BIM is powerful. But a model that cannot be built creates downstream friction.

In this episode of Prefab, Unfiltered, recorded live at Advancing Prefabrication, Todd Weyandt sits down with Jared Sutliff to explore the gap between BIM, VDC, prefabrication, and field execution.

As data center construction accelerates and AI reshapes workflows, the pressure to make prefabrication repeatable and scalable is increasing. But success depends on more than modeling sophistication. It requires constructability, cultural buy-in, and early collaboration between designers, subcontractors, and field teams.

This conversation dives into what it really takes to make BIM buildable and prefabrication executable at scale.

If you are involved in prefabrication, modular construction, BIM, VDC, or mission-critical project delivery, this episode delivers practical insight from the front lines.

Jared Sutliff brings deep experience at the intersection of BIM, VDC, and electrical prefabrication. With a background in multimedia design and 3D modeling, he transitioned into construction technology and co-founded BIM Technology Management, focusing on constructability, coordination, and scalable prefab workflows.

His work centers on aligning digital modeling with real-world installation, particularly in data center and mission-critical environments where repetition and precision are essential.

BIM and VDC continue to evolve, but digital sophistication alone does not guarantee success. Prefabrication scales when modeling decisions reflect real jobsite constraints and installation sequencing. Buildable models drive repeatable outcomes.

Technology adoption without field alignment creates friction. Prefab success depends on leadership support, crew involvement, and clear communication across departments. It is not a software rollout. It is an operational shift.

In repetitive environments like data centers, small coordination issues can multiply across floors and facilities. Early collaboration between engineers, subcontractors, and suppliers reduces rework and compounds efficiency.

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