/ Portfolio / Roger Peicho / 2020

ARCHITECTURE / URBAN / DESIGN /

ROGER PEICHO

PORTFOLIO 2020

1

Curriculum VitĂŚ

2

Education

Awards

2019-2020

2019

Master Course Building Information Modelling

University of Minho and University of Ljubljana. Erasmus Master (BIM A+) Full Scholarship from European Union

2012-2017

Roger Peicho Architect, Urban Planner BIM Specialist October 23, 1991 Single

Revitalization of Osasco’s Pedestrian Mall São Paulo - BR Plataforma AR Team

2019

Honor Mention

Federal University of Rio de Janeiro

Revitalization of Jundiai’s River and Urban Area São Paulo - BR Plataforma AR Team

2015-2016

2019

Bachelor Degree Architecture and Urbanism

Personal Details

3rd Prize - Architecture Competition

International Mobility Erasmus + University of Porto Full Scholarship from European Union

Top 10_6th Saint Gobain Award Thesis: Urban Connector São Paulo - BR

2007-2009

2019

Construction and Design for Buildings FAETEC - Rio de Janeiro

Ribeirão Preto's City Hall São Paulo - BR Plataforma AR Team

Contact

Experience

2019

+351 938576973 r.peicho@hotmail.com

2017-2020

Federal University of Rio de Janeiro

Software Skills

Architecture Collective Group Focused on Archi Competitions

+ Autodesk Revit + Archicad 22 + Solibri + Autodesk Dynamo + Autodesk Navisworks + BimCollab + Indesign + Illustrator + Photoshop + Rhino + Vray + Lumion + Sketchup + Autodesk Autocad + Office + Autodesk Recap

Languages Portuguese English

Technician

Plataforma AR

3rd Prize - Architecture Competition

Academic Honor

Junior Architect

2018

2018-2019

Monument to Arco’s City Minas Gerais - BR Plataforma AR Team

Agencia TPBA Junior Architect

Architecture Office in Rio de Janeiro Development of Masterplan and Schools for architecture competitions www.agenciatpba.com

2014-2015 Proarq - UFRJ Internship

1st Prize - Architecture Competition

2018

2nd Prize - Architecture Competition Sorocaba Technological Park Landscape Project São Paulo - BR Plataforma AR Team

2018

2nd Prize - Architecture Competition

Development of new Hospital for University Campus of UFRJ.

New Building for Children's Housing Paraná - BR Plataforma AR Team

2014

2017

Jimmy Bastian Architecture Internship

3rd Prize - Architecture Competition

Support in design and conceptual phases for Interior and Architectural projects.

Porto's Art School Porto - PT Plataforma AR Team

2011

2017

Ronaldo Grana Architecture Internship

Support and development of details and Techinical Design

Project Selected for Exposition AI2 - FAU UFRJ Rio de Janeiro - BR Academic Project

3

Selected Projects

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Urban Connector / Bachelor Thesis Porto Art School / Competition - 3rd Prize Sorocaba Technological Park/ Competition - 2nd Prize Agora Tech Park Masterplan / Competition Classe School / Competition Osasco’s Pedestrian Mall / Competition - 3rd Prize Ribeirão Preto City Hall / Competition - 3rd Prize

Architecture

Urban

Landscape

Design

5

URBAN CONNECTOR

Bachelor Thesis Top 10 in 6th Saint Gobain Awards - Brazil Area 19.000m² Localization: Nilópolis, Rio de Janeiro - BR Mentor: Fabiana Izaga

The train system emerged as a promise of accessibility for the Rio de Janeiro's peripheral population. This was in response to the rapid growth of the metropolis and its need for expansion. This system allows direct connection of the new urban agglomerations to the city centre but also maintains the economic, social and infrastructure dependency between the periphery and the metropolis. As an political statement, this project aims to question the relationship between the train network as an urban infrastructure and its importance within its context. The relevance of this system as a driving force of these urban centres seems to be a paradox as it segregates the areas it serves, which creates divided cities. The train tracks and its walls express themselves as physical barriers that corroborates to the sharp contrast in the urban morphology and the social economical discrepancies between the different areas. The project makes the use of the urban infrastructure diversity to create a new floor above the existing structure promoting new activities. This often infertile and monofunctional space can be now a complex and dynamic urban hub, blurring the boundaries of the segregated parts and giving the population access to services previously unavailable locally. The project's intention is to be dubious; to be architecture; to be infrastructure; to be urban; to reinforce its social context.

