Fatima bint Mubarak Center at Cleveland Clinic Abu Dhabi

Fatima bint Mubarak Center at Cleveland Clinic Abu Dhabi

Abu Dhabi, United Arab Emirates

Across the globe, LEO A DALY is known as a design firm committed to healthcare project delivery. With over 50 years of service in the Middle East and demonstration of design excellence, the Abu Dhabi studio contributed to the success of notable projects like the Fatima bint Mubarak Center at Cleveland Clinic, Abu Dhabi (CCAD). The nine-story facility houses clinical practice areas for advanced imaging, infusion, radiation and chemotherapy, with connection to the main hospital’s surgical areas.

Chosen as the technical consultancy advisor for this 15,000 SQM (161,458 SF) oncology addition to the active hospital, the LEO A DALY team reviewed and analyzed the comprehensive design to ensure it met Cleveland Clinic’s world-class model of care at every phase of the Design Validation and two-year construction process. This significant role required a special mix of project management, cultural sensitivity and most importantly technical healthcare design knowledge and experience. The select team of architects and engineers received specific appreciation for their integrity and depth of architectural, mechanical, electrical and biomedical expertise in complex healthcare environments.

Utilizing BIM workshops, the team strove to advance quality at all stages from design implementation to final completion. Leading weekly meetings with all stakeholders and multidisciplinary teams throughout construction, the dedicated healthcare team also monitored the Fatima bint Mubarak Center for LEED® Gold certification. Expert recommendations from the experienced team include improvements to the exterior envelope performance and detailing to minimize thermal gain while maximizing energy savings. Demonstrating a continuous commitment to the client and design excellence, the team recommended building materials for improved indoor air quality, infection control, as well as the inclusion of an Independent Commissioning Agent to review, test and validate the exterior fabric.

Client 

Cleveland Clinic Abu Dhabi

At a glance

15,000 SQM (161,458 SF) Oncology addition

Features

  • 9-story addition
  • 24 exam rooms
  • 24 infusion rooms
  • 2 procedure rooms
  • Area devoted to specialty women’s services
  • Clinical practice areas for advanced imaging, infusion, radiation and chemotherapy
  • Designed to meet LEED® Gold certification

Services

  • Technical advisor
  • Construction administration
  • Architecture
  • Civil engineering
  • Mechanical engineering
  • Electrical engineering
  • Biomedical engineering

UCLA Ronald Regan University Medical Center, Hybrid OR

UCLA Ronald Regan University Medical Center, Hybrid OR

Los Angeles, California

LEO A DALY performed a feasibility study to locate a new Hybrid OR within the 2nd floor surgery suite of the UCLA Ronald Reagan Hospital in October 2017. Design has been completed and approved by HCAI (OSHPD). The project is currently in construction.

The program includes a new Hybrid OR room, Control Room, Equipment Storage, and a Staff Toilet. The scope of work includes installation of several booms by Getinge:
• Anesthesia Boom
• 2 Monitor Booms
• Surgical Light Boom
• 2 Monitor Boom with Shield Arm
• Perfusion Boom
• Shield and Camera Arm Boom

A new integrated prefabricated ceiling system by SLD systems was also designed to increase sterility around the patient during surgeries. An independent steel structure was designed to support the prefabricated ceiling system which will support all the booms.

A freestanding steel structure was designed to frame the ceiling opening where the hard lid ceiling meets the prefabricated ceiling system.

In addition to Getinge and SLD equipment vendors, an integrated technology system by Steris is also included. The imaging equipment is provided by Siemens. Several items were coordinated with UCLA Facilities Management during construction including infection control at the project site, scheduled facility shutdowns for med gas and plumbing point of connections, shutdowns for electrical panel connections.

The project is currently in construction and is expected to be completed by late 2022.

Client 

UCLA Health

At a glance

Hybrid OR
Control room
Equipment storage

Features

Integrated prefabricated ceiling system by SLD systems was also designed to increase sterility

Services

Architectural Design Engineering Services Interior Design

LEO A DALY’s Kim Cowman named to HCD 10 by Healthcare Design

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LEO A DALY’s Kim Cowman named to HCD 10 by Healthcare Design

A leader in sustainability and high-performance buildings, Cowman has been named among outstanding professionals who are influencing healthcare-facility design.

