MARTA DATURI Architecture portfolio
2020
MARTA DATURI
2
Date of birth
24th May 1995
Nazionality
Italian
Mobile
+39 333 465 1915
marta.daturi01@universitadipavia.it
Skype
martadaturi
www.linkedin.com/in/martadaturi
CURRICULUM VITAE EDUCATION 2014 - 2019
Università degli Studi di Pavia
5 years Master’s Degree in Building Engineering and Archietcture Pavia, Italy
The master of science programme in Building Engineering and Archietcture prepares a senior Building Engineer with interdisciplinary scientific and technical background and skill suitable to work in the field of design, construction, refurbishment and management of large, complex and high performance buildings. Sep 2018 - Jul 2019
Tongji University - CAUP
Master’s Degree in Archietcture and Urban Planning Shanghai, China
The Double Degree in Building Engineering and Archietcture between the University of Pavia and the Tongji University of Shanghai is an educational path that offers participants the title of MSc in Building Engineering and Architecture with EU recognition and MSc in Architecture with Chinese recognition. This program offers an international educational experience with the opportunity to get in touch with the culture and the world of the Chinese profession. Since 2010, the University of Pavia and the Tongji University in Shanghai have signed an agreement to activate a double-title program between the “Single cycle degree course in Building Engineering-Architecture (Class LM-4 cu)” held in Pavia and the “Master of Architecture” (Shuoshi) from Tongji University. The program cover the last 2 years of the Italian course and is carried out entirely in English, providing for the attendance of the 4th year in Pavia and the 5th in Shanghai where the final thesis project is also presented. Sep 2019 - Dec 2019
Brno University of Technology - FAST
2009 - 2014
Liceo Scientifico “Lorenzo Respighi”
Period of study abroad with ERASMUS+ program - Faculty of civil engineering Brno, Czech Republic
International High School Diploma Piacenza, Italiy
PRACTICAL EXPERIENCES Feb 2019 - Jul 2019
Undergraduate researcher
D&I College of Design and Innovation, Tongji University Shanghai, China
Researcher at the Environmental Futures Lab, College of Design and Innovation, Tongji University. Task: mapping cities using QGIS software and satellite images, working on postproduction and representation of the data and on the layout for the publication. The research “Mapping BRI” has been selected for SUSAS 2019 (Shanghai Urban Art Season 2019). Feb 2018 - Jul 2018
Student tutor
Università degli studi di Pavia Pavia, Italia
Student tutor of the course “Composizione Architettonica 1” within the degree in Building Engineering and Architecture of University of Pavia held by the Professor Luigi Trentin.
WORKSHOPS Sep 2017
Patrimonio Arquitectónique Fuente de Nueva Arquitectura Universidad Central de Chile Santiago, Chile
Participation in international seminar on architectural design “Patrimonio Arquitectónique Furnte de Nueva Arquitectura” in Santiago (Chile), in collaboration with Università di Cagliari, Università di Pavia e Universidad Central de Chile. Apr 2017
Building Commun(c)ities
Arcò Studio, Associazione Revularia and Collettivo Praxis Piacenza, Italy
Participation in “Building Commun(c)ities”, a seminar on architectural design held in Piacenza (Italy) and organised by architect Luca Trabattoni (Arcò Studio), in collaboration with Associazione Revularia and Collettivo Praxis, on the subject of itinerant micro architecture.
OTHER SKILLS DIGITAL
AutoCAD Microsoft Office Imovie QGis
Photoshop Indesign Illustrator Lightroom
LANGUAGES
Italian English Spanish French Chinese
PERSONAL SKILLS
Team work Adaptation
DRIVING LICENCE
B
SketchUp Autodesk Revit AutodeskFlowDesign Agisoft PhotoScan Architectural composition DIY
1
2
CONTENT Pag 4
STUDY AND APPLICATION OF LIVING ROOFS AND WALLS: design of a new green headquarters for the Letaron Company in Dongguan. Dongguan, China
Pag 12
8H - AN UNDENIABLE RIGHT (MUSA) Urban module for accessible services Pavia, Italy
Pag 18
EXODUS MI Voluntary prisoners in Porta Genova Milan, Italy
Pag 26
NEW IDENTITY FOR PORTA NUOVA Reuse project of the old town gate Verona, Italy
• Hand made paper model
3
01
STUDY AND APPLICATION OF LIVING ROOFS AND WALLS: Design of a new green headquarters for the Letaron Company in Dongguan. Dongguan, China
MASTER THESIS DESIGN WORK | OFFICE BUILDING
The final result of this research work is the application of one or more of the technologies analyzed during the research phase (mainly green roofs and walls), for the purpose of designing the new headquarters for the Letraron Company in Dongguan. In December 2017, the company purchased a formally abandoned piece of industrial land in the city of Hengli town in Dongguan, Guangdong. Since the location lends itself perfectly, from an ecological and climatic point of view, to the intent of this research the researcher has developed a project proposal for the creation of an eco-compatible and sustainable campus, with functions such as offices, research, communication, showroom, library, canteen and cafe. The idea of the project stems from the main desire to develop a unique building capable of giving a good image of headquarters for the company.