Flexible and future proof, it also can be located in various contexts, focusing always on its social values and requalification possibilities.

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URBAN CONNECTOR

Intervention in a strategic localization of metropolitan area of Rio. Considering the geometry, Nilรณpolis is a central City, being a possibility to conect and to support near cities with new infrastructure spaces.

The train walls are a big problem for the development and forURBANA the MURO - CICATRIZ city social life. Dividing the city in two parts, the walls are a big barrier and in general cause some economic and socials constrast, being one side more invested than the other

The main idea is use the wall as a "Plug" to create a new urban floor above the train walls, reconecting the city and creating an oportunity for a new urban spaces, acting directly as a politic actor, reintegrating the two sides of the city with public building and outdoor areas.

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URBAN CONNECTOR

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The Mobile City, Yona Friedman, 1958 The possibility of Plug in different areas along the urban walls

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URBAN CONNECTOR

Urban Connector Spatial Structure

New floor above the walls, new possibility to cross the barrier

The city inside the connector: Buildings and Public Spaces

Metropolitan Uses: Buildings to attract people from different cities

Urban Uses: Medium scale spaces.

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Bus Terminal

Macro Scale Intervention

Housing

Urban Connector

New open areas FootBridge

Small Comercial Building

Metropolitan Strategies - City Center Urban Renovation

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URBAN CONNECTOR

Membrane

Metropolitan Equipament Institutional uses

Urban Equipament Housing and Comercial uses

Urban Equipament Housing and Comercial uses

Metropolitan Equipament Cultural uses

Pedestrian Walkway

New Urban Floor

Train Station

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Metropolitan Square

Urban Renovation and Urban Connector Relation

Train level

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LEGENDA

+8.10m

+8.10m

ORTE TRANSVERSAL TRAVESSIA CALÇADÃO DE NILÓPOLIS SCALA 1/500

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ESCALA 1/500 TFG ii 2017.2 ROGER PEICHO

CORTE TRANSVERSAL EQUI ESCALA 1/500

CONECTOR

CORTE TRANSVERSAL CAIXA ESTUDOS ESCALA 1/500

03

+8.10m

FAU UFRJ

+14.80m +11.80m 01

+14.80m +11.80m

URBANO

02

02

02

Nível novo CHÃO

01

04

01 - ACESSOS A PLATAFORMA 02 - HABITAR A ESCALA P 03 - ACESSO AO EQUIPAENTO CULTURAL

02

04 - PRAÇA PÚBLICA ELEVADA - MÓDULO BOSQUE

01

0

10

20

New Urban Floor - "Politic / social reintegration floor" - Level +8.00m

03

40m

URBAN CONNECTOR

ROGER

PEICHO

CONECTOR

URBANO

01

TFG ii 2017.2

FAU UFRJ

02 03

CAIXAS ESCALA 1/500

Nível

04

LEGENDA 01 - FOYER 02 - EQUIPAMENTO CULTURAL G 03 - SALA DE ESTUDOS

04

06

04 - HABITAR A ESCALA P 05 -PRAÇA ELEVADA 06 - EQUIPAMENTO INSTITUCIONAL - POUPATEMPO

05

0

10

20

Box Level - Yona Friedman experiment - Level +11.00m

EQUIPAMENTO CULTURAL

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40m

URBAN CONNECTOR

Sustentability Strategy

Metal Structure: Pre Fabricated and Modular Process, being possible to save money, time, without wasting materials

Perspective Section

18

Green Roof Can reduce the temperature inside the building and improves the microclimate

Membrane Protection Better control of the sunlight, allow the wind permeability, better environmental quality

Water Reuse System to reuse the water for clean process.

