D. Dan and Betty Kahn Health Care Pavilion at University of Michigan Health, Ann Arbor, Michigan
Michigan Medicine, which encompasses the clinical, research and educational activities of the University of Michigan’s academic medical center, will welcome the new $920 million D. Dan and Betty Kahn Health Care Pavilion to its main medical campus in Ann Arbor, Michigan. Fall of 2025. The 264-bed facility will have a state-of-the-art neurology centre, specialized services for heart and thoracic patients, 20 surgical suites and three interventional radiology suites.
The project will expand highly complex inpatient capacity and improve the number of single private rooms in the main medical complex. The new private rooms have the capabilities of intensive care units, allowing them to be easily converted from acute care to intensive care as care needs evolve over time. The 12-storey building has five floors, with 48 patient rooms per floor and a separate 24-bed ICU designated Critical Care Unit, located between two surgical platforms. The top two floors (96 licensed beds) are designed to act as individual respiratory infectious prevention units.
Changing the Michigan medical landscape
Kahn Pavilion is located on Michigan Medicine’s main medical campus, known as ‘The Hill’, adjacent to the university’s Central Campus in Ann Arbor. A bridge and tunnel connect the pavilion to the adjacent Frankel Cardiovascular Center and Medical Center for visitors, patients and services.
The overall design of the project responds to the scale, massing and materiality of other medical center buildings. Precast concrete panels with a color range of Indiana limestone and nearly clear, highly energy efficient glass are the two primary exterior materials.
The interior color palette is designed to be “Michigan meets Michigan” and combines natural Michigan colors – blue from the lakes, beige from the sandy beaches, green and dark walnut from the hardwood forests – and the famous maize and blue hues. The design features branding with the University of Michigan.
Durable design features
The pavilion is designed with a focus on environmental sustainability, which is a priority for the University and Michigan Medicine as the institution implements strategies to move toward carbon neutrality in the future. Every aspect of the project is considered with use of materials, energy and water efficiency as the primary goal.
Sustainable strategies are expected to result in a 49 percent reduction in CO2 emissions, 19 percent natural gas savings, 71 percent total electricity savings, 6 million gallons of water savings and a 20 percent overall energy reduction.
Additionally, material life-cycle analysis was conducted on the building’s structure, foundation, and cladding. Iterative modeling allowed the project team to review areas of opportunity to reduce embodied carbon through design efficiency and specification of low embodied carbon concrete.
The selection of environmentally preferred materials was verified through manufacturing tracking by establishing products with multiple raw material characteristics and products with third party verified environmental product declarations. Ultimately, the project was able to demonstrate a 15 percent reduction in global warming potential. The project, following initial review by the USGBC, is on track to achieve LEED Platinum certification. If certified as platinum, it is believed that Kahn Pavilion will be the largest health care project in the country with this designation.
Project details for the D. Dan and Betty Kahn Health Care Pavilion at University of Michigan Health
Facility name: D. Dan and Betty Kahn Health Care Pavilion at University of Michigan Health
Location: Ann Arbor, Michigan.
Expected completion date: Spring 2025
Owner: University of Michigan Health, Michigan Medicine
Total building area: 690,000 sq. ft.
Total project cost: $920 million
Project Cost/Sq. ft.: $1,300
Architect: HOK (Architect), IDS (Associate Architect)
Interior Designer: HOK
General Contractor: Barton Mallow
Engineers: HOK (Structural), AEI (Mechanical & Electrical), Beckett & Rader (Civil)