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3d modelling

The importance of understanding Building Information Modelling

Leading engineering solutions provider, Boulting Ltd., has released a new infographic and white paper, exploring and explaining the levels of Building Information Modelling (BIM) for construction, project and plant managers. BIM is a collaborative process that facilitates the efficient design, construction, maintenance and delivery of buildings throughout their entire life

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BIM and Infrastructure: Meeting the Challenge

In the infrastructure sector, BIM is changing the way that clients, designers and contractors approach projects.  However BIM Level 2 is a major challenge for 2016, with many uncertainties still apparent as to how it will be successfully and consistently implemented, so that it delivers the excellence in project delivery

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Latest Issue

BDC 319 : Aug 2024

3d modelling

The importance of understanding Building Information Modelling

Leading engineering solutions provider, Boulting Ltd., has released a new infographic and white paper, exploring and explaining the levels of Building Information Modelling (BIM) for construction, project and plant managers. BIM is a collaborative process that facilitates the efficient design, construction, maintenance and delivery of buildings throughout their entire life cycle. The infographic and whitepaper can be downloaded for free on the Boulting Ltd. website. The UK is one of the world leaders in BIM technology and execution, the UK government has recognised the key benefits of 3D Modelling and BIM and through legislation are driving its implementation and use, which is why it is crucial that industry professionals understand the levels of BIM in order to make the most out of their project. The Boulting Ltd whitepaper and infographic provides insight into the current levels of BIM that were established as a requirement for construction when the UK Government published the Construction Strategy in 2011. Considerations for managing BIM projects as well as current regulations and future directions of BIM are explored through the whitepaper. BIM levels range from level 0 to level 7, with even further potential for development in the future. In 2016, level 2 was set as the UK Government minimum standard for public sector work. Capability to undertake 3D Modelling coupled to BIM level 2 execution is normally a prerequisite requirement of the tendering process. BIM is a valuable information source that allows project managers, contractors and maintenance teams to identify coordination issues earlier in the project cycle at design phase rather than during construction giving greater cost assurance and ultimately eliminating maintenance inefficiencies. “In our sector, BIM is a fundamental aspect of work,” explained Glyn Shawcross, Engineering and Design Director at Boulting Ltd. “At Boulting, we are able to implement and undertake BIM projects and achieve successful results thanks to the wealth of knowledge that our valuable staff provide. The whitepaper and infographic helps to demonstrate the importance of considering BIM at all stages of a project, from planning through construction to the ongoing maintenance of the site.” Regardless of whether a current project mandates the use of BIM, it’s essential that your business is BIM enabled and regulations are understood. As technology develops, future levels of BIM, beyond level 3 could become a standard requirement, as they require more collaboration for cross-functional work. Ensuring that current levels are understood will better prepare your business for future developments of BIM, when they become applicable to your project requirements. To find out more information about BIM and the work that Boulting Ltd does, call +44 (0)1925 446000 or visit www.boulting.co.uk.

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BIM and Infrastructure: Meeting the Challenge

In the infrastructure sector, BIM is changing the way that clients, designers and contractors approach projects.  However BIM Level 2 is a major challenge for 2016, with many uncertainties still apparent as to how it will be successfully and consistently implemented, so that it delivers the excellence in project delivery that we all aspire to. We have seen excellent 3D modelling in the last few years in highways and associated structures, for example at Ramboll we have taken laser scans of complex structures such as the Hammersmith Flyover and integrated design of strengthening elements into the geometrical model, before passing this model onto the contractor to use during construction.  Clash detection and resolution has taken place and significant effort has gone into translating 3D model data into 2D drawings and specifications. Yet BIM Level 2 is about far more than this – it is not just a geometrical model.  We need to see information managed well throughout the project lifecycle and there remain a number of challenges to expand the use of BIM Level 2 through the infrastructure sector in the UK: Improving consistency of Employer’s Information Requirements Addressing issues specific to the infrastructure sector – many of the requirements of the 8 pillars of BIM required for BIM Level 2 are not developed fully for infrastructure projects.  COBie is still not developed for many asset types, such as underground drainage systems. Integration with asset management systems.  In many cases the sector’s contractual arrangements will not help with implementing the ‘Government Soft Landings’ process, improving handover of a new asset to its future maintainers. At the moment, BIM is seen as added cost, and another item which complicates contractual arrangements.  It needs to be seen by all parties as a process which adds value. Integration of BIM processes with the essential assurance processes required for infrastructure projects, such as Highway Structure Technical Approval Expanding the levels and confidence with BIM from a small group of ‘BIM professionals and experts’ to the wider engineering community. Yet despite these challenges, as an industry we need to push for progress.   We have the potential to improve clarity of deliverables through the construction process.  By integrating the use of smart sensors in infrastructure assets with a fully compliant BIM level 2 process, there are excellent opportunities to improve future maintenance of structures, and to improve satisfaction levels for both clients and end users.  We need to work BIM processes in parallel with parametric design, and the use of modular construction techniques. Above all we need to continue the culture of change in the industry, using BIM to improve collaboration, and increase the involvement of asset maintainers and users in the design process. We are striving for this at Ramboll by training more of our staff in the use of BIM and by the end of this year we will see all our technical staff trained in the full understanding of BIM’s processes, requirements and benefits.  The particular challenges around BIM for infrastructure need to be acknowledged, but then clients, contractors, consultants and engineering institutions will need to work closely together to identify excellent solutions that add value to our projects. By John Armitage, Technical Director, Ramboll

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