KWK Architects supports Washington University School of Medicine’s mission through planning and project activities
In 2015, Washington University School of Medicine (WUSM) in St. Louis, Missouri, hired KWK Architects to develop a phase one-campus plan. KWK facilitated a detailed review of the Medical Education Program with key leaders of the Medical School. The team analyzed which departments needed to be adjacent to each other, where the different departments made sense on campus, and which departments could share what spaces, if any. Gaining a thorough understanding of just how the School of Medicine utilized its existing space was a key step in the process.
“KWK helped us kick off our campus planning efforts in 2015, and we worked closely with them as we have continued to build from that initial plan concept in support of the research and clinical care missions. Our work is bringing communities together and improving the campus experience for employees, patients, students and visitors,” said Melissa Rockwell-Hopkins, assistant vice-chancellor, and assistant dean of operations and facilities School of Medicine.
Since the master plan’s completion in 2015, KWK has worked on over 40 design and study projects on the School of Medicine Campus. These include projects outlined in the master plan and additional enabling projects that have helped support campus growth and recruitment activities. Phase II work included projects such as the renovation of space for the McDonnell Genome Institute – Genome Technology Access Center (GTAC@MGI), aiming to improve the human condition by producing, studying, and interpreting high-quality, genome-based data that drives biological discoveries. For example, MGI has been involved in research on COVID-19 testing, developing a new saliva-based test that results in less than one day.
The new GTAC@MGI space, completed in July 2020, is located on the 4th Floor of the 4444 Forest Parkway Building. KWK’s team worked within the university’s design and planning standards to implement the efficient use of space within an existing building envelope, providing the university with tremendous value by avoiding new out-of-ground construction costs.
KWK designed the 22,500 square feet of renovated space to include a genome sequencing lab, BSL-2 laboratories, administrative offices, kitchenette/break room, conference, and huddle rooms. Interior finishes include aluminum door and borrowed lite frames, walnut veneered wood doors, carpet tile, and vinyl composition tile with Diamond 10 coating to reduce maintenance lifecycle costs.
KWK Project Manager Andy Noll conducted multiple interactive design workshop meetings with the university’s lab groups to work out the placement and fit of over 900 pieces of scientific instruments and equipment within the space.
“Tracking and placing of these three-dimensional elements in a highly organized manner were key to the project’s success,” said Noll.
For more information about KWK Architects’ university master planning expertise, click here.