1.5m

Unidades hidráulicas associativas

Vedação em vitrine para módulos comerciais

Conexão com instalações adjacentes um módulo de vivência é um espaço de 4.5m x 4.5m que pode abrigar usos

habitacionais ou comerciais. Cada unidade é distinguível enquanto célula e se articula com as demais por meio de uma rede, materializada pela estrutura externa.

cada módulo é dividido em submódulos de 1.5m x 1.5m, que permitem diferentes configurações de vedos e aberturas.Analogamente, a cada módulo podem ser associadas unidades de serviço que, em conjunto, configuram diferentes espaços às necessidades dos usuários.

há 4 tipos de vedos modulares: placa cimentícia (cega); placa metálica perfurada, placa transparente em vidro; e guarda-corpo também em vidro.

materialização do viver em rede

materialização

no pavimento 4, João e Maria, casados, vivem ao lado de Dora, solteira

1. perfil U em aço2. steel deck3. viga metálica perfil I com furos4. piso acabado5. acabamento externo6. placas intercambiáveis7. guardacorpo8. placa cimentícia

no pavimento 2, Marcelo e Ana vivem juntos há 2 anos

no pavimentos 13 e 14, a família Silva aluga o andar de cima para o escritório de Geraldo

o duplex dos pavimentos 7 e 8 é a nova aquisição da família Souza

circulação vertical

conceito suporte construção configuração

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The housing building inserted into the larger project of Housing+Offices and public equipment in downtown São Paulo proposes a constructive method that sets the exis-tence of an external structure , responsible for the overall stability of the building, and a secondary structure that is characterized by multifunctional spatial modules.

secondary structure in

I profile steel

steel deck floor submodules

1.5m x 1.5m

Associatives hydraulic submodules

Glass panels for offices and

commercial modules

side facilities connections

interchanging boards:.glass.perforated aluminium .concret

Each 4.5x4.5m spatial module represents a possibility of occupation: business rooms, living rooms , studios, bedrooms, balconies.Within the modules, sub-modules consisting of 1.5x1.5m blocks focus the hydraulic and electrical infrastructure, making it a more flexible construction to new uses that may arise.

housing+offices and public equipment [São Paulo] vertical city, horizontal city

vertical circulation in a

rigid concrete block

studio to couples +

kitchenette

two bedrooms apart-

ment + offices

studio to couples

spatial units external structures assembly process rhythm of the facade

three bedrooms

apartment

cube houseergonomy in little spaces

pedro sávio jobim pinheiro

intimate space

social space

relaxing access to superior floor and intimate space

openings for ventilation and difuse ilumination

study and leisurefood storaging and preparing cube cover openings with accordion doors

living cube

living cube pedro sávio jobim pinheiro

electronic model


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living cube

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living cube


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living cube

The challenge of designing your own home in a 4x4x4m cube was the theme of this project, which aimed to synthetic analysis of the concept of living through the abdication of named spaces - kitchen, bedroom, living room, etc.The project was developed from the repertoire of domestic activities , which are grouped according to the degree of privacy . Developed the intimate and social centers, the activities are combined, in order to configure two different environments:

1. private, home to all sanitary and hygienic functions;2. social environment , which extends out to a possible external area.

section b section a

Standing on top of the building and looking down the stair-case, 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 sur-rounding 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.

(4 bedrooms x 2) +1 = 9 people, 9x 2 showers per day = 18 showers/day Used dater volume = 360lAverage external temperaure: [36 + 17.7]/2 = 26.8 Average humidity: 62.3%.Temperature amplitude: A = 9.15oCResult: the house is healthy and comfortable for users.

Cold water temperatura = 20oCStored water temperature = 45oCUsed water temperature = 40oCJijona “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 composi-tion; A = 6.04 m2 (3 x 2m2 solar panels)

impression exterieur


concept section (above - right)calculation of house efficiency (above - left)

perspective of the east façade (below)

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 locat-ed. These rooms can be easily transformed in multiple guest rooms. At this floor is a bathroom located, which you can en-ter from two directions.

The master bedroom is located at the lowest level and orien-tated to the north side. It is directly connected to the liv-ing 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.

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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impression used materials

ELEVATION

PLANSfirst floor plan (above)ground floor plan (right)

south elevation

pedro sávio jobim pinheiro casa Jijona




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first floor plan




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pedro sávio jobim pinheiro casa Jijona




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ELEVATION


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ground floor plan

perspective of the ground floor

Standing on top of the building and looking down the stair-case, 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 sur-rounding 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.

(4 bedrooms x 2) +1 = 9 people, 9x 2 showers per day = 18 showers/day Used dater volume = 360lAverage external temperaure: [36 + 17.7]/2 = 26.8 Average humidity: 62.3%.Temperature amplitude: A = 9.15oCResult: the house is healthy and comfortable for users.

Cold water temperatura = 20oCStored water temperature = 45oCUsed water temperature = 40oCJijona “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 composi-tion; A = 6.04 m2 (3 x 2m2 solar panels)

impression exterieur


concept section (above - right)calculation of house efficiency (above - left)

perspective of the east façade (below)

casa Jijona [Alicante]First Honorable prize in Sustainable Building International Award, Spain, 2013.Developed with: Devin Wesselius, Sven Berg, Lynn Ewalts, Wouter Hesterman

This sustainable house represents a series of investigations in order to give environmental comfort and energy efficiency in hot and arid environments.The house is configured as a scaling due to the natural slope of the land , giving different perspectives and organizing social and private spaces of the users.The double coverage serves as an air filter and provides constant ventilation to every room in the house.

planta pavimento inferiorh1:500

planta pavimento superior1:500

FAU Archive ContestDigital Memory Paviliondeveloped with : Carolina Miki, Larissa Oliveira, Tadeu Baltar.