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URBAN CONNECTOR

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Metropolitan Square

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PORTO ART SCHOOL

Competition 3rd Prize Area 3350m² Localization: Porto, Portugal - PT Plataforma AR

Some works try to evoke emotions; others just focus on the process itself.

Perhaps the common ground of the arts is the multiplicity of forms that can be created.

Therefore, Axis is the place where these different directions can cross. A space where the encounter of different people is possible and the clash of ideas is enhanced. The flexibility and the blurred boundaries between areas make possible all sorts of activities and arts.

Maintaining the existing urban vitality of the place drove the design to settle underground.

This approach keeps the visuals to the school of photography free and allows multiple uses of the public floor and its continuity. In order to create a dynamic level, and to comunicate with the Porto's topography, the top slabs were angled to slopes, which also boost the fenestrations areas to brighten the inner space up. To reinforce the spatial continuity, the same materiality was used for the floors, following the existing floor in the current square.

The visual permeability throughout the building enables the user to explore it integrally.

The clear connection between spaces and its adaptability make different uses possible. For instance, the restaurant can open to the main access ramp providing seating areas. Also, the main staircase can be used as an open stand for concerts.

The goal is to make spaces where a diverse range of people can gather and mingle.

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PORTO ART SCHOOL

Axes as spacial references with the existing city

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Development in the underground to keep the actual vitality on the square and preserve the historical faรงade.

Main acess as a continuity of actual square. One side with a ramp with little slope and in the other side a grandstand.

Artificial topografy was created to relate to the topografy city and to allow the sun light in the interior

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PORTO ART SCHOOL

Gallery and Auditorium expansion

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Office

Hall

Restaurant

Atelier

Atelier

Auditorium

Art Gallery

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PORTO ART SCHOOL

Transversal Section

Transversal Section

Longitudinal Section

28

Atelier and Relation with the exterior axis

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PORTO ART SCHOOL

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Main Entrance Perspective

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SOROCABA TECHNOLOGICAL PARK Competition 2rd Prize Area 1930m² Localization: Sorocaba, São Paulo - BR Plataforma AR

The project aims to create a space that radiates vitality and supports multiple activities, reinterpreting the building of the Technological Park of Sorocaba. To do so, the proposal is inspired by the circular design as an echo of the existing architecture, to configure and qualify the external spaces like an oasis.

The proposal aims to be both highly technological and sustainable, developing two different approaches: the implementation of a permeable canopy and the creation of an elegant skin to the facade. This is achieved by the use of efficient materials, modern construction processes and a strong dialogue with ecology.

The garden roof claims the ground as a place of connection between people. For this purpose, the horizontal plane, perforated in several points, extends across the front of the building, providing shaded spaces and furniture, in addition to a stage and water fountain.

The external area extends through the interior of the hall with the proposal of a lounge for the gallery.

The new facade promotes a thermal buffer space with the presence of photovoltaic panels and vegetation, filtering light and preventing overheating. It aims to provide energy, renew the legibility of the building and also bring people closer to nature.

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SOROCABA TECHNOLOGICAL PARK

Conceptual Strategy

The actual axis

Axonometric View

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The circular shape represen equa

ntating the comunity and the ality

A circular infraestructure that conform a social garden for the building

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SOROCABA TECHNOLOGICAL PARK

Floor Plan

01

02

05

06

07

11

04

12 13

10

36

N

01 - Axis Entrance 02 - Path 03 - Relax Area 04- Stage 05 - Amphitheater 06 - Lake 07 - Bike Stop 08 - Pavillion 09 - Garden 10 - Faรงade Protection 11 - Parking 12 - Reception 13 - Living

