Insights & Solutions

Antibiotic-resistant infections have become a major public health issue in the United States. In other countries, however, the problem doesn’t appear as severe or as widespread. It’s worth taking a look at what they’re doing differently to see what we can learn from their efforts.

In today’s demanding healthcare marketplace, your design choices need to do double duty. They need to reflect your mission to prevent the transmission of germs in your facility while also incorporating a patient-centered care approach to help people feel at home in your units.

But this raises a serious question: Can safety and comfort co-exist? The answer is a resounding “yes.” Many modern facilities are finding creative ways to integrate both missions seamlessly so patients and staff reap the full benefits.

Hospital-acquired infections (HAI) and other easily transmittable diseases are a serious concern in most facilities today. Implementing some of the latest best practices in your physical environment can help to minimize their impact—and help you get the best outcomes from your efforts.

When exploring design options that can help to prevent HAI and keep other infectious diseases from spreading, here are three key factors to consider:

In the ongoing battle to reduce noise in hospital patient units, much attention has been paid to the floor and the ceiling. Over the years, several case studies have shown that sound-absorbing ceiling tile and carpet can help significantly reduce excess noise on a unit. But what about the walls?

The issue of excessive noise in healthcare facilities is indeed complicated. Patients need a calm, peaceful environment in which to heal, and loud noises certainly are at odds with that concept. While architectural and design choices can be made to lower the general noise level -- high-performance sound-absorbing materials in floors, ceilings, and walls are examples -- perhaps the most important and effective step a healthcare organization can take is to create a “culture of quiet” among its staff on all levels.

For many years, carpet was considered a no-no for use in most hospital settings beyond waiting areas. The most oft-cited reason was cleanability, as well as a perceived added difficulty for caregivers pushing carts and other wheeled equipment.

However, with the growing awareness of the noise issue in hospitals—including the potential financial repercussions, based on the HCAHPS system and the reimbursements tied to it—carpet is getting a second look in some facilities looking to decrease overall noise levels.

Shepley, M. M., Pasha, S., Ferguson, P., Huffcut, J. C., Kiyokawa, G., & Martere, J. (2013). Design research and behavioral health facilities. The Center for Health Design.

KASIAN ARCHITECTURE INTERIOR DESIGN & PLANNING LTD.  Firm's role on the project: Prime Consultant, Architect of Record, Interior Design     About the Project

A set of project drivers act as a tool to facilitate the design team’s comprehension of the main criteria for the project. The drivers for South Health Campus seek to:

The UW Hospital and Clinics Authority is a progressive client, especially in developing state of the art, community based cancer services as well as the latest cancer research and technology. Zimmerman Architectural Studios has completed a Radiotherapy Center, a full service, community based ambulatory care facility, a consolidation of the University Sports Medicine Center and is currently completing a large translational and interdisciplinary research facility for UW.

We have seen first hand the remarkable development of the Agnesian HealthCare system since 2001 as we provide on going master planning services, new inpatient and outpatient building designs, remodeling of existing departments and most currently the planning and design of a critical access hospital in Ripon.