As the title of this blog suggests, it is going to be about how to manage collaborative building information modeling onsite. Well, there are basically two factors or aspects that are essential for carrying out the process of onsite collaborative BIM. Why not start with them?
The following two factors are important for onsite collaborative BIM process management:
First of all, for many years, building contractors have struggled to translate designs into affordable and high-quality solutions. This is because a significant portion of the construction is based on time-consuming, inconsistent, inaccurate, and error-prone traditional construction methods, even though accurate information needs to be collected from the field and used to create as-built documentation.
Second, the traditional paper-based communication used to deliver construction information to onsite teams operating in silos prevents the development of an increasingly important collaborative environment between offsite design and onsite construction teams. Contractor teams may become frustrated when they cannot access the proper data at the appropriate time or location to carry out their work on location effectively and safely.
As a result, for supply chain organizations to compete, the industry must adopt new collaborative onsite methods.
By utilizing the advantages of new collaborative design management solutions that incorporate some or all of BIM, AR, VR, and other data-driven technologies and are in line with contemporary construction techniques and offsite fabrication as needed, waste will be reduced, safety will be improved, quality will be improved, productivity will be increased, and the return on investment for construction clients will ultimately
rise.
Benefits of Collaborative BIM Solutions
Through collaborative platforms, common data environments, and visualization-based tools, conventional processes can be replaced by digital ones.
It is well known that integrated systems with collaborative processes and data analysis methods are more effective than conventional methods, reducing waste and
saving time and money.
To develop new methods of working onsite, the information from the building information models (BIMs) can be brought to the field and supported by virtual reality (VR) and augmented reality (AR).
There are numerous advantages to using collaborative BIM processes and tools, including:
- Contrasting real and virtual construction
- Issue tracking and recording
- Keeping time on the go
- Instantaneous cost coding
- Employee location
- Spatial analysis and data
The Difficulties of Using Collaborative BIM
Construction projects are relatively brief operations involving multidisciplinary and even international teams with varying information-handling capabilities and knowledge of various collaborative BIM standards, processes, tools, and maturity levels. Even though collaborative BIM has many advantages, using it cannot be easy due to the complexity and increased data volume that come with it.
A. Rising complexity
There must be a way to distribute managed information that can be accessed whenever and wherever needed on the site. Collaborative BIM processes can be challenging, especially when large amounts of data are involved. To achieve successful results, it is crucial to establish clear communication, a shared understanding of the standards, and cooperative behaviors early on. This conduct is equally important in the workplace.
B. Increased data volumes
Collaborative BIM’s exponential data growth causes issues for those who need to use it on the job site. There are now tools for managing information that can help manage the information produced by large projects and the data generated at the site. Without these tools, it spirals out of control, a team’s efforts are hampered, and mistakes happen.
Businesses must carefully consider the supporting structures, systems, and digital tools available to them to maximize their potential for successfully meeting pertinent international, national, regional, and local construction standards. BIM will enable increased collaboration between onsite and offsite teams and meet the associated challenges during construction.
New Ways of Working In The Field
Not only through prefabrication, the use of robotics, drones, sensors, and monitoring, but also in many other parts of the world, new methods of working in the field are now well-established. This is accomplished by utilizing new hardware and software solutions related to such innovation and utilizing novel stakeholder engagement, communication, and cooperative human behaviors.
Mobile-first cloud-based BIM apps can be used on tablets and smartphones on the job site to preview and annotate construction data in various 2D and 3D formats, enabling effective and quick digital collaboration and communication between stakeholders.
Construction work stages are improved by augmented reality technology because digital models can combine the real and virtual worlds. Sites that have been surveyed before excavation, for instance, to find underground utilities that could be dangerous. Even before construction is finished, defects can be identified, followed up on, and fixed simultaneously across multiple sites or within a single site to minimize the chance of error duplication and associated costs.
The connection between research and development can be made possible by VR technology. The reality of the site can be used as a useful tool to enhance collaboration, coordinate, and program upcoming activities, allowing construction site phases to be visualized before work begins, allowing for changes and error prevention without incurring additional costs or raising concerns about health and safety.
This was about how to manage collaborative building information modeling onsite. Various service providers, like SJS Global Solutions, provide efficient and effective BIM services. In addition to offering thorough BIM services relevant to all project phases, SJS Global Solutions also manages BIM collaboratively on-site during the construction phase.
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