Natália Andrade Corrêa
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NAME: Natália de Andrade Corrêa BIRTH: DEC/1994
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GRADUATION: Bachelor of Architecture and Urbanism at Federal University of Mato Grosso do Sul/Brazil - UFMS [JUL/2019) POSTGRADUATE: MBA on BIM Processes: Operation and Management at Institute IPOG [SEP/2020 - OCT/2021) CURENT POSITION: Architect at TRV Architects PLUS: BIM, 3D modeling, rendering, prototyping, technical drawings, 3D printing, IFC, design creation, management, budgeting. ABOUT ME: During my graduation, I got involved in many activities such as workshops, events, congresses, courses, competitions, field trips, research groups, tutoring, articles, internships, extension projects and others. Collaboration, attention to detail, creativity and adaptation are notorious in the way I work. During the last years I have been exploring the BIM (Building information Modelling), digital fabrication, parameterization, prototyping, and file-to-factory processes. In 2020 I began a postgraduate about BIM, aiming to polish and apply my knowledge.
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STRATA COMPETITION
02 GRADUATION FINAL PROJECT 03 RESEARCH PROJECT 03 04 COMPILATION OF WORKSHOPS 05 COMPILATION OF PROJECTS
STRATA COMPETITION WINNER PROJECT • घर / GHAR / HOME DEZ/2020 Professional UNI XYZ Organization F. Bergamasco, J. Veneruchi, T. Oliveira
D AT E TYPE HOST TEAM
The challenge was to design an assembled accommodation, I N F O and thereafter a neighbourhood, to absorb the rising and the foreboding crisis in Assam (India) using the principles of 3D printing construction (Contour Crafting). The objective was to employ the technology to achieve dignifiable residences for the displaced families. A modular unit needed to be designed keeping in mind the design restrictions of a 3D printed house. The entire neighbourhood needed to be planned using the same module to comprise 150 units households on the given site. The list of questions and answers about the project submitted with the proposal is attached to this file.
WINNER PROJECT > STRATA Competition at UNI XYZ
GRADUATION FINAL PROJECT
ECO-POIESIS • LABORATORY • CONTOUR CRAFTING JUL/2019 Academic Federal University of Mato Grosso do Sul Prof. Phd Gilfranco Medeiros Alves
DATE TYPE HOST TUTOR
In this work project process are analysed and exemplified I N F O under the optics of Biomimicry, stepping back to study the relation between architecture and nature, taking into consideration technological and digital fabrication, driving toward a performance design. Including processes such as digital morphogenesis, generative design, digital bioinspiration, algorithmic thinking and parametricism. By applying the concepts with digital fabrication and prototyping, finally reach the chosen constructive technique, the Contour Crafting. All the research and its development were applied to conceive a space to allocate the research group Algo+Ritmo. Biomimicry, Digital Fabrication, Parametricism, K E Y S Generative Design, Contour Crafting, Diagrams, Project Process.
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FULL PROJECT > Development of a Research Laboratory using Contour Crafting
GRASSHOPPER METABALL SCRIPT USED TO DESIGN
GRADUATION FINAL PROJECT
ECO-POIESIS • LABORATORY • CONTOUR CRAFTING NOV/2020 Academic Paper Sigradi XXIV 2020 Prof. Phd Gilfranco Medeiros Alves
DATE TYPE HOST TUTOR
After the conclusion of my graduation, a paper was written I N F O to be presented and published during Sigradi XXIV 2020. The article presents a discussion on digital design processes. PAPER More precisely about the use of Contour Crafting (CC) as a material and technique solution for the construction which will carry less impact for the environment. It explores the connection between parametric process and the fileto-factory concept analyzing the consequences of those strategies. The paper describes and analyzes a case study starting from the demand for a headquarters project for a university research group. It presents possibilities and discusses futures developments based on the methodology used in the process. Digital Fabrication, Design Process, K E Y S File-to-factory, Contour Crafting, Algorithm.
INTERNATIONAL PAPER > SIGRADI XXIV 2020 Contour Crafting
RESEARCH PROJECT
URBAN KINDNESS • PARAMETRIC BENCH DEZ/2017 Academic Non profit organization Casa de Ensaio Research Group Algo+Ritmo Project Coordenator
DATE TYPE HOST TE A M ROLE
Intervention realized in a historic building in Brazil. The I N F O project had as premise the invitation to use, coexistence or contemplation in the previously degraded and unused space. The project was carried out through the partnership between the Algo+Ritmo and Casa de Ensaio, a non profit organization. The main goal was that students of architecture and urbanism could use digital technologies to design, developt and executate the project, and also control the whole process from the beginning to the end. Present the design process seeking to contribute to the PAPER dissemination of other forms of design processes different from conventional ones.
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INTERNATIONAL PAPER > SIGRADI XXII 2018 Urban Kindness
PROTOTYPING
COMPLETED PROJECT
COMPILATION OF WORKSHOPS 03 SELECTED WORKSHOPS
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DESIGN • ROBOTIC • 3D PRINTING • CLAY [2020] NAME V. Arcos and T. Vivanco • DIGITAL FUTURES WORLD HOST The workshop proposal was to design and simulate a robotic I N F O manufacturing for 3D Printing on Clay. Softwares used: Rhinoceros + Grasshopper + Photoshop.
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WIKI-HOUSE [2018] NAME LAMO 3D • SIGRADI XXII HOST The objective was to apply a Wiki-House script to deliver 2D I N F O modular pieces to assemble a house from the shape we designed. Softwares used: Rhinoceros + Grasshopper.
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CONTEXTUALIZING THE STRANGE [2016] NAME Victor Sardenberg • ALGO+RITMO HOST The objective was to create a context for a 3D structure I N F O generated using a script that three-dimensionally mixes three selected vectorized shapes into. Softwares used: Rhinoceros + Grasshopper + Photoshop
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FINAL PROJECT 01 > Digital Futures World 2020
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CHURCH LABIRINTH
MOSCOW CATHEDRAL
BRAZILIAN CHURCH
COMPILATION OF PROJECTS
USING REVIT + TWINMOTION + SKETCHUP 2020/2021 D A T E Professional T Y P E TRV Architects & Associates OFFICE
Designer Architect R O L E Detailed projects for approval at the city hall along with its legal documents; Parameterized 3D modelling with information; Detailed EPS houses along with its budgeting and construction; Quality rendering for better visualization by clients, including 360º 360º images; Meeting with customers; Budgeting using BIM tools; All the projetecs are recent and were developed during I N F O registered work in TRV Architects & Associates. Softwares used: Revit + Twinmotion + Sketchup + Autocad + Photoshop.
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TRV PROJECTS > More images, videos, and 360º 360º
01 - Residence made of EPS (Expanded polystyrene);
02 - Commercial building made for allocate a bride’s store;
03 - Residence made of EPS (Expanded polystyrene);
04 - Residence made of EPS (Expand
ded polystyrene) and metalic details;
05 - Residence made of EPS (Expand
ded polystyrene) and metalic details;
06 - Refurbishment of a restaurant building;
07 - Residential condominium made of EPS;
Natália Andrade Corrêa