09

03

08

13

10

0

5

10

20m

37

SOROCABA TECHNOLOGICAL PARK

Faรงade Detail

RainWater Reuse .50

1.10

.20

Photovoltaic panels to produce energy

2.10

.27

1.70

Solar Protection

.27

Modular Construction System Vegetation to control and reduce the warming

2.14

.25

2.10

3.525

0.000

CORTE DE FACHADA

ESCALA 1/50

Perspective Section

38

Square -0.02

Faรงade View

CORTE PERSPECTIVADO

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SOROCABA TECHNOLOGICAL PARK

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Garden View

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AGORA TECH PARK MASTERPLAN Competition Area 48.000m² Localization: Sorocaba, São Paulo - BR AGENCIA TPBA

How to project the future image of an architectural ensemble that should represent the identity of a technology park without having control over the designs of most of the buildings that will be built on the site? In a gesture of unification, the first act of this project is to establish the framework that demarcates an interior territory formed by the combination of different aspects existing in the site, such as the interfaces with neighboring industrial warehouses and the lush forest reserve. In a second moment, this frame initially conceived as a borderline acquires thickness becoming a circulation gallery built in a modular metallic structural system. This gallery, in addition to playing the role of collective infrastructure for circulation and distribution of the mechanical network of the set, regulates the growth of the masterplan while ensuring a unified and comprehensive picture of the technology park – thought to be formally complete in all three of its planned construction phases. To preserve the natural existing forest, the gallery is the infrastructure where all the buildings needs to plug. This action, in addition to preserving the existing nature, means that the gallery can be endowed with great flow and urban dynamics, creating a dialogue with the greek stoa, where the comercials and socials activities happened in old Greece.

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43

AGORA TECH MASTERPLAN

Conceptual Strategy

The main Building in the corner to evokes a new urban dynamic in the plot

Now the gallery assumes a new strategy of "plug in play" for the buildings. The buildings activates the gallery and creates an urban façade

TIPO 01 3600m²

TIPO 02 3000m²

TIPO 03 2400m²

TIPO 04 2250m²

TIPO 05 25~50m²

GALERIA

Fase 01 - 10800m²

Fase 01 - 3000m² Fase 02 - 3000m²

Fase 01 - 7200m² Fase 02 - 5200m²

Fase 01 - 1125m² Fase 02 - 1625m²

Fase 01 - 675m² Fase 02 - 450m²

Fase 01 - 2238m² Fase 02 - 1419m²

Total 18000m²

Total 6000m²

Total 12400m²

Total 2750m²

Total 1125m²

Total 3657m²

02 - 7200m² TypologiesFase Buildings

3.50m 3.50m 3.50m 3.50m 4.50m

The typologies of the buildings aimed to dialogue with the current rules and standards of the city, respecting the maximum high for the buildings. As a premise, all buildings need to connect with the gallery, having their access through it. This will allow the gallery, in addition to infrastructure, to conform as a space for socials exchange.

44

The gallery works as an urban infrastructure where the community can meet , being support for social activities. The gallery has as start point the greek stoa, where the community usually did socials and comercials changes.

Masterplan

45

AGORA TECH MASTERPLAN

Phasing

Phase 01: Construction of the headquarters building on the corner of the land in order to stimulate and empower new entrepreneurs

Phase 02: Is suggested that the part of th ment be built to better structure the publ

Masterplan Zoom 46

he project has public and sports equiplic space for common use.

Phase 03: Build the second block of buildings, to provide a parking lot that borders the gallery and trails with places to stay in the forest.

Outdoor Area 47

AGORA TECH MASTERPLAN

+10.50m

+4.50m

Axonometric 48

+15.00m

Typical Faรงade

Interior View for the Main Building 49

CLASSE SCHOOL

Competition Area 5350m² Localization: Brasilia, Brazil - BR AGENCIA TPBA

Contemporary children's education emphasizes the use of didactic spaces beyond the traditional classroom – flexible and open spaces where students can reflect and discover the world through their observation and interaction with the environment. The proposed building is spatially structured in a single level through a series of internal perimeters merged between enclosures covered and uncovered in an equal amount of area. This spatial strategy conforms to the school a set of sensory experiences. A sequence of spaces, open and closed, green and mineral, varying between playgrounds and educational gardens, classrooms, and multifunctional spaces.

