Within Tolerance: Why Real-World Cross-Collaboration Matters More in the AI Age
October 1 | 1 - 2 p.m. ET
As artificial intelligence reshapes workflows across architecture, engineering, and construction, the demand for more sophisticated and adaptable building enclosures continues to grow. Yet, the built environment remains fundamentally human—designed for people, shaped by context, and realized through collaboration. This presentation offers a multidisciplinary perspective, drawing from the experiences of architects, contractors and owners to examine how real-world, cross-disciplinary coordination remains essential to delivering high-performance buildings, even as digital tools become more prevalent. It highlights lessons from projects where human communication—not automation—was the key to maintaining design intent, continuity and constructability. The session explores how to achieve better buildings from start to finish—showing that beyond maintaining assembly and system continuity, true performance depends on project team continuity. From breaking ground to drying in, the presentation illustrates how proactive coordination, clear scope definition, and interface and goals alignment can prevent the missteps that lead to failure. Emphasis is placed on applying first principles and fundamentals to navigate complex conditions and develop simple, collaborative solutions.
Learning Objectives:
- Identify critical coordination points that affect enclosure continuity and performance from design through construction.
- Describe how early, discipline-wide collaboration mitigates scope gaps and interface failures in enclosure assemblies.
- Discuss practical strategies for maintaining communication and alignment among project stakeholders.
- Apply lessons from field and desk to improve constructability and performance of air, moisture and thermal control layers.
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