Matthew BoyleBuilding Information Modelling ( BIM ) is a digital information management strategy used by various industries to enhance the quality of buildings and infrastructure. It pays attention to improved information management and exchange. The generated data can be used as a reliable source for project decision-making processes. Engineers and designers are more productive when a building is digitally represented through BIM.
But a widely accepted framework was necessary to dispel the confusion and raise awareness of the BIM process. It would formalize the process and resolve the choice conflict caused by different widely accepted standards. Like fixed documentation didn’t exist until 2018 for the BIM sector.
As there are numerous enlisted BIM guidelines abroad, diverse stakeholders needed assistance in selecting a specific set of methodologies, technologies, and standards aligned with the project. To promote and support the widespread use of BIM, ISO published ISO – 19650 in 2018. It would create a psychological model outlining potential solutions to issues facing the construction sector.
ISO – 19650: What is it?
A regular document outlining information management requirements and principles is ISO-1950. The provided framework covers the entire life cycle of the building, including preliminary design, strategic planning, engineering, development, documentation, construction, day-to-day operations, maintenance, refurbishment, and repair. The standards apply to projects of all sizes and levels of complexity, such as infrastructure networks, sizable estates, private built-form structures, and the projects tasked with delivering them.
Using ISO 19650
- those in charge of purchasing, designing, building, and commissioning constructed assets, as well as
- those in charge of carrying out asset management tasks, such as maintenance and operations
The UK 1192 series, which defines BIM level 2, serves as its foundation. The UK government created BIM level 2 in 2011 as a set of federal guidelines and publicly accessible specifications. Following this publication, some foreign asset owners understood the value and effectiveness of BIM and asked ISO to improve the UK 1192 series to a level that was satisfactory to all countries. An foreign working group that Anne Kemp convened started the process of developing the documents. Two European standards, BS 1192 and PAS 1292-1, are responsible for the development of ISO 19650.
No matter where they are, related stakeholders can innovate, compete, and work together thanks to the global series ISO 19650. The ideas and tenets necessary for different business processes are presented when using BIM. Additionally, it supports the management and production of data over the course of the built assets’ life cycle.
ISO – 19650 Bifurcations
In order to accommodate various project stages, the ISO 19650 series is split into two sections: BS EN ISO 6505-1 and SS EN EN CH5050-2.
How to deal with concepts and principles is covered in the second section of BS EN ISO 19650-1. It also suggests a framework for managing information that includes sharing, recording, editing, and organizing it for all parties. Additionally, it entails producing information related to architecture, engineering, and construction jointly. A National Foreword that explains the fresh terminology is included in the final section.
The management procedure for BIM information exchange during the project’s delivery phase is described in the second section, BS EN ISO 19650 – 2. All organizations refer to it and use it for projects of all sizes and types. It includes a National Annex that complies with UK BIM level 2 and ISO standards.
How does ISO – 19650 help BIM grow in the AEC sector?
The 19650 guidelines offer a framework for data standardization for information delivery with less time and money spent on coordination. For the purpose of sharing information, a common data-sharing environment is developed. To bring a particular project to life, various organizations band up. These teams have benefited from ISO 19650’s assistance in combining and extracting data through BIM.
The demands and needs of their partners, clients, or suppliers have been difficult for many businesses to meet. This issue is resolved by the ISO 19650 series’ bifurcated guidelines, which specify the ideal working format for each client type. The effectiveness and mobility of their internal resources are more improved as a result. In accordance with these guidelines, the client and teams use BIM to determine the needs of the owner’s information exchange and move toward efficient project delivery.
With clarity of authority, capacity, responsibility, and competency for all concerned members, this set of guidelines ensures a clear understanding of every task carried out. The security and duality of information are guaranteed by a common data environment in BIM. This setting was designed for gathering, managing, and disseminating information containers using a formalized process.
Due to the implementation of the ISO 19650 series, the project’s functional and delivery phases experience a smooth process involving collaboration, production, management, sharing, and exchange of all information.
Client interest in the BIM working and implementation process will be increased by the ISO 19650 series, which will benefit the overall industry. With the help of the 19650 provision, all kinds of standards will be combined into a solitary information source that guides efficient workflow. The stakeholders using these guidelines are advised to gather thorough information and experiences regarding its use and implementation in order to improve the more additions of the ISO 19650 series.
Through ISO 19650, various factors contributed to the rise of BIM.
1 Adaptation on a worldwide scale
The standards raise public awareness of modern BIM processes, which results in an increase in global adaptability. Additionally, a particular set of guidelines will help customers understand BIM and increase their willingness to adopt and use it. Additionally, as regional limitations that might have limited the planning and designing process are lifted, project collaboration can become international.
2 Information delivery that is acceptable
Certain requirements that guide standardized information management make the exchange of information more attainable. The manufacturer is under pressure to provide accurate information and news on schedule.
3 Simple Optimization Ease
The standards open up a lot of possibilities for streamlining the supply chain. The amalgamation of the client side( planning & amp, construction ) and industry( sales, manufacturing, and shipping ) catalyzes the overall process.
Documents that facilitate the online delivery process into the project plan and aid in comprehending BIM’s whole potential
- The Exchange Information Requirements ( EIR ) for Appointing Party
- Pre-appointment: BIM execution strategy
- Determine the task team’s capacity and capabilities.
- Plan for mobilizing the delivery team
- Risk register for the delivery team
- Post-occupation – BIM execution strategy
- The delivery team’s comprehensive responsibility matrix
- Information exchange requirements for the appointed party’s guide
- Task plan for information delivery
- Master delivery strategy
- Plan for mobilization
- Cooperative information production and the delivery of information models are part of the information management process.
- Closeout of the project
The release of ISO 19650 aims to transform the least digitized image of the construction sector and move it in the direction of innovation. The goal was to develop a standardized method for Building Information Modeling ( BIM ) for all projects around the world.
It undoubtedly offers a standardized approach for adapting the data fabric to different projects. The BIM’s ISO 19650 specification clarifies the work that makes project planning, construction, and administrative stages easier. Additionally, it creates a visible digital process with the participation of all pertinent parties and does not directly affect the manufacturers.
