ARC H IT ECT URE PO RT FOLIO
C AMBI REBECC A
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CAMBI REBECCA
Autocad
PERSONAL INFOS
EDUCATION
Phone +39 3409753568 Mail cambirebecca@gmail.com Date of birth 13/04/1996 Nationality Italian
2015 - 2018
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Young architect with a strong belief in the wherewithal architecture have on a spatial, ecological, cultural and social level. Supporter of the balance between sustainability and innovation applied to architecture. Passionate wanderlust with a strong experience in working with people of different cultures and in different locations around the world. Designer using people as the source for a better architecture. LANGUAGE SKILLS Italian native language English (IELTS 7 - C1)
Bachelor Degree at Scuola Politecnica dell’Università di Genova
Science of architecture - Architecture and Design department Graduated with honors
2016 - 2018
Student at STS specialising in ISSUGE School
2018 - 2021
Master Degree at Politecnico di Milano
10/2020 - 11/2020
Interniship at Bonanzinga srls
ISSUGE collects the best students of the University of Genoa to train them with extra-curricular lessons and exams. AUD Department - Architecture and Urban Design
INTERNATIONAL STUDENT 2017 - 2018
Erasmus+ student at Fernando Pessoa University of Porto
2019 - 2020
Double Degree Student at Tongji University in Shanghai
EXTRA-CURRICULAR ACTIVITIES 11/2016
Urbanism workshop in Venice + Biennale of Venice
11/2016
Urbanism workshop in Pontremoli
Lectures and exploration of Biennale and Venice with final project Lectures and exploration of Pontremoli with final project
06/2018
Marsception
09/2019 - 01/2020
Workshop - Urban Design for all ages
01/2021 - 04/2021
Green Building specialistic course at Europ.Education
Competition by Volume Zero Lectures and design project under supervision of Naoki Tominaga of Nihon Sekkei Leader of a three members group
INDEX
Inifity loop 1-2-3
Cultural sprawl
Porto - 2017
Circle of life
Porto - 2017
Shanghai - 2019
Shanghai - 2020
Multi-hub Shanghai - 2021
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Zen-tea Shirakawa-cho - 2018
Garden village Qingsha village - 2019
Oasis Dubai - 2021
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In ‘n out Yazd - 2019
Green vein Yazd - 2019
Unravel Mafalala Maputo - 2018
Kids on top! Jorn house museum Albissola - 2016
Neogenesis Green valley - 2018 Mars
04
By the sea Genova - 2017
Piazza Castello Taranto - 2020
Savona - 2016
Wall game Albissola - 2016
Re-form Milan - 2018
Community shell Padang - 2016
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09 06
COMMUNITY SHELL PREVENTING IS BETTER THAN CURING SITE PADANG, SUMATRA, INDONESIA YEAR 2016 PARTNERS BOASSO, LOMBARDINI The situation proposed by the studio is an emergency caused by tsunami, heartquake or flooding. After choosing the “tsunami” scenario, we were assigned Padang as the location, often victim of this calamity. Our design deals with the pre- and posttsunami scenario by giving to the local people a shell building which can protect them before and function as a shelter after the tsunami. It deals with private and public space in a sustainable and low-cost construction which can be produces in different locations all around the coast of Padang.
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The wide open front to the south and the absence of fixtures (with the using of solely curtains) was driven by Sumatra’s arid weather. The moving parts are not just in their integrity, because the single walls with their cover are movable. Everything works manually, without electricity devices, because the walls lay to a row of wooden rolls. Height of previous tsunami of the zone = 9m. Lot of the project = 10m above sea level. Actual livable scape = 4m upon the lot with an AA.R.D. concrete palafitte and with a foundation of embedded pillars.
living room
flexibl space
kitchen
bathroom
wooden rolls
bedrooms
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3
NEOGENESIS A STEP TO THE FUTURE SITE GREEN VALLEY, MARS YEAR 2018 PARTNERS SENATORE Designed as a space base for five scientists in Mars, Neogenesis arises as the birth of a new life in the inhospitable planet, following the cellular process of mitosis. Located in the Green Valley, the richest area of glaciers of the Red Planet, the base is composed by three structures divided by function: research and living area, water and energy production and farm.
