Mayo Clinic Integrated Education & Research Building

Phoenix, AZ

A leading education and research campus for students, teachers, scientists and physicians.

12,234 sqft
OF PTFE MEMBRANE

Market

Institutional

Architect

DFDG Architects, CO Architects

Building Contractor

DPR Construction

Completion

2024

2025 Best Projects Award of Merit: Higher Education, ENR

2025 Higher Education Project of the Year, AZ RED Awards

ETS Scope

Design, Engineering, Procurement, Installation

Surface Area

12,234 sq ft

Material

PTFE Membrane

Structure

Canopy

Mayo Clinic Integrated Education & Research Building

A shaded oasis for students, educators, scientists and physicians.

The Mayo Clinic’s Integrated Education and Research Building (IERB) is a 15,000 square foot facility designed to seamlessly integrate education, research and patient care. A key architectural feature enhancing the campus is a series of five tensile membrane canopies that define the outdoor courtyard, creating a shaded oasis amid the desert landscape. These custom-engineered canopies extend over the courtyard, providing essential sun protection in the Arizona climate. Their lightweight yet durable design allows them to span large areas with minimal structural interference, creating an open, airy environment ideal for gatherings, collaboration, and events.

Daytime view of the canopies at Mayo Clini’s Integrated Education & Research Building in Phoenix, Arizona.
PTFE regulates heat gain and daylight.

Crafted from PTFE, the tensile structures are designed to reflect heat and diffuse natural light, maintaining a comfortable temperature while minimizing glare.

Daytime view of the canopies at Mayo Clini’s Integrated Education & Research Building in Phoenix, Arizona.
Both columns and cables brace the canopy.

The canopies are supported by an elegant column and cable framework, procured and installed by ETS to blend seamlessly with the IERB’s modern architectural aesthetic.

ETS deployed and clamped the membrane panels using advanced installation methods, including rope access, engineered rigging, and landing nets. This approach ensured that the canopies were efficiently erected while maintaining the highest quality and safety standards. The methods also allowed the construction team to meet tight schedules without compromising the integrity of the design.

This project highlights ETS’s expertise in delivering tensile structures that elevate form and function, contributing to iconic architectural designs that enrich the user experience.