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Publication
Design de mobiliário: fabricação open source
| Name: | Description: | Size: | Format: | |
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| 35.12 MB | Adobe PDF |
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Abstract(s)
Esta dissertação investiga as potencialidades do design aberto e da fabricação digital na criação de mobiliário customizável, com foco na aplicação de sistemas paramétricos. O objetivo principal foi desenvolver um modelo de banco modular parametrizável, produzido por corte CNC em chapa de madeira compensada, e propor uma plataforma digital conceitual que permita aos usuários customizar em o objeto de forma intuitiva e simples . A pesquisa surgiu através da busca por soluções mais flexíveis e acessíveis no design de mobiliár io, e para explorar a fabricação digital . A abordagem metodológica adotada foi o Research through Design , estruturada em quatro etapas: revisão de literatura, desenvolvimento do design, prototipação digital e física, e validação preliminar. A revisão teórica abordou temas como design aberto, fabricação digital, modularidade e parametrização. O desenvolvimento do mobiliário envolveu estudos de modelos existentes, definição de componentes modulares e simulações paramétricas utilizando os softwares Rhinoceros 3D e Grasshopper. A prototipação física foi realizada por meio de corte CNC, e a interface digital foi concebida com base em princípios de usabilidade e acessibilidade, utilizando a ferramenta Figma. O projeto resultou em um protótipo funcional e em uma proposta de plataforma interativa conceitual , reforçando o potencial do design modular e paramétrico como soluções que podem auxiliar ainda mais esse processo de democratização do design .
This dissertation investigates the potential of the open design and digital fabrication in the creation of customizable furniture, with a focus on the application of parametric systems. The main goal was to develop a modular parametrizable furniture model, produced through CNC cutting in plywood, and to propose a conceptual digital platform that allows users to customize the object intuitively and easily. The research emerged from the need of to find more flexible and accessible solutions in furniture design and from the desire to explore the potential of the digital fabrication. The methodological approach adopted was Research through Design, structured in four stages: literature review, design development, digital and physical prototyping, and preliminary validation. The theoretical framework addressed topics such as open design, digital fabrication, modularity, and parametrization. The furniture development involved studies of existing models, definition of modular components, and parametric simulations using Rhinoceros 3D (software) and Grasshopper (plug - in). A physical prototyping was carried out through CNC cutting, and the digital interface was conceived based on usability and accessibility principles, using the Figma tool. The project resulted in a functional prototype and a conceptual interactive platform proposal, reinforcing the potential of modular and parametric design as solutions that can further support the democratization of design.
This dissertation investigates the potential of the open design and digital fabrication in the creation of customizable furniture, with a focus on the application of parametric systems. The main goal was to develop a modular parametrizable furniture model, produced through CNC cutting in plywood, and to propose a conceptual digital platform that allows users to customize the object intuitively and easily. The research emerged from the need of to find more flexible and accessible solutions in furniture design and from the desire to explore the potential of the digital fabrication. The methodological approach adopted was Research through Design, structured in four stages: literature review, design development, digital and physical prototyping, and preliminary validation. The theoretical framework addressed topics such as open design, digital fabrication, modularity, and parametrization. The furniture development involved studies of existing models, definition of modular components, and parametric simulations using Rhinoceros 3D (software) and Grasshopper (plug - in). A physical prototyping was carried out through CNC cutting, and the digital interface was conceived based on usability and accessibility principles, using the Figma tool. The project resulted in a functional prototype and a conceptual interactive platform proposal, reinforcing the potential of modular and parametric design as solutions that can further support the democratization of design.
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Trabalho de projeto
Keywords
Open source Design aberto Fabricação digital Design de mobiliário CNC Open design Digital fabrication Furniture design