Why workflows are slowing down digital transformation in BIM
Digital transformation remains a priority across the construction industry. Organizations are investing in new technology, refining their data strategies, and looking for ways to improve collaboration across increasingly complex projects. In many cases, BIM is already central to that ambition.
Despite this progress, many teams still experience friction in the daily reality of project delivery. Models may be more advanced, toolsets may be broader, but across disciplines and stakeholders, the same challenges continue to surface: fragmented workflows, inconsistent processes, unclear standards, and too much effort spent managing information rather than using it effectively.
To explore this challenge more closely, we conducted a series of polls to better understand where BIM professionals are experiencing friction today, and what needs to change to make digital transformation in BIM more consistent and scalable.
BIM maturity does not automatically create workflow maturity
There is a tendency in the industry to treat digital transformation as a question of adoption. Have teams implemented BIM? Are they using the right platforms? Are they producing richer models and more data?
These are important indicators of progress, but they do not tell the full story.
A team can be digitally enabled and still struggle operationally. In fact, this is often where the next stage of maturity begins. Once BIM is in place, the real pressure shifts to how information moves, how standards are applied, how teams coordinate, and how quality is maintained as projects evolve.
The fact that digital capability has outpaced workflow design is where many organizations begin to encounter friction.
The friction is showing up in collaboration
To explore where that friction sits today, we asked BIM professionals a series of focused questions through LinkedIn polls. The responses came from 100+ BIM Managers, BIM Coordinators, Digital Leads, and others involved in model coordination and project delivery.
One finding stood out immediately: collaboration across teams was identified as the biggest BIM workflow challenge.
That matters, because collaboration is often where digital transformation is expected to deliver some of its clearest benefits. Shared information, better coordination, fewer silos, and more predictable outcomes are all part of the promise. But in practice, collaboration remains difficult when workflows are not aligned.
Even when teams are working digitally, they may still be working differently. One discipline may validate models one way, another may follow a different issue-management process, and another may rely on standards that are understood but not consistently applied. This results in a lack of operational clarity and runs the risk of creating confusion and miscommunication, especially when teams and projects grow.
Workflow inconsistency is not a side issue. It is the issue.
Another important finding from our research was that consistency in team workflows is the main challenge when it comes to collaboration.
This gets to the heart of the problem. Collaboration in BIM is not only about sharing models or exchanging files. It depends on teams being able to work within a common structure that includes shared expectations around information, validation, responsibility, and issue resolution.
When those structures are weak or uneven, the workflow itself becomes a source of friction. Teams spend more time interpreting requirements, checking what is current, following up on issues manually, or trying to reconstruct the reasoning behind decisions.
That is why digital transformation in BIM cannot be approached purely as a technology initiative. It is also a workflow design challenge.
Standards matter, but only when they work in practice
The research also pointed to another structural issue stalling transformation: a lack of standards remains one of the biggest barriers to consistency.
That is not surprising. Standards shape how information is structured, how deliverables are assessed, and how teams align across organizations. Without them, variability increases quickly: teams rely more on interpretation, and coordination becomes more difficult to scale.
But the deeper issue is not simply whether standards exist; it is whether they are operational.
In many organizations, standards are still trapped in static documentation. They may be defined in a BIM Execution Plan (BEP) or discussed during project setup, but they are not always embedded in daily workflows. This makes them difficult to apply at the point of work, difficult to validate consistently, and difficult to maintain across teams and project phases.
That is where many digital transformation efforts start to lose momentum. The strategic intent is there, the documentation may even be there, but the workflow does not yet support consistent execution.
Digital transformation in BIM succeeds or fails in day-to-day delivery
Digital transformation is not proven by the presence of technology. It is proven in the small, repeated moments of project delivery. If you’re not sure where your team stands in this regard, ask yourself: Can my team access the right information without delay?
- Are standards clear enough to apply in context?
- Is validation consistent and repeatable?
- Can issues be tracked transparently across disciplines?
- Do workflows remain reliable as teams, models, and responsibilities change?
These are operational questions, but they are also strategic ones. If workflows are fragmented, digital initiatives become difficult to scale. If processes are inconsistent, data becomes harder to trust. If standards rely on individual interpretation, quality becomes harder to maintain.
In other words, digital transformation in BIM stalls when day-to-day workflows are not built to automatically support a consistent, standardized way of working. If it’s not built in, real transformation quickly becomes wishful thinking.
To view the full report, click here.
What stronger BIM execution looks like
The challenge is clear. So, what does progress look like?
It requires a shift in focus. Instead of asking which tools are needed, organizations need to ask how workflows are structured around them.
Stronger BIM execution typically depends on a few core capabilities:
1. Accessible project information
Teams need reliable access to current models, documents, issues, and communication. Not as disconnected data points, but as part of a connected environment that makes the right information available to the right people at the right time.
2. Aligned collaboration across teams
Different disciplines and stakeholders need a shared way of working, with clear processes for coordination, validation, and issue resolution. Regardless of what native tools they use, they should all be able to collaborate seamlessly.
3. Standards that are applicable in practice
Requirements should not live only in documentation. They need to be visible, usable, and measurable within the tools and workflows teams use every day.
4. Reliable, repeatable processes
As projects evolve, teams need workflows that maintain quality consistently rather than depending on manual checks or individual knowledge.
5. Efficient coordination
The more repetitive effort can be reduced through automation, standardization, and connected issue management, the more time teams can spend on higher-value work.
None of this is especially theoretical. These are practical conditions for making BIM work at scale.
From insight to action
For organizations serious about digital transformation in BIM, the next step is not necessarily another platform, another policy document, or another isolated improvement initiative.
The next step is to look closely at the workflow itself. Consider:
- Where does information become fragmented?
- Where does collaboration depend too heavily on manual follow-up?
- Where do standards exist, but remain difficult to apply?
- Where does quality rely on effort rather than process?
These are the questions that move the conversation from digital ambition to operational execution. When you identify where your challenges lie, the remedy becomes clearer, and meaningful progress can begin.
Our eBook, 5 practical steps to a more effective BIM workflow, explores this in more detail through the AWARE framework: Accessibility, Work-sharing, Applicability, Reliability, and Efficiency. Together, these five principles provide a practical approach to strengthen BIM workflows to ensure that digital transformation becomes more than a strategic objective.