• Bird view over the terrace | external view of the building
4
5
This building, as a consequence of the climatic analysis and the geographical position of the site, took on a shape that could favor the shading of the facades, reducing to the minimum the south exposure, and the creation of shaded areas thanks to the presence of patios and protruding terraces. For the interior, it has been created a large open space that guarantee good lighting and air circulation. Open-space buildings enjoy the ability to illuminate natively (sunlight) all environments, if they have been designed and arranged appropriately. In addition, the unique environment offers the possibility of exchanging air between the north and south fronts (thanks to the different pressure created between hot and cold air) allowing a natural air circulation and allowing to reduce the energy consumption given by the use of climate control system. • Design strategies
6
7
• First floor view on the staicase | internal view
• First floor corridor | internal view
8
9
The building was designed to accommodate two green roofs, one above the third floor and one on the second terrace, and two vertical wall. Both horizontal green surfaces are light Intensive green system on a flat roof with artificial drainage layer. This choice was made in order to guarantee a good variety of plant species without incurring excessive irrigation or maintenance costs. The ground floor green wall is made with the same technology applied in the intervention on the Quai Branly Museum, made by the French botanist Dr. Patrick Blanc. The vertical system chosen for the facade of the first and second floors is inspired by the ZipGrow vertical farming solution used for the facade of the USA pavilion for Expo 2015.
• Facade system | Elevation
10
• FULL HEIGHT SECTION OF THE BUILDING 1. Steel L profile 2. Panel made of ecological fiber cement for ventilated facade system Green roof system 3. Drainage channel to drain rainwater from the flat roof 4. Metal structure to support the facade 5. Local grass and light vegetation 6. Soil substrate for vegetable crops 7. Geotextile filter layer (1,3 mm) 8. Artificial draining layer (sintered expanded polystyrene) 9. Root separation layer + Waterproofing layer 10. High Intensity Insulation Layer 11. Vapour barrier layer 12. OSB Infill panel 13. Slope layer (expanded polyurethane insulation supported with steel C profile) 14. OSB sandwich panel 15. Corrugated sheet (10cm high and 2.5cm thick) 16. Steel reticular beam 17. Ceiling panels supported by steel element Openable green facade system 18. Metal frame for openable facade 19. Vertical farming tower (ZipGrow) 20. Local grass and light vegetation 21. Soil substrate for vegetable crops 22. Steel Beam (IPE 500) 23. Vertical window with double glass (with thermal pocket) 24. Pin for opening the facade 25. Steel L profile Floor slab 26. Flooring system (wood panels) 27. Dry substrate with gypsum fiber board 28. Granular dry screed (KNAUF) 29. Brio slab dry laying layer (KNAUF) 30. Rigid polyurethane foam (KNAUF) 31. Glass handrail Green facade system 32. Sheets of polyamide felt with cavity for root growth 33. Rigid PVC Sheet 34. Horizontal metal tube scaffolding supporting the green wall 35. Vertical metal tube scaffolding supporting the green wall 36. Ground floor pillar (view) 37. Plasterboard sandwich wall with acoustic insulation 38. Water disposal well (precast concrete) 39. Rainwater collection tank 40. 41. 42. 43.
