Why Do Architects Overlook Plugins That Could Change How They Work?
Architects have adopted BIM for design and conceptualization, but they still avoid plugin features that could enhance their workflows and save time.
The categories that are avoided are:
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Automation tools such as Dynamo and pyRevit
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Model auditing tools such as Ideate Explorer, CTC BIM Manager Suite
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Data management tools such as Ideate BIMLink
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Interoperability tools such as BIMcollab, Navisworks plugins
Most of these plugins are free, but they can sometimes be avoided because they require technical skills and coding knowledge.
Another reason for the underutilization of such plugins is that many firms use BIM inconsistently. There is usually no manager or technical lead to assign which tool to use, and tools are selected based on the expertise of the individuals involved in the work. It's time for firms to manage plugin use at the organizational level to increase workflow efficiency.
The Plugins Quietly Solve Problems Architects Think Are Unsolvable.
BIM plugins can address issues that architects previously deemed unsolvable. They can not only enhance design capabilities but can also automate manual, repetitive work in the project. For example, PyRevit is the most impactful yet underrated plugin. It doesn't solve the complex problem, but it helps in managing repetitive work, such as
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Setting sheets
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Renaming views as per the standard
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Managing parameters for different repetitive elements
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Running repetitive QA/QC checks
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Printing/exporting documentation sets
These tasks may seem minor, but they require hours of work until the project's completion and were previously considered part of the BIM workflow and done manually.
pyRevit solves these problems with built-in tools and scripting. But such plugins are seen as complicated and time-consuming to learn. However, the return on investment for learning these tools is faster, with benefits visible within weeks.
Where Automation Plugins Are Removing the Work Architects Shouldn't Be Doing?
BIM automation plugins are making workflows easier to manage by taking a lot of the operational load off architects. On most projects, a surprising amount of time still goes into repetitive tasks like setting up sheets, organizing views, entering parameters, and formatting drawings. These steps are necessary, but they don't add much design value, and when done manually, they often result in minor errors and inconsistencies.
Dynamo and other tools are used to handle these responsibilities. One can use preset rules to automate the creation of sheets and drawings. The use of such tools will save time and provide benefits, such as consistency, especially for larger teams. Tools such as Ideate BIMLink help you easily manage model parameters in Excel.
There may be tasks that do not have to be automated. This is an essential step to define boundaries. Although some decisions will always require a human mind, automation can be applied to tasks with clear patterns.
When automation is done properly, an architect spends little time on repetitive work. Instead of just managing the model, teams can now devote more effort to design, coordination, and problem-solving.
How Do Plugin Choices Affect Collaboration with Engineers and Contractors?
Plugins can affect how you work with engineers and contractors. For instance, different industries may use different software and plugins, leading to incompatibility.
Some plugins can help you collaborate and prevent disputes. One such plugin is BIMcollab, which can help your team turn disputes into issues, assign work, and maintain a collaboration log.
Whereas there are plugins that can complicate collaboration, for instance, custom scripting that can alter data. Such use of a plugin can result in project delays and missing data.
Effective collaboration requires initial agreement on the use of plugins. High-performance teams set standards for:
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Plugin and tool usage
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Export settings
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Data exchange procedure
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Issue tracking method
Otherwise, each field prioritizes its own processes over coordination.
Conflicts arising from plugin discrepancies may cause incompatibility, conflict neglect, data loss, and model misinterpretation. Normally, such conflicts become evident during construction or coordination reviews, which makes their correction expensive.
What Separates Firms That Use Plugins Well from Those That Don't?
Strategy and mindset are frequently the key differentiators between companies that successfully use plugins and those that don't.
A well-developed plugin strategy should consist of:
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Centralized decision-making: Plugins should be assessed and approved by a digital lead or BIM manager.
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Structured testing: Before being fully implemented, new technologies should be tested on pilot projects.
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Team training: Members must be trained to operate plugins, not just have general knowledge of them.
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Evaluation: For the plugins to remain useful, they must be evaluated continuously.
On the other hand, companies that don't have a defined plan often use plugins randomly. Inconsistency, underutilization, and occasional workflow disruptions result from such an approach.
New plugins should be added gradually to avoid disrupting any ongoing processes. Organizations can begin by deploying the plugin to a small group of employees and fine-tuning the process accordingly. Consistency needs to be maintained, which can only be achieved through corporate policies.
The best strategy for organizations setting out to develop a new BIM toolset is to start with a small team and not try to include everything at once. The key would be to identify the most urgent problems and focus on the plug-ins that address them first.
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