Parker Performance Institute in Frisco, Texas, is billed as a first-of-its-kind sports and rehabilitation clinic where students, specialized clinicians, and chiropractic professionals apply neuroscience to physical rehabilitation. Offering high-tech, cutting-edge treatment, the facility combines the vibrant atmosphere of a training gym with the healing qualities of a spa.
The building is organized into two zones, each with a distinct character. The Open Performance Zone is a high-energy space embodying athleticism and vigor with dark metal accents, turf, digital displays, and a sense of expansiveness despite a relatively small, elongated space. Designers used mirrors, exposed structural components, and natural light to animate this half of the interior. This space emphasizes cutting-edge technology.
The interior is composed of healing and massage rooms, with bright tones and indirect, color-changing circadian lighting that is customizable for patients, offering a soothing retreat. The facility provides intuitive navigation with a continuous light running above the core circulation path that is defined by a detailed feature wall.
These features mark the transition from the communal, highly visible training area to the zone of private care. A pattern of wood slats along the wall—also incorporating metal mesh and steel trim—creates a warm material rhythm that guides patients through the full length of the space. Branching off the main path are clean, bright pods of exam rooms with neurological and visual equipment used for light therapy, vertigo treatment, and specialized treatments for PTSD patients.
Parker Performance uses advanced tools not commonly available in clinics, from dynamic posturography and virtual reality to 3D diagnostics. The design balances this tech-forward environment with human touches, not losing sight of the emotional side of performance and recovery.
Light is strategically layered throughout to ground the experience as you walk through the building. Tall windows pull sun into the open athletic zone and translucent materials transmit natural light deeper into the space offering privacy without losing the glow of daylight.
On the team:
Owner and/or developer: Parker University
Design architect: Perkins&Will
Architect of record: Perkins&Will
MEP engineer: Purdy-McGuire
General contractor/construction manager: Skiles Group
Related Stories
| Nov 19, 2013
Top 10 green building products for 2014
Assa Abloy's power-over-ethernet access-control locks and Schüco's retrofit façade system are among the products to make BuildingGreen Inc.'s annual Top-10 Green Building Products list.
| Nov 13, 2013
Installed capacity of geothermal heat pumps to grow by 150% by 2020, says study
The worldwide installed capacity of GHP systems will reach 127.4 gigawatts-thermal over the next seven years, growth of nearly 150%, according to a recent report from Navigant Research.
| Nov 7, 2013
Fitness center design: What do higher-ed students want?
Campus fitness centers are taking their place alongside student centers, science centers, and libraries as hallmark components of a student-life experience. Here are some tips for identifying the ideal design features for your next higher-ed fitness center project.
| Oct 30, 2013
11 hot BIM/VDC topics for 2013
If you like to geek out on building information modeling and virtual design and construction, you should enjoy this overview of the top BIM/VDC topics.
| Oct 28, 2013
Urban growth doesn’t have to destroy nature—it can work with it
Our collective desire to live in cities has never been stronger. According to the World Health Organization, 60% of the world’s population will live in a city by 2030. As urban populations swell, what people demand from their cities is evolving.
| Oct 18, 2013
Researchers discover tension-fusing properties of metal
When a group of MIT researchers recently discovered that stress can cause metal alloy to fuse rather than break apart, they assumed it must be a mistake. It wasn't. The surprising finding could lead to self-healing materials that repair early damage before it has a chance to spread.
| Oct 8, 2013
Toronto Maple Leafs arena converted to university recreation facility
Using steel reinforcement and massive box trusses, a Building Team methodically inserts four new floors in the landmark arena while preserving and restoring its historic exterior.
| Oct 1, 2013
13 structural steel buildings that dazzle
The Barclays Center arena in Brooklyn and the NASCAR Hall of Fame in Charlotte, N.C., are among projects named 2013 IDEAS2 winners by the American Institute of Steel Construction.
| Sep 26, 2013
6 ways to maximize home-field advantage in sports venue design
Home-field advantage can play a significant role in game outcomes. Here are ways AEC firms can help create the conditions that draw big crowds, energize the home team to perform better, and disrupt visiting players.
| Sep 24, 2013
8 grand green roofs (and walls)
A dramatic interior green wall at Drexel University and a massive, 4.4-acre vegetated roof at the Kauffman Performing Arts Center in Kansas City are among the projects honored in the 2013 Green Roof and Wall Awards of Excellence.