To achieve the building’s distinctive architectural expression, the Wells team developed four overall panel profiles using custom, in-house mold methodology. The profiles were mirrored and deployed strategically to reduce the number of molds while maintaining efficiency and budget alignment. A custom formliner pattern, inspired by a Fibonacci segmenting series, creates rolling waves that transition from wider to narrower valleys across the facade.

The resulting acid-etched surface undulates as it wraps the space and folds into the entrance vestibule. Panels were deployed as a continuous wave, beginning loose and wide before compressing into tighter curves at key areas. Through this vertical relief, light and form work together to enhance the architectural finish — creating the appearance of multiple shades of grey from a single mix and finish. Shadows cast from the solar canopy above further animate the facade throughout the day.

BIM-enabled coordination allowed the design team and Wells to precisely model the wave geometry, panel interfaces, and installation sequencing. These digital models were translated directly into CNC-assisted and hand-built molds, delivering a level of precision and consistency that supported both performance and design intent. Large-scale panels with limited joints also improved durability, storm resistance, and long-term service life.

Through close collaboration with the design team, efficient fabrication, and streamlined installation, Wells delivered a solution that advanced the project’s energy goals, strengthened envelope performance, and brought a bold architectural vision to life — demonstrating how Wells can unite efficiency, ingenuity, and lasting impact.