The project can be read as an archipelago of diverse situations formed by a set of internal enclosures delimited through a system of galleries, characteristics that will provide to the future building its distinct architectural character. A school project that seeks to stimulate the curiosity and interaction between students of different ages, and the possible contribution of architecture to the formation of collective and shared learning.

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51

CLASSE SCHOOL

Site Plan

52

The differents Uses The project organization is based on the subdivision of the Classe School program into thirteen small-scale ground blocks consisting of: classrooms; laboratories; multipurpose rooms; administration / pedagogy; technical kitchen and service areas; collective spaces for recreation, sports and meals. From the entrance, the program is distributed first by the most public and collective functions, leaving the classrooms reserved at the bottom of the plot.

The Constructivity For the economy of the work, the project defines prefabricated construction systems and simple maintenance. Projected on a modulated structural with dimension of 1.25 x 1.25 m, the buildings will be constructed in structural masonry, while the circulation gallery system, the covered patios and the sports court will have roofs in metallic structure.

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CLASSE SCHOOL

Ground Floor

01 - Bus Stop / 02 - Entrance/ 03- Bike Stop / 04 - Hall / 05 - Security / 06 - Office / 07 - Teachers Room / 08 -Kitchen 09 - Administration / 10 - Pedagogic room / 11 - Bathoom / 12 - Meeting room / 13 - Support / 14 - Learning Support / 15 - Supervisor / 16 -Special room / 17 - Coordinatior / 18 - Director / 19 - Vice-Director / 20 - Copy / 21 - Lab / 22 - Staff / 23 - Outdoor Patio / 24 - Indoor Patio / 25 - Info Lab / 26 - Multiuse room / 27 - Sport Court / 28 - Refectory / 29- Kitchen 30 - Kitchen Deposit / 31 - Food Process / 32 - Gas station / 33 - Bath / 34 - Music room / 35 - Theather room / 36 - Support room / 37 - Support Room / 38 - Arts room / 39 - Science Lab / 40 - Study room / 41 - Playground / 42 - Vegetable Garden / 43 - Patio / 44 -Library / 45 - Multimedia room / 46 - Archive / 47 - Locker room / 48 - Service 54

Acesses and Circulation The rooms were arranged in a spatial / structural grid of covered galleries formed by rectangular modules measuring 17.5x12.5 m where the entire circulation of the school takes place. The gallery system provides a type of circulation that does not form closed corridors. An interactive walk through the different courtyards and classrooms. The main access is located on the faรงade of Rua 03, where the option of semi-grounding the building allows pedestrians to be entered on the same level as the sidewalk.

Topography The slight diagonal slope (northeast x southwest) of the land ends up generating a difference in level of about 4 meters between the eastern and western ends of the lot. In the search for a constructive simplification of levels and for a basically single-storey school, a level plateau in the intermediate level of the topography is created from the movement of the existing terrain. The school's large ground floor results in a space with easy access and circulation for students of all age groups.

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CLASSE SCHOOL

01 - Cobogรณ Wall 02 - Venetian Glass Window System 03 - Metal Structure 04 - Exhaust shutter 05 - Cross Ventilation Sheds 06 - Structural Masonry Walls with White Paint

01 - Cobogรณ Wall 02 - Venetian Glass Window System 03 - Metal Structure 04 - Exhaust shutter 05 - Cross Ventilation Sheds 06 - Structural Masonry Walls with White Paint

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Study room Rendering

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CLASSE SCHOOL

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Axonometric View

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OSASCO PEDESTRIAN MALL Competition 3rd Prize Area 8400m² Localization: Osasco, São Paulo - BR Plataforma AR

The proposal for the Osasco pedestrian mall revisits the latent issue for decades of transforming the potential area into an archetype of open-air commercial mall. In addition to boosting demand for the offer of products and maintenance of the Osasquense commercial center as one of the largest in the sector, a space that responds to the main current concerns, such as environmental and climate issues, accessibility, equitable use and flexibility, in addition to comfort and the role of pedestrians who circulate on the daily route is motivated by commercial interests or simply because of the need for mobility and even leisure and cultural issues. Through the analysis and understanding of these different flows, we arrive at a light and modular structure for the roof, which facilitates its construction, assembly, replicability and expansion. Using the axis of the coconut palms on the sidewalk as a spatial structure, this large white structure behaves like a portico with a slender metallic profile, which does not hinder the movement of people and allows the eventual entry of vehicles, since it takes advantage of the alignment of the coconut palms to position the structure, keeping the edges and the center free for circulation, and making the roof completely independent from the facades. The project applied different types of roofs, in differents scales to allow differents possibilities for the city.