Kim Cowman, National Director of Engineering at LEO A DALY
National Director of Engineering Kim Cowman has been named the HCD 10 Building Professional of the Year by Healthcare Design magazine. The award program recognizes 10 professionals each year, including designers, clinicians, researchers and educators.

Cowman is the first in LEO A DALY history to occupy her role as national director, which was created three years ago. Her leadership is already emerging as a powerful force for sustainable, high-performance and integrated design. In the past five years, she has been named to the 40 Under 40 lists for both Consulting-Specifying Engineer and Building Design + Construction.

“As designers, we have a direct impact not just on the climate-related outcomes of communities, but on the health outcomes of the people who occupy healthcare facilities,” Cowman said.

Influencing healthcare design

In 2021, Cowman helped form the LEO A DALY Design Integration Group (DIG), which acts to advance an integrated design agenda. The group benchmarks building-energy use and carbon emissions in healthcare and other markets It also amplifies cross-discipline efforts to elevate sustainability on an occupant-by-occupant level, identifying strategies to create community connections, enhance indoor air quality and harvest daylighting, all of which impact wellness. In 2017, she authored “Unpacking USP 800,” which firmly established her authority in the latest mechanical-system requirements for hospital pharmacies that prepare medication for applications such as chemotherapy.

A leader in high-performance buildings

Cowman’s mechanical design work on the Omaha VA Ambulatory Care Center in Omaha helped the project cut energy use 26.2 percent below the Energy Policy Act of 2017, and to reduce water use by 23.6 percent versus code. The project has won more than 15 industry awards, including this year’s apex Project of the Year Award from Engineering-News Record. Her leadership post-design on the 200,000 SF Carson HQ campus led to real-world benchmarking of an innovative electrochromic envelope. Early next year, she will present the findings at the national Winter Conference for the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE). Her leadership during internal design integration workshops offered designers additional tools to maximize high-performance design decisions for the VA’s first-ever adaptive-reuse hospital, in Tulsa, Oklahoma. This healthcare project will reuse structure from existing office buildings, cutting embodied carbon by about 50 percent.

Cowman’s insights have appeared in Forbes, ENR and Architectural Digest, following LEO A DALY’s 2020 whitepaper on reducing pathogens through healthier humidity levels. She holds Professional Engineer licenses in eight U.S. States and the Island of Guam. She was an early adopter of sustainable design. In 2005, she co-authored an academic paper titled “Survey of sustainable building design practices in North America, Europe and Asia,” which was subsequently identified by Google Scholar as a “Classic Paper.” It was the seventh most-cited paper in 2006 from the peer-reviewed Journal of Architectural Engineering.

Engineering mentorship

And outside of work, Cowman has lent her expertise to the community. She served a 3-year appointment on the Omaha Property Maintenance Appeals Board, which evaluates building improvements. She is a regular guest-lecturer at the University of Nebraska’s Durham School of Architectural Engineering. She served a six-year appointment on the Durham School’s Industry Advisory Committee, where she mentored students engaged in team-design projects, mentored freshmen engineering students, and where she acted as a liaison between practicing engineers and educators, helping ensure the highest quality of engineering education. In 2019, she won the school’s Outstanding Alumni Award.

“Kim is uniquely passionate about advancing high-performance design in ways that fuel innovative solutions for our healthcare clients,” said LEO A DALY President Steve Lichtenberger. “Her incredible capacity for solving problems combined with her rigorous execution and vibrant personality make her a standout even among exceptional healthcare designers. This is an award well-deserved, and I am beyond excited to be a part of her very bright future in healthcare design.”

LEO A DALY and Perkins&Will to design new surgical and clinic space tower at VA West Haven

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LEO A DALY and Perkins&Will to design new surgical and clinic space tower at VA West Haven

The $395 million project will modernize the existing hospital infrastructure and deliver state-of-the-art surgical services to Connecticut’s veterans.