Underflooring screed (lightweight concrete) Waterproof insulation Layer Concrete casting + welded mesh Ventilated crawl space (IGLU’)
11
02
8H - AN UNDENIABLE RIGHT (MUSA) Urban module for accessible services Pavia, Italy
COMPETITION OPENED BY THE MUNICIPALITY OF PAVIA | URBAN HOUSING
The 8h project was born from the desire to respond to an important deficit in the city of Pavia: the lack of suitable structures to accommodate the homeless during the night. Daytime reception centers and Caritas located throughout the area complain that it is impossible to be able to offer a continuous 24-hour service to people in difficulty: after having assisted them during the day, they are forced not to be able to offer them a place to rest through the night, forcing them to sleep in some corner of the city. This problem is less evident in large urban centers as there are often structures specifically designed to offer accommodation to those people who do not own one or who no longer have the economic and social possibility of affording one. Starting from the evaluation of what are the primary needs of those who found themselves making the street their home, it has been proceeded with the design of an urban module that would provide a warm place to rest, toilets and a space to store personal objects.
• Container located in an urban green space | External view
12
13
For a faster and cheaper realization we have chosen to fit our design in the structure of a container. These, in fact, are made of cor-ten steel which guarantees excellent performance in terms of resistance to stress and corrosion caused by atmospheric agents (since they are designed to withstand long sea crossings). In addition, in order to guarantee the safety and healthiness of the products transported, the law obliges their disposal after 10 years of use, but at this point of their life the containers are still intact and perfectly operational and therefore easily recyclable. Using a structure with standard sizes (container ISO 244 x 259 x 610 cm) the module is easily transportable and, once the chosen location has been reached, it can be positioned without difficulty in the chosen green area. The stability of the module is then guaranteed by the self-leveling metal feet placed on the base.
14
15
CONTAINER SECTION: 1. Piedini autolivellanti regolabili 2. Pavimentazione flottante in lastre 50x50 mm in conglomerato cementizio 3. Pannello di chiusura vertiacle in alluminio 0.4x150x250 cm 4. Porta coibentata a scorrimento esterno 90x210 cm 5. copertura ribaltabile collegata al “modulo bagno� con cerniere
16
6. lamiera grecata propria del container 7. isolante termo-acustico in schiuma poliuretanica 50 mm 8. pannello in fibra di legno 2.8x221x100 cm 9. pannello in vetroresina 0.4x218x100 cm 10. finestra vasistas in alluminio 40x60 cm 11. porta scorrevole per cuccette in vetroresina 4x100x100 cm
12. pannello in vetroresina 0.4x217x100 cm 13. pannello in fibra di legno 0.4x217x100 cm 14. isolante termo-acustico in schiuma poliuretanica 70 mm 15. lamiera grecata sp.24 mm 16. pannelli di rivestimento interno in vetroresina sp.4 mm
17
03
EXODUS MI Voluntary prisoners in Porta Genova Milan, Italy
ARCHITECTURAL COMPOSITION COURSE | URBAN DEVELOPMENT | UTOPIA
This work is based on the development and application to the city of Milan of a utopian project, in our case the Rem Koolhaas Exodus project. Exodus proposes a walled city in a long strip, with tall barriers that cut through London’s urban fabric an intervention designed to create a new urban culture invigorated by architectural innovation and political subversion. “Division, isolation, inequality, aggression, destruction, all the negative aspects of the Wall, could be the ingredients of a new phenomenon: architectural warfare against undesirable conditions.”
Main architectural theme: - Berlin Wall structure - The Skyscreaper as a landmark - Rigid programmatic division - Constructivism theory
18
“The inhabitants of this architecture, those strong enough to love it, would become its Voluntary Prisoners, ecstatic in the freedom of their architectural confines.�
19
•Urban masterplan | Paper model
20
• Design strategies Wall
Function
Green space
21
•Urban masterplan | Porta Genova area, Milan
22
23
RESIDENTIAL TOWER ANALYSIS | functional division and example of a normal floor
FLOOR 1
GROUND FLOOR
UNDERGROUND
•Axonometric view
24
• Elevation of the residential tower
25
04
NEW IDENTITY FOR PORTA NUOVA Reuse project of the old town gate Verona, Italy
ARCHITECTURAL REUSE COURSE | REUSE OF A BUILDING
This work presents itself as a competition of ideas for the reuse and redevelopment of Porta Nuova in Verona. After the architectural survey and the proposed restoration of the gate, students are asked to refunctionalize the structure according to the needs of the area. The intent in the specific case is to reconstruct the historical cover from the early 1800 of the ancient gate with modern materials (electro-welded net in galvanized steel wire) and refunctionalize the interior to constitute a tourist information and sorting point.
26
27
28
29
For more content:
Marta Daturi - marta.daturi01@universitadipavia.it - +39 333 4651915