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OSASCO PEDESTRIAN MALL

Constructive Phasing

Underground Infrastructure and Path

Metalic structure working as a light pole

Roof Installation 62

Osasco Pedestrian Mall during day

Osasco Pedestrian Mall during Night

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OSASCO PEDESTRIAN MALL

New Design for the streets near the Pedestrian area

Entrance area for the Pedestrian Mall 64

Square in front of Osasco's Shopping Mall

Square in front of Osasco's Shopping Mall 65

OSASCO PEDESTRIAN MALL

Perspective Section

03 01

02

07

08

09

01 - Metal Beam Section "I" 250x450mm and white painting / 02 - Metal Mesh 250 x 500mm with whit recessed lighting and white electrostatic painting / 05 - Thermoacoustic roof / 06 - Metalic roof gutter for people with reduced accessibility / 09 - Drainage system 66

04

06

05

te electrostatic painting / 03 - Metal support for the metalic mesh / 04 - Pillar with "I" section with / 07 - Metal Beam 100x150mm wirh white electrostatic painting/ 08 - Cement floor with Tactile floor

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RIBEIRÃO PRETO CITY HALL

Competition 3rd Prize Area 40.000m² Localization: Ribeirão Preto, São Paulo - BR Plataforma AR

The new Ribeirão Preto City hall aims to promote and enhance the relation between the government and the city, creating a new public space for its citizens to improve the community engagement and their quality of life.

The project has a democratic approach and intends to build a precinct where civility and transparency can flourish as fundamental principals.

With an open ground floor, the building is an extension of the public real, inviting the passer-by to explore the entire floor with its various zones. All departments are located on upper floors, clearing the ground of the bureaucratic and restricted uses.

The central core of the building functions as a large dynamic space that allows the continuity of the civic square to the interior of the building, connecting all floors through a large void covered by a skylight, which brings unit to the entire project.

The Portuguese stone floor reinforces the legibility and continuity of the civic square towards the atrium, until it reaches the gallery, which connects the public spaces to the leisure zone. This path, which passes through the foyer, auditorium, amphitheatre and sports hall, is configured as a fluid promenade that spreads itself and welcomes everyone.

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69

Conceptual Process

Preserve the forest and activate the corner

Create a civic Square in the front that spreads inside the building

Horizontal volumetry with a powerfull hall where everything can happen

The building as an unity, comunicating with the landscape design 70

Site Plan

71

Ground Floor Plan

AVENIDA CAVALHEIRO PASCHOAL INNECHI

01 - Civic Square 02 - Hall 03 - Integrated Service 03.1 - Set Password 03.2 - Computer and Selfservice 03.3 - Waiting room 03.4 - Service Desk 04 - Protocol 05 - Archive 06 - Living Room and Kitchen 07 - Warehouse 08 - Emergency 09 - Public Bathroom 10 - Maintenance room 10.1 - Locker Room 11 - Garbage 12 - Patrimonial assets 13 - Training room 14 - Vertical Circulation 15 - Stores 16 - Restaurant 16.1 - Kitchen 16.2 - Storage 16.3 - Baths 17 - Library and Kids Space 18 - Bank 19 - Food Court 20 - Bike Rack - 90 Bikes 21 - Taxi Stop 22 - Parking - 210 cars - 30 motorbikes 22.1 - Loading and Unloading terminal 22.2 - Car Stop 22.3 - Cleaning area for cars 23 - Urban Foyer 24 - Auditorium - 500 people 25 - Amphitheater 26 - Covered Path 27 - Multisport Court

C

A

07 06 08

B

09 09

A 14

C

B

03.4

03.