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Solar panels 3D PRINTED PANELS With regolith-based mixture
PRIMARY STRUCTURE Brought from Earth and assebmbled on site
GROUND LAYER Regolith covered
Underground storage
MARS operative module + residence + gym + infirmary + kitchen + storage
FOBOS Hydrophone farming system for medical and commestible herbs produciton
DEIMOS storage + 3D printers + oxygen production + energy trasformers + water tanks and production +
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GREEN VILLAGE REVALUATION OF A HISTORIC VILLAGE SITE QINGSHA, DONGGUAN, CHINA YEAR 2019 PARTNERS SOLO PROJECT IN A GROUP PROJECT WITH SENATORE The existing part of the village near the Clan Hall is currently unusable and the studio aims to redesign the entire area. This is how Green Village was born, and inside of it, the nearest residential area to the Clan Hall. Tradition, sustainability and innovation are key elements in this design to create a balance with the existing fabric and the historic buildings.
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D C A
B
Section A 1:1000
Black tiles roof
Section B 1:1000
Color palette resemble the clan hall roof, but they are made of light concrete. High resistance to fire, impermeability, and insulation.
Cross-lamenated timber (or CLT) residential function inside the block
Section C 1:1000
Strength to support more weight than general wood. Lighter, quicker to assemble, fire resistant, earthquake resistant, natural storage of carbon, sustainable source. Section D 1:1000
Concrete retail funciton inside the block
The main focus was to resemble the color of the clan hall clay, but changing the material in a more resistant and durable one.
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Public courtyard
Semi-public courtyard
Semi-private courtyard
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ZEN - TEA TRADITION IS INNOVATION SITE SHIRAKAWA-CHO, GIFU, JAPAN YEAR 2018 PARTNERS KANG, QIU The aim of the project is to enhance the turistic and cultural fields of the village of Shirakawa-cho which with the possibilities of bigger cities is getting depopulated. My group’s design focused on the student’s dorms, the workshop facilities and the local experience facilities. Personally I dealt with the last one, as its role as a bridge from the new school and the existing population is strong and the key to joining the two worlds. The design takes advantage of the village’s production of tea and wood for function and structure to create a teahouse which jumps from traditional cerimonies to workshops, which feels local for the residents but can also be attractive to tourists.
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03 CONSTRUCTION PROCESS
10 HVAC SYSTEMS
03 CONSTRUCTION PROCESS 03 CONSTRUCTION PROCESS 04 PLANS_4.2 PLANS
03 CONSTRUCTION PROCESS
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06 SECTIONS
4 4 SECTION B 6
4 SECTION A
4
10
8
OASIS SUSTAINABILITY IS INNOVATION SITE DUBAI, UNITED ARAB EMIRATES YEAR 2021 PARTNERS ANTOINE, BLAGOTIC The project for the specialistic course of Green Building aims to create a sustainable building in the Arabic environment. The mixture of passive techniques such as massing, ventilation and shading, and active techniques such as water cycle, solar panels and geothermal pumps, help to lower the impact on the energy consumption of the building. Still, the sustainable approach is found in the contruction site organization that is minimized by choosing local materials that are quickly producable and by prefabrication.
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2 bedroom 96 sqm studio 43 sqm
1 bedroom 60 sqm
No shading
Vertical moving shading
No openings
Vertical moving shading
studio 35 sqm
2 bedroom 85 sqm 0 floor
2 bedroom 96 sqm studio 43 sqm
1 bedroom 60 sqm
studio 35 sqm
2 bedroom 74 sqm 1 floor
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ACP sheetsBeige coating with high solar reflective index (SRI - 93) 100x100mm
ACP sheets ACP (Aluminium Composite Panel) sheets are made of recycled materials.
