Winship Cancer Institute at Emory Midtown

Atlanta, GA

A full-service cancer care center with integrated research programs.

95 ft
Diameter Oculus

Market

Institutional

Architect

SOM

Building Contractor

Batson-Cook Construction

Structural Engineer

SOM

Completion

2023

ETS Scope

Design, Engineering, Fabrication, Installation

Surface Area

15,000 sq ft

Material

PTFE Membrane

Structure

Covered Entrance

Winship Cancer Institute at Emory Midtown

Lightweight entrance canopy with center oculus.

The entrance canopy that greets guests to the Winship Cancer Institute at Emory Midtown spans 124′ x 175′. It also features a dramatic 95’ oculus that opens to the sky and casts light upon a DNA double helix sculpture, designed by Atlanta artist Martin Dawe, rising from the ground. The covered entryway spans between a 17-story tower to its east and parking garage to the west. The translucent canopy provides shade and weather protection for arriving guests.

ETS provided design-assist services to engineer the PTFE membrane structure with its centerpiece oculus. The entrance canopy is supported by a series of low-profile arching trusses. Each truss is bolt-spliced together on-site and spans the 124’ opening, creating the oculus with slope-profiled faces. Upon the structure, four large, tensioned PTFE panels clad the top, while a louvered wood slat soffit by others clad the underside. At the oculus ring, 128 segmented and trapezoidal clear anodized metal panels clad the sloped faces between the 83’ diameter lower ring and the 95’ diameter upper ring. The resulting lightweight structure is an elegant and iconic first impression upon arrival at the Institute.

Daytime view of the covered entrance at the Winship Cancer Institute at Emory Midtown in Atlanta, Georgia.
The oculus ring features sloped metal panels.

ETS’s delegated design package included a turnkey design, fabrication, and installation solution for the Winship team. This assisted in achieving their budget reduction goals from the original glazed entrance canopy design. With a life expectancy of over 30 years, translucent PTFE membrane is the most cost-effective canopy solution for this large spanning structure.