Construction has commenced in Kansas City, Kan., on the country’s latest proton therapy center, which upon its scheduled completion in December will be the first of its kind to offer specialized radiation treatment to patients in Kansas, Iowa, Nebraska, Colorado, and Arkansas. This will also be the region’s only National Cancer Center-designated cancer center.
The University of Kansas Health System will offer this service through its Cancer Center. It has received, and has started to install, the equipment for the proton therapy center, which is designed by Hoefer Welker in partnership with Stantec, whose design expertise in this typology includes the 135,000-sf New York Proton Center, the first of its kind in that state.
Hoefer Welker is also providing FF&E services, clinical space planning, medical equipment planning, and construction administration for this project. The facility expects to start receiving patients next January.
Also see: Equipment being hoisted and positioned into place
“Many cancer patients can’t receive this specialized treatment without traveling across several states to get it,” says John Castorina, Partner, Principal-in-Charge and National Healthcare Practice Leader with Hoefer Welker. “The stress that puts on the patient, their well-being and their recovery—as well as the emotional and financial stress it puts on their caregiver—is immense, and it’s something we hope this new facility can provide relief for. The capability to provide this treatment is a profound addition to our community and our region.”
DESIGN INFORMED BY TALKS WITH MEDICAL PROS
The 38,200-sf proton treatment center—which would be the 38th in the U.S—is being constructed by Kansas City-based McCownGordon Construction and Fort Worth, Texas-based Linbeck. The facility will include a protective concrete vault whose six- to nine-ft-thick walls require 2,721 cubic yards of concrete and 377,513 lbs of steel rebar. The vault will house 160 tons of equipment.
Throughout the design process Hoefer Welker met with physicians and other medical staff to determine the needs of patients and their families. Those meetings included a “visioning” session that assessed psychological, sociological, and physiological impacts.
Related Stories
Sustainability | Mar 2, 2023
The next steps for a sustainable, decarbonized future
For building owners and developers, the push to net zero energy and carbon neutrality is no longer an academic discussion.
University Buildings | Feb 23, 2023
Johns Hopkins shares design for new medical campus building named in honor of Henrietta Lacks
In November, Johns Hopkins University and Johns Hopkins Medicine shared the initial design plans for a campus building project named in honor of Henrietta Lacks, the Baltimore County woman whose cells have advanced medicine around the world. Diagnosed with cervical cancer, Lacks, an African-American mother of five, sought treatment at the Johns Hopkins Hospital in the early 1950s. Named HeLa cells, the cell line that began with Lacks has contributed to numerous medical breakthroughs.
Healthcare Facilities | Feb 21, 2023
Cleveland's Glick Center hospital anchors neighborhood revitalization
The newly opened MetroHealth Glick Center in Cleveland, a replacement acute care hospital for MetroHealth, is the centerpiece of a neighborhood revitalization. The eleven-story structure is located within a ‘hospital-in-a-park’ setting that will provide a bucolic space to the community where public green space is lacking. It will connect patients, visitors, and staff to the emotional and physical benefits of nature.
Multifamily Housing | Feb 16, 2023
Coastal Construction Group establishes an attainable multifamily housing division
Coastal Construction Group, one of the largest privately held construction companies in the Southeast, has announced a new division within their multifamily sector that will focus on the need for attainable housing in South Florida.
Intelligent Lighting | Feb 13, 2023
Exploring intelligent lighting usage in healthcare, commercial facilities
SSR's Todd Herrmann, PE, LEEP AP, explains intelligent lighting's potential use cases in healthcare facilities and more.
Giants 400 | Feb 9, 2023
New Giants 400 download: Get the complete at-a-glance 2022 Giants 400 rankings in Excel
See how your architecture, engineering, or construction firm stacks up against the nation's AEC Giants. For more than 45 years, the editors of Building Design+Construction have surveyed the largest AEC firms in the U.S./Canada to create the annual Giants 400 report. This year, a record 519 firms participated in the Giants 400 report. The final report includes 137 rankings across 25 building sectors and specialty categories.
Giants 400 | Feb 6, 2023
2022 Reconstruction Sector Giants: Top architecture, engineering, and construction firms in the U.S. building reconstruction and renovation sector
Gensler, Stantec, IPS, Alfa Tech, STO Building Group, and Turner Construction top BD+C's rankings of the nation's largest reconstruction sector architecture, engineering, and construction firms, as reported in the 2022 Giants 400 Report.
Healthcare Facilities | Jan 31, 2023
How to solve humidity issues in hospitals and healthcare facilities
Humidity control is one of the top mechanical issues healthcare clients face. SSR's Lee Nordholm, PE, LEED AP, offers tips for handling humidity issues in hospitals and healthcare facilities.
Augmented Reality | Jan 27, 2023
Enhancing our M.O.O.D. through augmented reality therapy rooms
Perkins Eastman’s M.O.O.D. Space aims to make mental healthcare more accessible—and mental health more achievable.
Hospital Design Trends | Jan 19, 2023
Maximizing access for everyone: A closer look at universal design in healthcare facilities
Maria Sanchez, Interior Designer at Gresham Smith, shares how universal design bolsters empathy and equity in healthcare facilities.