![]() Note: Since the original article posted on LinkedIn back in November 2018, the present article has been updated to acknowledge certain changes, yet the basis remains the same as we feel it still remains relevant today. ![]() Nonetheless, you might find certain aspects useful even if you rely on different software. Same as in the first edition of this post, the core is all about Autodesk® Revit® based workflows and data analytics for Revit. With expanding adoption of such standards and overall considerations for the life cycle of the entire project or more appropriately the asset – management, quality checks and data analytics will become critical to meeting these requirements. It says about the prospects of this international standard. Some large scale projects such as RailBaltica (high-speed rail line spanning the three Baltic countries) have included ISO 19650 requirements, even though the project host countries haven’t adopted official BIM regulations at the time. The standard is gaining traction, with more projects having requirements based on those standards. It consists of two parts, where part 1 is for concepts and principles and the 2 nd part outlines the delivery phase of assets. Last year, in 2019, a significant milestone was reached, the first international BIM standards were published: ISO 19650, Organization of information about construction works – Information management using building information modelling. ![]() ![]() It is now commonly accepted that a BIM model must have accurate and well-managed information attached to the models to enable proper collaboration between all parties on a project. ![]() Initially, BIM has been viewed more like a 3d modelling process of a structure with some additional capabilities over CAD workflows. As BIM has finally become arguably mainstream, the “I” part is playing an increasingly more important part in project workflows. ![]()
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