VA West Haven existing hospital

The U.S. Army Corps of Engineers has selected the joint-venture team of LEO A DALY and Perkins&Will to design a $395 million state-of-the-art new surgical and clinical care tower that will modernize existing hospital infrastructure and deliver state-of-the art surgical services and support facilities at Connecticut’s Veterans Affairs (VA) West Haven Medical Center. The multi-phase design and construction project will provide a new surgical platform, surgical ICU and new laboratory space.

“We are proud to support the critical mission of the United States Department of Veterans Affairs in providing healthcare to the nation’s millions of Veterans. Our work at the VA West Haven Medical Center will help the VA meet evolving demands for services, improve aging infrastructure, and keep pace with the rapidly changing technology and models of care,” said LEO A DALY Managing Principal Bill Kline, FAIA.

The VA’s Strategic Capital Investment Planning process prioritized the project in 2018 recognizing the need for modernization facilities, many of which are more than 50 years old. The current surgery platform needs to grow to meet the increased patient population and advances in medical care and technology. Existing operating rooms are undersized for modern equipment requirements and do not have the infrastructure to accommodate newer smart technologies.

ORs in the new addition, specialized with high-tech, integrated equipment, will enable hybrid, cardiothoracic, orthopedic, urology/cystoscopy, and robotic procedures. These changes will expand the number and complexity of annual procedures, leading to increased VERA Funding for the VA Connecticut. Relocating surgery to the new addition will contribute to improved recruitment and retention of staff, provide a better patient experience, and optimize workflow for patients and staff.

LEO A DALY brings extensive experience working with the VA and the design of innovative health facilities nationwide. We have more than 70 years of VA experience and expertise in space-constrained, existing operational healthcare campuses. Our past work includes the post-Katrina rebuild of the VA Biloxi campus and the seismic upgrade of VA West Los Angeles. We are currently engaged in major hospital projects at the VA West LA and VA Portland in addition to many clinic projects for the VA throughout the country.

Omaha VA Ambulatory Care Center

Omaha VA Ambulatory Care Center

Omaha, Nebraska

LEO A DALY designed a trailblazing and award-winning Omaha VA Ambulatory Care Center on the campus of the Omaha VA Medical Center. As of October 2021, the project has won more than 10 design awards, including a 2021 AIA National Healthcare Design Award.

The facility opened amid the COVID-19 pandemic in August 2020 and provides primary care services for veterans in Nebraska and Western Iowa. The project was delivered by a first-of-its-kind public-private partnership. The entire project team collaborated with doctors, clinical staff and leadership to apply performance specifications and project-tailored criteria. Unlike previous VA healthcare projects, design and construction took place concurrently. The entire project team collaborated with doctors, clinical staff and leadership to apply performance specifications and project-tailored criteria.

Integrated design

The signature “flag” curtain wall on the north façade is at once an architectural expression and a feat of engineering. It resists a multitude of lateral forces, live and static loads, and it fits precisely with the building’s superstructure, all while meeting federal security requirements.

An off-site chilled-water plant supplies the new facility. Its location allows flexibility for future maintenance and upgrades without interrupting healthcare operations. One result of extensive stakeholder input resulted in a desiccant wheel to control humidity at lower-than-standard temperatures in operating rooms. The building’s lighting design won a 2021 global Award of Merit from the Illuminating Engineering Society.

Symbols of freedom, sacrifice, honor and duty

Our design of the Omaha VA Ambulatory Care Center draws on patriotic iconography to honor veterans. For example, the primary facade expresses the form of an American flag rippling in the wind. It combines sophisticated structural design with aesthetic composition to depict freedom. The western façade conveys honor using glass panes of different hues that evoke the ribbons awarded to service members.

Selective limestone walls perform the duty of separating public spaces from secure clinical areas. The wall’s physical strength embodies security, while the limestone’s sedimentary layers reference periods of peace and conflict through which veterans have served. The stony composition reflects foreign soil tracked home. Although the limestone wall stands between clinical staff and sources of natural daylight, they can still intuitively experience the passage of time thanks to innovative electric lighting. The color-temperature changes throughout the day to emulate natural daylight, a first among VA healthcare facilities.

Patient-focused layout

Our design features the VA’s Patient Aligned Care Team (PACT) prototype model and includes eight primary care PACT units, one specifically dedicated to women’s healthcare. There is also a specialty care unit and an ambulatory surgery suite. The building has 157,000 departmental gross square feet allocated in a three-level structure. A connector link to the existing hospital building will separate public-patient traffic patterns from the required service traffic for the new building.

