Many firms attempt to solve BIM challenges by hiring temporary staff or outsourcing modelling tasks. However, the real opportunity lies in building internal digital capability through structured implementation and strategic support.
Across the architecture, engineering, and construction (AEC) industry, Building Information Modelling (BIM) has evolved from a specialized tool into an essential component of modern project delivery. Digital models now play a central role in design coordination, documentation, and construction planning. As more projects adopt collaborative digital workflows, organizations are under increasing pressure to strengthen their internal BIM capabilities.
Industry research reflects this shift. Reports from Autodesk and Dodge Construction Network show that BIM adoption continues to expand across North America as firms seek to improve collaboration, reduce project risk, and increase efficiency. According to Dodge Construction Network’s Business Value of BIM SmartMarket Report, a majority of firms using BIM report improved coordination and better project outcomes compared to traditional workflows.
Despite these benefits, many organizations still struggle to fully integrate BIM into their operations. When project deadlines approach or internal expertise is limited, the most common response is to outsource modelling work or hire temporary staff to support production.
While these solutions may address immediate workload pressures, they often fail to resolve the deeper operational challenges that limit BIM’s long-term value.
The BIM Staffing Trap
In many organizations, BIM implementation is treated primarily as a staffing challenge rather than an operational one. When digital modelling expertise is required, firms often turn to freelance technicians, temporary hires, or external modelling services to meet project demands.
Although this approach can increase production capacity in the short term, it rarely addresses the underlying issues that prevent teams from working effectively within BIM environments. Temporary staff typically need time to understand internal standards, file structures, and documentation practices before they can fully contribute to a project.
By the time these individuals become familiar with the workflow, the project may already be moving into a new phase. As a result, firms often find themselves repeating the same cycle across projects, continually bringing in external resources to meet production needs without ever strengthening their internal systems.
This challenge is compounded by the growing demand for digital skills within the construction industry. Autodesk’s State of Design and Make Report highlights a widening gap between the demand for BIM expertise and the availability of professionals with the necessary experience to manage complex digital workflows.
Why Outsourcing Alone Falls Short
Outsourcing services can play an important role in delivering specific modelling tasks, particularly when firms need to scale production quickly. However, most outsourcing arrangements focus on executing deliverables rather than improving the internal processes that generate them.
Critical elements of BIM implementation, such as template development, modelling standards, naming conventions, model auditing, and interdisciplinary coordination workflows, are often outside the scope of traditional outsourcing contracts.
As a result, the knowledge required to maintain and improve BIM practices frequently remains external to the organization. Once the outsourcing engagement ends, many firms find themselves facing the same issues they encountered before: inconsistent models, inefficient workflows, and limited internal expertise to manage digital project delivery.
The consequences of these inefficiencies can be significant. Research by FMI Corporation and the Construction Industry Institute estimates that rework accounts for 5–15 percent of total construction costs, representing billions of dollars in avoidable project expenses annually. Many of these issues stem from coordination challenges, incomplete information, and inconsistent documentation, precisely the types of problems that structured BIM workflows are designed to address.
The Fractional BIM Model
In response to these challenges, a new approach is emerging within the industry: fractional BIM leadership. Rather than hiring full-time BIM managers or outsourcing isolated modelling tasks, organizations are increasingly engaging specialized consultants who work alongside internal teams to support projects while improving digital workflows.
This model provides access to experienced BIM professionals who can assist with coordination, standards development, training, and workflow optimization without the long-term commitment associated with permanent hires.
The goal is not simply to produce project models, but to help organizations establish the systems and processes needed to manage BIM effectively. By combining strategic guidance with hands-on support, fractional BIM leadership allows firms to strengthen their digital capabilities while continuing to deliver projects successfully.
This approach aligns closely with international best practices for digital project delivery. Standards such as ISO 19650, the global framework for information management using BIM, emphasize structured workflows, consistent standards, and collaborative processes across project teams.
From Production to Capability
When BIM support focuses on building internal capability rather than simply completing deliverables, the benefits extend far beyond a single project.
Teams begin to adopt consistent modelling standards, improving how information is structured and shared across disciplines. Standardized templates and content libraries reduce time spent recreating elements, while clearly defined coordination workflows help project teams identify potential conflicts earlier in the design process.
Organizations that invest in developing these systems also improve their ability to collaborate within increasingly complex project environments. The National Institute of Building Sciences notes that BIM-based coordination allows teams to detect and resolve clashes earlier in the design phase, reducing costly conflicts during construction.
Over time, staff members gain the confidence and skills required to manage digital models independently. Instead of relying indefinitely on external support, firms develop the internal expertise needed to deliver BIM projects more efficiently.
A Practical Example
Consider a mid-sized architecture or construction firm transitioning from CAD-based workflows to Revit. Faced with a demanding project schedule, the firm initially considers outsourcing its modelling work to an external provider.
Instead, the firm engages a BIM consultant who works directly with the internal team. The consultant begins by reviewing existing workflows, identifying gaps in standards, and developing a structured Revit template tailored to the firm’s needs. At the same time, the consultant supports coordination meetings, reviews models for consistency, and provides targeted training to staff members working on the project.
Within a few months, the project is delivered successfully. More importantly, the firm now has a repeatable workflow and the internal knowledge required to apply it to future projects. What began as external support ultimately becomes a foundation for long-term digital capability.
Why This Matters for the Industry
As BIM becomes a standard expectation across design and construction projects, organizations must consider how they will develop and maintain the expertise needed to manage digital delivery.
Large firms often maintain dedicated BIM departments, but many small and mid-sized organizations lack the resources to support full-time specialists. For these firms, the challenge is not simply completing digital models, but building the internal capacity needed to participate effectively in collaborative project environments.
Research from McKinsey & Company highlights the importance of digital tools, including BIM, in improving construction productivity and reducing inefficiencies across the industry. Organizations that invest in strengthening their digital workflows will be better positioned to deliver coordinated, efficient projects as these technologies become increasingly central to construction.
Building Digital Capacity
Temporary staff and outsourcing services can help address short-term production demands, particularly during periods of intense project activity. However, lasting BIM success requires more than simply delivering models.
It requires structured workflows, consistent standards, and teams that understand how to manage digital information throughout the project lifecycle.
By focusing on long-term capability rather than short-term production support, organizations can transform BIM from a project requirement into a lasting operational advantage.
As the construction industry continues to adopt digital delivery methods, firms that invest in developing their internal BIM expertise will be better positioned to collaborate effectively, reduce costly rework, and deliver projects with greater confidence.
Author
Emilio Barbero, BID, MBA
Founder, Revit Hero
Emilio Barbero is a BIM consultant and educator based in Ontario, Canada. Through Revit Hero, he works with architects, designers, and contractors across North America to implement practical Revit workflows, provide team training, and support digital coordination on complex projects.
Sources Referenced
Autodesk. State of Design and Make Report
Autodesk. The Business Value of BIM
Dodge Construction Network. Business Value of BIM in North America SmartMarket Report
FMI Corporation & Construction Industry Institute. Rework in Construction Industry Study
McKinsey Global Institute. Reinventing Construction: A Route to Higher Productivity
International Organization for Standardization. ISO 19650 – Organization and Digitization of Information about Buildings and Civil Engineering Works
National Institute of Building Sciences. National BIM Guide for Owners