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Aplicação da metodologia BIM em projetos de redes prediais de águas e esgotos: desafios e limitações da sua implementação
| Name: | Description: | Size: | Format: | |
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| 8.36 MB | Adobe PDF |
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Abstract(s)
Atualmente, muitos profissionais do sector da construção apresentam uma certa resistência
em abandonar os métodos tradicionais de desenvolvimento de projeto, para a adoção de uma
nova metodologia enquadrada na procura da área da Arquitetura, Engenharia e Construção
(AEC). Tem-se observado gradualmente que diversos setores da construção têm adotado uma
padronização e regulamentação própria, para a implementação da metodologia Building
Information Modelling (BIM) no respetivo campo de atuação.
Desenvolver um pensamento que clarifica como podem ser ultrapassadas as
complexidades da tecnologia BIM, bem como apresentar os benefícios da sua utilização, é
essencial para incentivar a construção de um novo paradigma a ser seguido. É certo que muitos
profissionais precisam, sobretudo, de sensibilização e esclarecimento sobre os métodos e
ferramentas que auxiliem na transição para uma nova metodologia de elaboração de projetos.
Embora haja muitos desafios e limitações na implementação do BIM, os benefícios são
significativos pois agregam um conjunto de vantagens que incluem uma melhor colaboração
mútua, redução de erros, otimização de custos, maior qualidade, maior eficiência na
elaboração dos projetos, entre muitos outros aspetos.
A elaboração de projetos das redes prediais com base em programas que contêm a
informação BIM continua a ser um grande desafio para várias equipas de projeto. Isso ocorre
porque muitas equipas de projeto ainda empregam métodos tradicionais de representação, ou
se utilizam programas nos quais, embora possuam a informação BIM, não são exploradas
todas as suas potencialidades, resultando na criação de dados fragmentados e individualizados
em vários arquivos, o que torna mais complexo a gestão de dados do projeto.
Neste trabalho foi analisado o processo de introdução da metodologia BIM, direcionado
para os projetos das redes prediais de abastecimento de água, de drenagem de águas residuais
domésticas e pluviais, explorando estratégias de integração desse recurso.
Currently, many professionals in the construction sector show a certain resistance to abandoning traditional project development methods, to adopt a new methodology suited to the demands of the Architecture, Engineering and Construction area (AEC). It has been gradually observed that several construction sectors have adopted their own standardization and guidelines, for implementing the Building Information Modelling (BIM) methodology in their field of activity. Developing thinking that clarifies how the complexities of BIM technology can be overcome, as well as presenting the benefits of its use, is essential to promote the construction of a new paradigm to be followed. Many professionals especially need awareness and clarification about the methods and tools that help in the transition to a new methodology for preparing projects. Although there are many challenges and limitations in implementing BIM, the benefits are significant, as they add a set of advantages that include better mutual collaboration, reduced errors, cost optimization, higher quality, greater efficiency in project preparation, among many other aspects. The development of building network projects based on software that contains BIM information continues to be a major challenge for various project equipment. This is because many project teams still employ traditional sizing methods, or use software in which, although they have BIM information, their full potential is not explored, resulting in the creation of fragmented and individualized data in several files, which makes project data management more complex. In this document, the process of introducing the BIM methodology was analyzed, focusing on projects for building water supply, domestic wastewater and rainwater drainage networks, exploring integration strategies for this resource.
Currently, many professionals in the construction sector show a certain resistance to abandoning traditional project development methods, to adopt a new methodology suited to the demands of the Architecture, Engineering and Construction area (AEC). It has been gradually observed that several construction sectors have adopted their own standardization and guidelines, for implementing the Building Information Modelling (BIM) methodology in their field of activity. Developing thinking that clarifies how the complexities of BIM technology can be overcome, as well as presenting the benefits of its use, is essential to promote the construction of a new paradigm to be followed. Many professionals especially need awareness and clarification about the methods and tools that help in the transition to a new methodology for preparing projects. Although there are many challenges and limitations in implementing BIM, the benefits are significant, as they add a set of advantages that include better mutual collaboration, reduced errors, cost optimization, higher quality, greater efficiency in project preparation, among many other aspects. The development of building network projects based on software that contains BIM information continues to be a major challenge for various project equipment. This is because many project teams still employ traditional sizing methods, or use software in which, although they have BIM information, their full potential is not explored, resulting in the creation of fragmented and individualized data in several files, which makes project data management more complex. In this document, the process of introducing the BIM methodology was analyzed, focusing on projects for building water supply, domestic wastewater and rainwater drainage networks, exploring integration strategies for this resource.
Description
Keywords
AEC Água BIM Modelação da Informação em Edifícios Redes Prediais Programa Tecnologia AEC Water Building Information Modelling Building Networks Software Technology