The Omaha VA Ambulatory Care Center’s design promotes patient-centered environments throughout to focus on the relationship between the physical environment and the patients’ overall experience. The design creates a healing environment that integrates spaces of escape and refuge, positive distractions, access to views and nature and abundance of natural daylight. Outside, patients and visitors can take time for reflection in a new healing garden.

Client 

Veterans Ambulatory Center Development Corporation

At a glance

157,000 SF

First of its kind public-private partnership

Surgical suite

Women’s health center

Features

Evidence-based design principles

Patient Aligned Care Team (PACT) prototype model

Eight primary care PACT units

Sustainable design features

Services

Full architectural design services

Interior design

Mechanical, electrical and structural engineering

Awards

National AIA Healthcare Design Award

Healthcare Facilities Symposium Distinction awards, Teamwork Award

2020 Outstanding Alumni Project Award, Durham School of Architectural Engineering & Construction

2020 Nebraska AIA People’s Choice Award

2020 Interior Design Best of Year Project Finalist

2021 Illuminating Engineering Society Global Award of Merit

2021 Procore Groundbreaker Awards Finalist – Project Excellence Category

2021 Glass Magazine Awards – Best Protective Glazing Project

2021 BD+C Building Team Award

2021 ENR Regional Best Project Award

2021 Healthcare Design Showcase

2021 American Institute of Steel Construction Ideas2 Awards Finalist

2023 Nebraska AIA Architecture Citation Award

 

Fort Riley Irwin Army Community Hospital, Replacement Facility

Fort Riley Irwin Army Community Hospital, Replacement Facility

Fort Riley, Kansas

This 44-bed, inpatient hospital includes an outpatient clinic, central energy plant, ambulance garage, and a 653-car parking structure. The evidence-based design incorporates patient-centered features that increase patient and staff safety for improved efficiencies. The project team diligently worked on sustainable features to attain a LEED Silver certification through enhanced commissioning, recycled materials, energy-reduction strategies, daylighting and regional materials.

Client 

US Army Corps of Engineers

At a glance

550,669 SF

44 patient beds

Central utility plant

653-space parking structure

Ambulance garage

Features

Evidence-based design principles

Sustainable design features

Anti-terrorism/force protection design

Innovation within Department of Defense criteria

AIA TAP Building Information Model Award, honorable mention

American Institute of Architects
Architectural Showcase, Replacement Hospital and Clinic, Project in Progress
Healthcare Design

LEED Silver Certified

Services

Architectural Design

Engineering: mechanical, electrical, structural, civil

Interior design

High-performance design

Omaha VA named ENR Project of the Year

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Omaha VA named ENR Project of the Year

LEO A DALY receives top, national award for design & construction from Engineering News-Record for Omaha VA Ambulatory Care Center

Omaha VA Ambulatory Care Center

LEO A DALY is pleased to announce our Omaha VA Ambulatory Care Center project, completed with contractor McCarthy Building Companies, is the recipient of ENR’s 2021 Project of the Year. 

Only one Project of the Year is chosen annually, and to win, the project needs to pass a gauntlet of sub-awards and judging by roughly 100 industry leaders.  

“Representing the pinnacle of U.S. design and construction achievements among those completed between May 2020 and May 2021, this year’s award winners show the industry at its best, with teams overcoming an array of challenges to deliver impactful community assets.”

 

  • ENR editor Scott Judy 

Omaha VA Ambulatory Care Center provides needed care to 40,000 previously underserved veterans, leveraging a unique P3 funding mechanism to improve upon standard VA processes and deliver the project on budget and 4 months ahead of schedule. LEO A DALY’s design honors veterans both through its monumental architecture and through the elevated care that it enables. 

“Winning Project of the Year is a testament to how design transforms the human experience. Through an integrated design process, close collaboration with our client and contractor, and an unwavering focus on the individual veteran, we’ve achieved something life-changing for those who have served,” said President Steve Lichtenberger, AIA. 

