In Chesterfield, Mo., a suburb of St. Louis, Forum Studio and design-builder Clayco have created the $54 million, 125,000-sf Mercy Virtual Care Center, a high-tech medical center, innovation think tank, conference center, sales showroom, and office building for Mercy, the nation’s fifth-largest Catholic health system.
The truly innovative aspect of the center is its virtual-care capability, which equips its medical professionals to deliver care at the bedside of patients anywhere. This is especially important for chronically ill patients—diabetic patients, for example—who have been dismissed by the hospital but who need to adjust their medications, report any flare-ups, or just want assurance that they’re doing well—all to avoid costly readmissions.
One such patient is Jim Hoevelmann, 74, who lives 70 miles from the Mercy facility. Hoevelmann suffers from chronic obstructive pulmonary disease, a condition that requires a lot of continuing care. Using his iPad and basic medical test equipment, Hoevelmann can check his vital signs and instantly report them to his care team in Chesterfield. Patients are scheduled for video visits one to three times a week, but they can call the facility at any time.
“24-7, I can call that number and I’ve got somebody helping me, to either change my medication or get me to the hospital, or whatever they decide to do,” he told a reporter from KSDK-TV (http://on.ksdk.com/2adx8Th).
Hoevelmann’s internist, J. Gavin Helton, Medical Director of Ambulatory Care at Mercy, said, “We get to know his medical history, and we build a plan that’s specific to him. Many times we know when something’s happening with Jim before he even knows it.”
Hoevelmann said he got such a call from Helton one Sunday night at 9:30. “He put me on Prednisone that night and by the next morning I was coming out of it again,” he says. “They’ve done that twice.”
CBRE Healthcare’s Patrick Duke says the virtual care center demonstrates Mercy’s organizational entrepreneurship.
“More and more hospital systems are looking to fund operations like this in the face of declining reimbursement,” says Duke, a member of BD+C Editorial Board.
Read about more innovations from BD+C's 2016 Great Solutions Report
Related Stories
Sustainability | Feb 20, 2019
Studio NAB’s Superfarm project creates an entire ecosystem in an urban environment
The Superfarm will go beyond what vertical farms typically produce.
Great Solutions | Feb 7, 2019
An apiary for the sanctuary
A Seattle events venue, The Sanctuary, has a roof that is literally a hive of sustainability.
Great Solutions | Jan 2, 2019
Net zero construction trailer brings health and wellness to the jobsite
As AEC firms scramble to upgrade their offices to maximize occupant wellness and productivity, Pepper Construction asks, What about the jobsite office?
Great Solutions | Dec 12, 2018
A modular, scalable mobile hospital can quickly respond to natural disasters and crises
CallisonRTKL’s design combines artificial intelligence, electric vehicle technology, and the latest in medical equipment.
Great Solutions | Nov 8, 2018
Public canopy system can be reconfigured by drones on the fly
The installation combines cyber-physical building materials constructed from lightweight carbon fiber filament with a collection of autonomous drones.
Great Solutions | Sep 28, 2018
When pigs fly? How about when cows float?
Merwehaven Harbor in Rotterdam will be home to the world’s first floating farm.
Great Solutions | Sep 17, 2018
Curtain walls go circadian
Catering to our natural circadian rhythm is a task designers are taking to heart.
Great Solutions | Aug 8, 2018
Warehouses rise up to serve downtown
Multistory industrial buildings provide the best chance at keeping up with the rapid growth of e-commerce in North America.
Great Solutions | Jul 13, 2018
Fungus may be the key to colonizing mars
A Cleveland-based architect and a NASA Ames researcher have a novel idea for building on Mars.
Great Solutions | May 14, 2018
It’s not Ripley’s loader, but this industrial exoskeleton makes physical labor a breeze
SuitX modules can be used separately or combined to form a full-body exoskeleton.