1,5%
Vertical brise soleil ACP sheets 100x18x2 cm Beige coating with high solar reflective index (SRI - 93) Rotation of panels through their axis
From outside to inside: Grass Erosion control layer 2mm Earth 100mm Filter fabric 3mm Root barrier 5mm Moisture-retension layer 40mm Waterproof membrane 5mm Thermal insulation - EPS 100mm Noise insulation 5mm Sundeala board 200mm Gypsum board 6mm R value - 4.2 (m2xK)/W Up to down: Ceramic tiles 12mm Gypsum board 6mm Pipes 90mm Noise insulation 5mm Thermal insulation layer 10mm Sundeala board - 100mm Gypsum board 6mm
Steel structure Outside to inside: Rammed earth 200mm Thermal insulation - EPS 100mm Rammed earth 200mm R value - 3.17 (m2xK)/W
Up to down: Ceramic tiles 12mm Gypsum board 6mm Pipes 90mm Stone footing 100mm Insulation - EPS 100mm Vapour barrier - compact sand 300mm Compact gravel 300mm
Metal flashing Protection board 150mm Superseal membrane drainage mat Expanded Polysterene rigid insulation (R-20) 100mm
Earth
Rocks Gravel layer 800mm
recycled: aluminium polymer minerals
minimum 30 years
45 kg CO2 - eq./m2 (data for a PE composite panel)
Gypsum board 6mm Sundeala board 50mm Gypsum board 6mm
Sundeala boards Rigid recycled minimum cellulose paper and 25 years product made cellulose from recycled materials paper
6 kg CO2 - eq./m2 (data for a board of 12mm thickness)
Rammed Earth Traditional method, recently viewed as sustainable, which consists of a damp mixture of subsoil.
sand earth chalk gravel stabilizer
minimum 60 years
30 kg CO2 - eq./m2 (concrete 190 kg CO2 - eq./m2)
Plinth foundation: Geo-fabric wrap Concrete footing
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WATER SYSTEM greywater + blackwater
Ceramic tiles Made of clay that has been fired in a kiln. Can be made using coal, natural gas or diesel oil, where the most sustainable is natural gas
clay water silica limestone
minimum 75 years
local stone
minimum 50 years
FM: multi-stage filter + activated carbon UF: primary filter + ultrafiltration UV: UV rays disinfection S: storage
17 kg CO2 - eq./m2 (production by natural gas)
Natural stone tiles Come from large pieces of rock, cut and sliced into slabs to be polished, and then they are finally cut into tiles.
3 kg CO2 - eq./m2 (when using local stones) HVAC SYSTEM
Sandstone tiles The proccess, similar to the natural stone tiles, use stones made from aggregation of sand.
sandformed stones
minimum 50 years
3 kg CO2 - eq./m2 (when using local stones)
Aluminium Aluminium is the strongest and most durable material, easy to clean and maintain. Moreover, the aluminium used can be recycled and recyclable.
Recycled aluminium
minimum 30 years
9 kg CO2 - eq./m2 SOLAR SYSTEM
Hard Coat Low-E Insulated Glass and Aluminium frame Minimize the amount of infrared and ultraviolet light, without minimizing the interior illumination.
Emissivity SHGC Reflectance R-value
recycled aluminium glass
minimum 15 years
29 kg CO2 - eq./m2
Hard Coat Low-E Insulated Window
Normal Double Glazed WIndow
0.02 0.30 70% 3.50 (m2 x K)/W
0.95 0.70 40% 2.00 (m2 x K)/W
Solar panels situated on the roofing of the green roof is used to provide the building of us much energy as possible.
The lighting of the building uses 150lux and 2700w. In common areas the lighting is controlled by a time-control system and sensors, to avoid the waste of energy.
