Building Information Modeling (Bim)-Based Building Condition Assessment: A Survey of Water Ponding Defect on a Flat Roof

Ani, Adi Irfan Che; Johar, Suhana; Tawil, Norngainy Mohd; Razak, Mohd Zulhanif Abd; Hamzah, Noraini

doi:10.11113/jt.v75.5222

Cited by 7 publications

(4 citation statements)

References 22 publications

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“…Hardin (2010) argued that BIM is not just an information modelling software using three-dimensional intelligent models, but also, it is a tool for making significant changes in the workflow and project delivery processes. Ani et al (2015) posed that BIM is a concept that advances product delivery, which includes quality, reliability, timelessness, and consistency of the process. However, in Nigeria, poor Operation and Maintenance (O&M) of the building facilities is notable (Nigeria Observer News [NON], 2017).…”

Section: Introductionmentioning

confidence: 99%

“…Azhar et al (2012) asserted that BIM can be a useful tool during all stages of a building's lifecycle. In a related development, Ani et al (2015) emphasised that it is tools that improve product delivery, which includes quality, reliability, timelessness, and consistency of the process. Although past efforts focused on BIM in the design and construction phase (Azhar et al, 2012;Ioannis et al, 2020).…”

Section: Introductionmentioning

confidence: 99%

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Application of BIM Implementation Process in the Operation and Maintenance of Information Management System in Building Facilities

Jibrin,

Shehu,

Abubakar

et al. 2024

ETSJ

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The appalling state of building facilities in Nigeria, poses a great concern to stakeholders. This stems from lack of adequate information management in the operation and maintenance of building facilities. Therefore, the study is aimed at assessing the application of BIM implementation process in the operation and maintenance of information management system in building facilities. The study made use of a quantitative research approach, making the population for the study to encompass facility management practitioners (Onsite Facility Engineers, Onsite Facility Technicians, Facility Management Professionals [IFMA] and Facility Management Company owners) who are fully registered with International Facility Management Association (IFMA) in Abuja-Nigeria. The sample size for the study is 184 and the respondents were selected by a systematic random sampling method with a close ended questionnaire used for the data collection. The questionnaire is administered via Google forms; and questionnaires shared through the google form link were answered and the results were collected through google response tools, and 121 copies of the questionnaire were duly filled, returned and used for data analysis. The result shows that the implementation of BIM in operation and maintenance of facilities is very low as manual and stand-alone computer system are still predominant in most of the operations carried out by the practitioners and the stakeholders. The study further revealed that Improvement in asset information management that lead to increased efficiency of facility assets is significantly affect by the operational system. The result also shows that Facility managers are traditionally included late in the building lifecycle and posed a high challenge to most practitioners and this has made the application of BIM in operation and maintenance of information management in facility management very negligible, as such the paper suggest that BIM usage in the O&M of buildings should be encouraged and imbibed right from the planning and designing stages of building facilities. Facility managers/professional should also be included right from the inception of a building life cycle to the end of the building.

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Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Application of BIM Implementation Process in the Operation and Maintenance of Information Management System in Building Facilities

Jibrin,

Shehu,

Abubakar

et al. 2024

ETSJ

View full text Add to dashboard Cite

show abstract

“…According to Azhar et al (2012), Smith & Tardrif (2009), and Takim et al (2013), BIM has the capacity to develop, capture, project, and monitor design performance from planning and construction to operation and maintenance. BIM aims to enhance the supply of goods and services, which includes process quality, consistency, dependability, and timelessness (Che-Ani, et. al., 2015).…”

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confidence: 99%

The Validity and Reliability of the Theory Behind BIM Adoption in The Facility Management Using PLS-SEM

Abd Wahab,

Mohd Sahri,

Muhammad

et al. 2023

OJ-TP

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The usage of Building Information Modelling (BIM) in the Facility Management (FM) sector will significantly speed up the design and construction phases. However, most facility managers continue to use the traditional paper-based approach to manage facility maintenance and operations, which includes designs and spreadsheets. The goal of this research is to pinpoint the factors that affect BIM's acceptability in the FM sector. Six factors, including organisational culture, individual competency, perceived usability, perceived ease of use, individual intention, and organisational aim in the context of facilities management services, were found. Prior to that, it is necessary to determine whether the theory supporting the adoption of BIM in facility management is valid and reliable. This study used an abductive methodology that blends qualitative and quantitative techniques. 30 respondents completed a set of questionnaires as part of the study's pilot test. Based on the findings of the pilot study, it can be demonstrated that the high degree of Cronbach's Alpha values is accepted, demonstrating the validity and reliability of the theory supporting the adoption of BIM in facility management and its high degree of internal consistency. This study demonstrates that there are important factors that affect how well BIM is received in the facilities management sector. All the six factors have a significant impact indicating that the theory underlying the adoption of BIM in facility management is valid and reliable and has a high degree of internal consistency.

