Contemporary architecture increasingly demands complex façade geometries that challenge traditional approaches to design, engineering, fabrication, and construction. Curved, faceted, twisted, and free-form building envelopes require seamless collaboration between architects, structural engineers, façade consultants, manufacturers, and installers to transform ambitious concepts into buildable, high-performance systems. This presentation explores the engineering strategies and digital workflows used to design, manufacture, and assemble complex steel and glass façade systems. Through project examples and lessons learned, attendees will examine how advanced modeling technologies, parametric design tools, fabrication constraints, tolerance management, and field coordination influence project success. The session will highlight practical methods for balancing architectural intent, structural performance, manufacturability, cost, and constructability while delivering visually striking building enclosures.

Continuing Education Credits: pending