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MULTI-HUB ARCHITECTURE GUIDING SOCIAL BEHAVIOUR SITE SHANGHAI, CHINA YEAR 2021 PARTNERS SOLO PROJECT In the middle of a residential and commercial neighbourhood of an ectic megacity such as Shanghai, the site stand between traditional old architecture and new high-ride buildings. The lost sense of community of the locals defines the project and its purpose to create a social hub of different activities that attarcts people of different age, social background, etnicity and gender. The multi-functional and multi-purpose design aims to be active all day between the buildings and the park. The visual of the site tries to keep the palette and textures of the overall neighourhood but including newer technologies and techniques.
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Co-working Office
Exhibition hall
Children education
Student’s dorm
Library
Gym Sport fields Rehabilitation centre
Sport shop
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Sport building
gym
Rehabilitation centre Sport fields’ office
Sport shop
fields
fields
Sport shop
0 floor
1 floor
0
5
10
15
17
Students’ dorm
0 floor
1 floor 0
5
10
15
18
Cultural building Exhibit
ion ce
ntre
Librar
y
0 floor
Exhibit
ion ce
1 floor
ntre
n
ucatio
en ed Childr
0
5
10
15
19
Office building
20 0
5
10
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CULTURAL SPRAWL CULTURE BECOMING THE GLUE OF A FRAGMENTED NEIGHBOURHOOD SITE SHANGHAI, CHINA YEAR 2020 PARTNERS SENATORE, LU
The title “Cultural Sprawl” aims to rehabilitate the negative term used for a specific urban phenomenon by assimilating it to a positive spreading of cultural facilities and identity awareness. The designing project starts with the selection of the areas affected by most issues emerged from analysis and interviews, but also adequate as intervention sites. The intervention is divided in areas according to three main focuses: Cultural industry, Commercial expansion and Housing improvement. The “action-plan” is coordinated in three different work-phases and the interventions are organized on three different level of action: Public, Semipublic and Infrastructure system.
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02
STREET TYPOLGIES_THE ANALYSYS_
02
STREET TYPOLGIES_THE ANALYSYS_
Protected areas Heritage buildings
Green areas
Street analysis
Subway system
Private use Public use Commercial_touristic Cultural_touristic
5 floors 5 < floors < 10 < 10 floors
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THE STRATEGY_
INFRASTRUCTURES Improvement of infrastructure organization and safety Focus on slow-speed movement, WKURXJK WUDIÀF OLPLWDWLRQV DQG pavement re-design punctual intervention to organize parking and circulation, improving people safety
SEMI-PUBLIC SPACE Improvement of the intermediate area between public and private space, working on the old residential block entrances Providing a better quality for the outdoor environment, where the indoor space is lacking Introducing small activities in residential areas as tool of selfsustainment
PUBLIC SPACE Creation of a net of public spaces spreading along the urban fabric, establishing new activities hub for local and foreign users. Design of multi-functional environments and interesting temporary installations. Involvement of the local community in the organization of social and cultural activities in those areas.
FOCAL POINT Where we mean to make something happen to rethrive the street and the place
PHASE II_economical hub
Events
Exercise Dancing
Projections
Playing
Literature
Literature
Movies
Working
Writing
Singing
PHASE III
PHASE II
PHASE I
PHASE I_cultural hub
PHASE I Policy adjustment Cultural economy Development Public participation
PUBLIC LIFE CULTURAL ECONOMY
PHASE II Business benefit Cultural economy Development
COMMERCIAL BLOCK OFFICE HOUSING
PHASE III Tax back Housing condition Neighbourhood life Public participation
UPDATE HOUSES SEMI-PUBLIC SPACE
Working on Infrastructure: An example of intervennon is the street right in front of Hongkou stadium, which is quite important for posiion and dimension, and yet porely organized and used: - Extension of the public accessibility on the ground floor of unused building and creaang a link with the internal parts of block; - Working with level and steps to shape the slow-traffic space, in order to beeer orgnize the movement of different kind of users.
STEP I
STEP II
STEP III
PHOTOGRAPHY LIVING THE WORLD OD YESTERDAY AND TOMORROW
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