D

20

C

01

72

02

03

E

27

D

27.1

27.1

22.3 26 25 -0.90m

22 -2.00m

24.1

24.2

22.2

22.1

24 0.00m

23

reservatรณrio inferior

10

11

12

15

15

15

13

10.1 02

05

04

15

16.2

16.1

16.3

A

16

19 14

17

03.1 02

03 0.00m

.3

B 18

03.2

01 0.00m

D

E

21

04

05

06

07

08

09

10

11

12

13

VIA COLETORA

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RIBEIRAO PRETO CITY HALL

Possibilities for the Civic Square

Espontaneous Activities (Meetings, Sports)

City as an event (Shows, politics Events, Movies)

Popular Markets (helps the local economy)

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The ground floor as a continuity of street, as a space of discusion and social sharing. In this project the ground floor is the heart of building, in the ground floor everything happen and everything can happen.

The ground floor represent the diversity, the possibilities, the city as a image for equality

Hall

75

A

B

A

B

A

D

C

B

15.00

15.00

First Floor Plan

15.00

76

25.00

A

01

01

15.00

15.00

15.00

28

+6.00m

30

15.00

04

04

15.00

15.00

05

05

15.00

15.00

06

43

06

D

03

03

C

15.00

29

29

15.00

D

02

35

02

D

C

C

15.00

36

15.00

07

07

15.00

15.00

08

08

15.00

15.00

09

09

31

44

15.00

15.00

10

37

10

25.00

E

E

+6.00m

28

25.00

E

11

11

38

17.50

32

17.50

45

12

39

12

17.50

34

33

17.50

40

13

13

A

B

A

RIBEIRAO PRETO CITY HALL

Second F

B

A

B

D

C

B

A

D

C

25.00

15.00

15.00

25.00

15.00

Floor Plan

Third Floor Plan

77

01

15.00

15.00

04

15.00

05

15.00

C

51

51

56

50

+14.00m

52

D

06

D

C

03

47

D

15.00

41

+10.00m

C

02

42

42

57

15.00

07

15.00

48

58

08

53

15.00

09

59

15.00

10

E

50

+14.00m

25.00

E

E

41

+10.00m

51

51

11

17.50

49

60

55

54

12

17.50

46

13

B

A

B

78

-2.00m

5.85

.90

-2.00

1.10

4.30 21.50

8.00

+6.00m

8.90

6.90

5.70

3.50

+10.00m

5.58

4.00 4.00

+14.00m

2.00 3.60 .40

4.00

5.85

5.58

2.00 3.60 .40

-2.00

2.00 3.60 .40

6.00

18.00

-2.00m 2.00 3.60 .40

6.00

18.00 4.00

4.00 4.00

1.00

RIBEIRAO PRETO CITY HALL

+18.00m

+14.00m

+10.00m

+6.00m

+18.00m

3.50

+18.00m

21.50

18.00

+14.00m +10.00m +6.00m

2.00

+0.00m

18.00

+18.00m +14.00m

6.00

+10.00m

4.00

4.00 4.00

Transversal Section

+6.00m +0.00m

Longitudinal Section +18.00m +14.00m +10.00m

3.50

1.00

+6.00m

+18.00m

21.50

18.00

+14.00m +10.00m +6.00m

2.00

+0.00m

+18.00m +14.00m +10.00m

3.60 6.00

6.05 .90

3.50

Longitudinal Section +18.00m +14.00m 21.50

8.00 4.30 5.70

6.95

+6.00m

+10.00m +6.00m +0.00m

79

CESSO PÚBLICO

ACESSO OFICIAIS

ACESSO OFICIAIS

RIBEIRAO PRETO CITY HALL

AC ES ACE SO SE RVI SSO ÇO OFI CIA IS

Exploded Axonometric

80

Entrance Rendering

81

2020

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Roger Peicho / r.peicho@hotmail.com