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“…Quinn et al (Quinn et al, 2020) proposed system architecture to extract data from a Building Automation System (BAS) and incorporate it in BIM using a linked data structure. Ani et al (Ani, Johar, Tawil, Razak, & Hamzah, 2015) integrated information from a survey on a water ponding defect on a flat roof to the BIM model to identify the flat roof condition.…”

Section: Bim Interoperability For Oandmmentioning

confidence: 99%

Building information modeling for facility managers

Alavi¹

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A Decision Support System (DSS) can help facility managers to improve building performance, occupants’ comfort, and energy efficiency during the Operation and Maintenance (O&M) phase. These DSSs are normally data-intensive and have specific data requirements. Building Information Modeling (BIM) has the potential to advance and transform facilities O&M by providing facility managers with a digitalized virtual environment that allows them to retrieve, analyze, and process such data. However, the implementation of BIM in O&M phases is still limited. The majority of issues in the BIM-O&M context lie in the interoperability between different software that requires different data structures and formats. In a BIM environment, there are issues associated with extracting, storing, managing, integrating, and disseminating data so that interoperability is assured. Considering the aforementioned aspects, the aim of this thesis is to enable interoperability between BIM models and the DSSs for building performance aspects such as building condition, maintenance, and occupants’ comfort. This integration automatizes the data transfer process which can assist Facility Management (FM) team in properly establishing the necessary measurements to moderate the negative consequences on buildings and thereby improve their performance and occupants’ comfort. The approach can also provide FM teams with an effective platform for data visualization in a user-friendly manner that can assist in integrating digital insights into FM decision-making processes and converting them into positive strategic actions. The proposed approach is validated in existing software as a case study. It is possible to demonstrate the applicability of this approach by ensuring that its interactions and outcomes are feasible using case studies. Case studies also identify how much the task efficiencies are in comparison with the manual method, helping facility managers to optimize operation strategies of buildings in order to enhance their performance. Verification tests are also performed on the information exported from a software program. The results demonstrate an efficiency increase in high-quality FM data collection for different kinds of DSS, reducing the time and effort that the FM team spends on searching for information and entering data. A Dynamo script is designed to allow administrators to include as much information as they wish in BIM models. Moreover, a novel approach is proposed to create a new category in BIM to assist public and business administrations with managing assets efficiently. In addition, building performance aspects can also be analyzed using the proposed method of integrating occupants' feedback into BIM models. By implementing the proposed approach, FM teams are able to correctly establish measurements which can be applied to mitigate the negative effects on buildings, thus improving their performance and enhancing their occupants’ comfort. Besides, the proposed approach enables BIM to be a more useful tool for visualization by using the most appropriate charts and formatting. Un Sistema de Soporte de decisiones (SSD) puede ayudar a los gestores de edificios a mejorar su rendimiento, su eficiencia energética y el confort de sus ocupantes. Para el buen funcionamiento de los SSD se requieren muchos datos. El Building Information Modeling (BIM) permite mejorar la gestión de las operaciones y el mantenimiento de los edificios al proporcionar un entorno virtual digitalizado que permite recuperar, analizar y procesar los datos requeridos por los SSD. Sin embargo, la implementación de BIM en las fases de Operación y Mantenimimento (O&M) aún es escasa. La mayoría de los problemas en el contexto de BIM-O&M radican en la interoperabilidad entre diferentes programas que requieren diferentes estructuras y formatos de datos. En un entorno BIM, existen problemas asociados a la extracción, el almacenamiento, la gestión, la integración y la difusión de datos para garantizar la interoperabilidad. Teniendo en cuenta los aspectos antes mencionados, el objetivo de esta tesis es facilitar la interoperabilidad entre los modelos BIM y los SSD relacionados con el rendimiento de los edificios, su estado de conservación y el confort de los ocupantes. Esta integración automatiza el proceso de transferencia de datos que puede ayudar a los gestores de edificios a establecer correctamente las medidas necesarias para mejorar su rendimiento y el confort de sus ocupantes. Esta integración también va a proporcionar a los gestores de edificios una plataforma eficaz para la visualización de datos de una manera fácil de usar que puede ayudar a integrar resultados de los SSD y convertirlos en acciones estratégicas. Para demostrar la aplicabilidad y la eficiencia de este integración, ésta se valida a través de casos de estudio. También se realizan pruebas de verificación sobre la información exportada en los diferentes sistemas. Los resultados demuestran un aumento de la eficiencia en la recopilación de datos de alta calidad para diferentes tipos de DSS, lo que reduce el tiempo y el esfuerzo que los gestores de edificios dedican a buscar información e introducir datos en la diferentes aplicaciones. Un script de Dynamo está diseñado para permitir que los gestores incluyan tanta información como deseen en los modelos BIM. Además, se propone un enfoque novedoso para crear una nueva categoría en BIM para ayudar a las administraciones públicas y empresariales a gestionar los activos de manera eficiente. Además, los aspectos del rendimiento del edificio también se pueden analizar utilizando el método propuesto de integrar los comentarios de los ocupantes en los modelos BIM. Al implementar el enfoque propuesto, los gestores de edificios pueden establecer correctamente las medidas que se pueden aplicar para mitigar los efectos negativos en los edificios, mejorando así su rendimiento y el confort de sus ocupantes. Además, la integración propuesta permite que BIM sea una herramienta más útil para la visualización mediante el uso de los gráficos y las opciones de formato más apropiados, guiando a la toma de decisiones para gestionar los edificios

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Building Information Modeling (Bim)-Based Building Condition Assessment: A Survey of Water Ponding Defect on a Flat Roof

Cited by 7 publications

References 22 publications

Application of BIM Implementation Process in the Operation and Maintenance of Information Management System in Building Facilities

Application of BIM Implementation Process in the Operation and Maintenance of Information Management System in Building Facilities

The Validity and Reliability of the Theory Behind BIM Adoption in The Facility Management Using PLS-SEM

Building information modeling for facility managers

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