The proposed project for the FAUUSP Archive building reveals two elements that have long ago lost visibility in FAUUSP - the library projects and the stream that has been channelled to build Artigas building.Its materiality in steel and glass contrast with the exposed concrete texture FAU-USP, still proposing a permeable and accessible ground,

covered by a delicate marquise steel structure supported on slender metal columns. Associated with the pillars, interactive dashboards allow users’ interactions with the archive. The main block is comprised of two levels below the ground, both envel-oped by a glass skin that delimits the climate-controlled area, protected from the weather. Its entrance is marked by a walkway, the consultation room and the

reception, which controls access to the collection and removal of items.The first basement includes the ar-eas of collection and consultation, set back from the ground to ensure proper protection of the sunlight that environ-ment demand. In the second basement, set up the restoration conservation areas and technical processing, the area inside the glass block, and a café and pleasant environment for visitors.

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4 - copa cafeteria5 - processamento técnico6 - conservação/restauro

4 - administração5 - galeria6 - área de consulta

1 - banheiros2 - guarda-volumes3 - circulação vertical

7 - arquivo em estantes8 - arquivo emmapotecas

1 - galeria coberta2 - circulação vertical

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housing in São Paulo downtown

[SãoPaulo]occupying the emptiness

Developing a housing project in a plot of 4 meters large and 72 meters deep in front of the São Paulo cathedral, that was the challenge proposed to the housing+office build-ings. Aligned with the proposed densification of São Paulo downtown, with the elimination of urban voids , the project proposes an internal square in the center of the block and with large common areas .The whole project consists of two buildings: the building facing the Cathedral Square , which can house services or studios, due to the increased visibility and proximity of noise sources , and the building facing Rua Quintino Bocayuva, at the other side of the plot, that dut to the different ur-ban configuration , home to the largest housing units.


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aup 152 habitação social - proposta pedro sávio jobim pinheiro 7178360

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levantamento planialtimétrico esc. 1:500

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Sé

insertion in the urban fabric1:10.00

housing in Sé Square


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requalification - Winterthur [Amsterdam]former office building into housing, Amsterdam

The commercial building Winterthur was at an advanced stage of deg-radation. The retrofit design of the building into housing use included the adaptation of comeriais units to the new use as well as

the criation of new spaces of public and condominium leisure. The com-ponents included in the design were thought to upcycling , which means that they can be disassembled and used analogously

in another buildings later. This construc-tive flexibility makes the building available to house other uses later on and offers the possibility of the user to configure the housing spaces according to his/her own needings.

first floor planesc. 1:750

ground floor plan1:750

General aspect of the facadescale 1:20


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Detail 4 (middle)Detail 5 (below)scale 1:10

1. Concrete structure2. Steel Frame I profile3. Insulation fiberglass 130mm4. Brickwork (facade)5. Wood6. EPS high density 30mm7. Plaster8. Aluminium window9. Steel Truss10. Single glass panel11. Doble glazed panel12. Isokorf 13. Concrete core activation14. Aluminium plate15. Perforated steel panel16. Gutter

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Section aa (above)Section bb (middle)South façade (below)scale 1:200 Detail 3 (above)

Detail 4 (middle)Detail 5 (below)scale 1:10

1. Concrete structure2. Steel Frame I profile3. Insulation fiberglass 130mm4. Brickwork (facade)5. Wood6. EPS high density 30mm7. Plaster8. Aluminium window9. Steel Truss10. Single glass panel11. Doble glazed panel12. Isokorf 13. Concrete core activation14. Aluminium plate15. Perforated steel panel16. Gutter

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details of the glass footbridge

sun studies1. summer 10h2. summer 14h3. winter 10h4. winter 14h

Concept of the facade dynamics

Original facade type (left)Detail 1 - Proposed facade (right)





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section B1:100

section A1:100

facade multiple configurations

hydraulic pre-fab modules

details 1:20


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lighting design_Caminho Niemeyer [Niterói]Bringing the beauty of Niemeyer curves from the darkness [expected to be implemented in 2016]

Bring the beauty ofNiemeyer curves for Niterói nightlifewas the main goal of this lighting installation project.The project includes projectors for gen-eral lighting of the buildings

and embedded luminaires in the floor of the central square . While during the day , the lights embedded in the floor little interfere in the landscape, at night they offer several possibilities of public space use, without affecting the

original architecture. Besides, allows the realization of public events also at night, which is a rare nowadays.The entire project was thought to omit the light sources so as to minimally interfere in the architecture.

general model of Sevilla Pavilion

dynamic pavilion exploring different junctions and movements to configure new spaces

experimental modelsMoving CubesExpo 92 Pavilion, by architect Marcos Acayabadeveloped with : Ana Costa, Ana Ramos, Bruna Mirabile, Denise Moreira, Thaís Bianchini

The exploration of different possibilities of articulation wa the goal of the model, which consists of cubes that rotate , resulting in several open-ing possibilities to architecture.

The model below is part of a study to restore the work of Mark Acayaba, ont of the most important brazilian architects.

I dedicate this small portfolio to all my friends and family,especially to Guilherme Miguel Bullejos, for understanding and supporting me.

thank you.

portfolio sávio jobim

Documents