{"id":3301,"date":"2026-03-17T17:34:04","date_gmt":"2026-03-17T16:34:04","guid":{"rendered":"http:\/\/biblus.accasoftware.com\/en\/?p=3301"},"modified":"2026-03-24T14:43:56","modified_gmt":"2026-03-24T13:43:56","slug":"editing-a-project-and-getting-a-dynamic-update-of-all-relating-drawing-models","status":"publish","type":"post","link":"https:\/\/biblus.accasoftware.com\/en\/editing-a-project-and-getting-a-dynamic-update-of-all-relating-drawing-models\/","title":{"rendered":"Dynamic Update of BIM Views with a Practical Example"},"content":{"rendered":"

Discover how the dynamic update of the BIM model eliminates errors and speeds up the project by synchronizing every view in real-time<\/p>\n

<\/p>\n

In architectural design<\/strong>, time is one of the most critical factors influencing the success of a project. Tight deadlines and evolving client requirements mean that efficiency is not just an advantage\u2014it is essential.<\/p>\n

The faster a project can be developed and delivered, the greater the value for both the designer and the client. However, during the design phase, architects are often required to implement frequent changes, which in turn require updates to drawings, layouts, and presentation materials. These repetitive adjustments can quickly become time-consuming and impact overall delivery schedules.<\/p>\n

For this reason, having access to tools and technologies that streamline and automate these processes is key. By reducing manual work and accelerating revisions, designers can save significant time while maintaining accuracy and quality throughout the project lifecycle.<\/p>\n

Are there valid solutions that can achieve these results?<\/p><\/blockquote>\n

The use of “BIM oriented<\/em>” tools represents a more than valid answer to this question.<\/p>\n

To truly understand how a BIM<\/strong> software can accomplish all of this, we will draw inspiration from the Cuboid House project: a residence built in 2012 by architect Amit Khanna<\/strong>. Using Edificius<\/a>, the BIM architectural design software, we will see how easy it is to make changes to the project and find them automatically in all views of the model.<\/p>\n

\"BIM

Why dynamic model updating is crucial in BIM workflows<\/h2>\n

The heartbeat of this transformation lies in internal interoperability and data consistency: dynamic updating is not just a simple automation but the guarantor of the project’s integrity.<\/p>\n

In fact, BIM software for architectural design<\/a> creates a dynamic link between all views of the model (3D view, graphic tables, working drawings). Any change made to the project corresponds, automatically, to a modification of all the model views. Such a function allows the designer to avoid mistakes (for example, forgetting to update some project document) and to achieve significant advantages in terms of time and costs.<\/p>\n

The end of discrepancy between documents<\/h3>\n

In a traditional design process, any change made to a floor plan required a manual review of elevations, sections, isometrics, and calculations. This fragmented method was the primary cause of errors on site due to inconsistencies between the various documents. In the BIM workflow, dynamic updating eliminates the risk of conflicting information at its root. Since the model is a centralized geometric database, every single change is instantly reflected in all views. This means that the extracted section will always be a true reflection of the floor plan, with no possibility of human error in data transcription.<\/p>\n

Time efficiency and variant management<\/h3>\n

Managing variants during the project is one of the most critical phases for a technical studio. Being able to change a parameter (whether it\u2019s the thickness of an envelope or the position of an opening) and see volumes, surfaces, and graphic representations recalculated in real time translates into enormous time savings. Dynamic updating allows the designer to focus on architectural quality and technical solutions, rather than the tedious and risky task of realigning 2D drawings.<\/p>\n

Support for decision making<\/h3>\n

A dynamically updating model acts as a reactive digital prototype (Digital Twin). This reactivity allows for immediate assessment of the impact of a design choice on the rest of the building. If a structural or architectural change is immediately visualized in all views, the project team can make informed and timely decisions, reducing revision costs and increasing client satisfaction.<\/p>\n

How automatic view updates reduce design errors<\/h2>\n

Human error is often a product of repetitiveness and fatigue. In traditional CAD, manually updating 20 sheets due to a beam shift was an open invitation to oversight. In BIM, this risk is eliminated thanks to bidirectional synchronization.<\/p>\n

Elimination of “document misalignment”<\/h3>\n

One of the most serious problems on site is the misalignment between documents: the floor plan says one thing, the section shows another, and the quantity survey states a third. With dynamic updating, each view is a different “window” onto the same object. If you change the height of an inter-floor, that change is instantly propagated:<\/p>\n

    \n
  • Sections and Elevations<\/strong> realign to the new heights.<\/li>\n
  • Spaces and Surfaces<\/strong> recalculate volumes and daylight factors.<\/li>\n
  • Schedules and Bills<\/strong> update the quantities of materials and costs.<\/li>\n<\/ul>\n

    Real-time visual control of interferences<\/h3>\n

    Automatic updating allows for constant verification of spatial consistency. While in 2D drawing a pipe can pass through a beam unnoticed until reaching the site, in the BIM model, dynamic modification immediately highlights the interference. Seeing the error as it occurs (thanks to 3D views that update while working in the plan) enables immediate resolution of technical conflicts, avoiding costly changes during execution.<\/p>\n

    Consistency between representation and calculation<\/h3>\n

    Often, errors arise from forgetting to update quantitative data after a graphic change. Dynamic updating ensures that geometry and data are inseparably linked. If you remove a window from the architectural model, that window instantly disappears from the list of fixtures and the estimated quantity survey. This uniqueness of data ensures that the delivered project is technically flawless and free from omissions.<\/p>\n

    \"The

    Manage last-minute changes without rewriting documentation<\/h2>\n

    In the traditional workflow, a last-minute change triggered a chain reaction: hours spent manually correcting quotes, hatches, legends, and cross-references on dozens of boards. BIM overturns this paradigm thanks to object intelligence and document automation.<\/p>\n

    The “one-time” change<\/h3>\n

    The key principle is the centrality of the model: each architectural entity is entered only once in the project database. If the client requests a replacement for a type of fixture or to modify the stratigraphy of a floor close to delivery, the designer only intervenes on the object or parameter in the 3D model.<\/p>\n

    Asynchronous updates of quantities and tables<\/h3>\n

    One of the biggest risks in last-minute changes is omissions in the bill of quantities. With an integrated BIM system, the quantitative documentation does not have to be “rewritten”: it is a tabular view of the model. A change in geometry or material properties is immediately reflected in the financial reports. This allows for providing the client with a new cost estimate almost in real-time, ensuring transparency and professionalism that are impossible with paper or CAD methods.<\/p>\n

    Safe revisions and change history<\/h3>\n

    Variant management also benefits from the software\u2019s ability to maintain consistency across different phases (As Built, Design, Comparative). Dynamic updates ensure that the so-called “yellows and reds” (demolitions and constructions) are always aligned with the latest revision of the model, eliminating the need for complex manual overlaps that are prone to gross errors.<\/p>\n

    Benefits in terms of time and cost of dynamic BIM updates<\/h2>\n

    “Time” in construction is a variable that heavily impacts the budget, both in the design phase and in execution. Dynamic updates transform the time spent on “repetitive tasks” into time dedicated to “added value.”<\/p>\n

    Drastic reduction in technical drafting hours<\/h3>\n

    In a traditional project, a good portion of a firm\u2019s work time is spent reviewing drawings and ensuring consistency among the various documents. With dynamic BIM, this time is almost eliminated, resulting in:<\/p>\n

      \n
    • operational efficiency<\/strong> – a change that would require hours of manual labor on separate CAD files is performed in minutes on the central model;<\/li>\n
    • focus on quality<\/strong> – saving time on “producing lines” allows designers to allocate more resources to finding better architectural solutions or optimizing energy efficiency, increasing the value of the service offered.<\/li>\n<\/ul>\n

      Prevention of unforeseen costs on site<\/h3>\n

      The cost of a change increases exponentially as the project advances towards the construction phase. An undetected error in the office due to an outdated section can cost thousands of euros if discovered during concrete pouring or installation of systems. Therefore, with BIM and BIM authoring, we achieve:<\/p>\n

        \n
      • risk mitigation<\/strong> – dynamic updates act as an insurance policy, ensuring that what is built is exactly what has been designed and calculated;<\/li>\n
      • reduction of variations in progress<\/strong> – providing consistently updated documents reduces disputes from contractors and requests for extra-budget for unforeseen design issues.<\/li>\n<\/ul>\n

        Optimization of cash flow and estimates<\/h3>\n

        The ability to instantly generate updated estimated bills of quantities allows for “real-time” cost control. This means being able to communicate to the client the economic impact of every design choice immediately, speeding up approval times and reducing payment delays due to uncertainties about final costs.<\/p>\n

        Cuboid House: a practical example<\/h2>\n

        Taking inspiration from the Cuboid House project, we will create a railing using Edificius. We will insert the project into an executive board and proceed to replace the railing object to demonstrate how, thanks to a BIM software, the change occurs automatically across all views of the model (3D view, graphic board, executive board).<\/p>\n

        Dynamic linking between all views of the model: a practical example<\/h2>\n