The project climbed the ranks in ENR’s annual awards program throughout 2021 to emerge from among 800 other projects with the Project of the Year win. Starting with ENR Midwest’s Regional Best Project award, the project then went on to receive a national Best of the Best award and Best Health Care award.

Three projects were shortlisted for Project of the Year, and on March 21, 2022, Omaha VA Ambulatory Care Center’s iconic “ribbon” facade appears on the front cover of ENR with the headline “A Better Way for the VA.”

The official award will be given on March 31 at ENR’s annual awards gala at Pier Sixty in Manhattan. 

Omaha VA Ambulatory Care Center named ‘Best of the Best’ by Engineering News-Record

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Omaha VA Ambulatory Care Center named ‘Best of the Best’ by Engineering News-Record

The project is one of 20, selected from more than 800.

ENR Award Acceptance group photo with Kim Cowman from LEO A DALY

After winning best healthcare project in the Midwest in November, Omaha VA Ambulatory Care Center has been named “Best of the Best” in healthcare nationwide. The project is one of 20 selected from more than 800 entries.

Nearly 100 members of the construction industry served as judges for the competition, which took place in stages for almost a year. According to ENR, the Best of the Best winners “represent the pinnacle of design and construction achievement in their respective categories from across the U.S. among projects completed between May 2020 and May 2021.”

In 2020, the project was named a Best of Year honoree by Interior Design, and it has earned more than a dozen industry awards to date.

ENR Award Acceptance group photo with Kim Cowman from LEO A DALY

After three years of design and construction, the landmark Omaha VA Ambulatory Care Center opened amid the pandemic in August 2020. Connected to the Omaha VA Medical Center, the 157,000 SF facility relieves the main hospital of most primary care services. LEO A DALY led all architectural, engineering and interior design services for the $86 million facility, which was delivered through a trailblazing public-private partnership (P3). The facility today provides state-of-the-art healthcare to the region’s roughly 40,000 veterans, with capacity for about 400 patients each day.

Architectural features honor military service through symbolism. Collaboration between architecture and engineering created unique expressions of freedom, sacrifice, honor and duty. A signature “flag” curtain wall encases waiting areas that run the length of the building’s north side. Sophisticated structural and architectural coordination created the folded glass form. Viewed from either side, the wall appears to undulate as capriciously as an American flag rippling in the wind. Against the western façade, alternating colors symbolize the “colored bars” earned by military servicemen and women for acts of gallantry and heroism. Both walls use transparent glazing to stream abundant daylighting into the interior spaces.

Inside are eight primary care clinics, including a clinic exclusively for women veterans, as well as a specialty care clinic. An outpatient surgery center suite on the third level has five operating rooms, a laboratory and  radiology.

The Omaha VA Ambulatory Care Center was the first P3 project to be delivered since Congress passed the Communities Helping Invest through Property and Improvements Needed (CHIP IN) for Vets Act of 2016. Its unique funding mechanism created efficiencies that abbreviated construction time and reduced costs. Learn more from ENR.

Healthcare M&A: strategies for successful infrastructure integration

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Healthcare M&A: strategies for successful infrastructure integration

Infrastructure integration planning sometimes slips through the cracks during a healthcare merger or acquisition. Here’s how to do it right.

Anindita Mukherjee

The United States healthcare system is undergoing many transformative changes, and among them is a growth in consolidation. According to a September 2021 report by Fierce Healthcare, there had been 187 Mergers and Acquisitions to date in 2021 – nearly double what it was for the same period the previous year. Smaller hospitals, especially those located in rural areas, are being integrated by larger healthcare systems at a rapid pace. 

Healthcare mergers can make sense for many reasons. For one, the smaller hospitals gain the ability to attract customers by leveraging the brand visibility of a well-known health system. The deep pockets of a large system also help smaller hospitals complete infrastructure improvements, upgrade equipment and recruit better-trained physicians. Ultimately, this benefits the patients, as the rural facilities can provide quality care closer to home, and patients no longer have to travel long distances to get the treatment they need. The primary healthcare system benefits from the increase in market share. 

Why do healthcare integration efforts fail?

Successful execution of a healthcare merger or acquisition can be quite challenging. The changes resulting from M&A can induce quite a bit of uncertainty, disorientation, and navigational challenge, both for the patient and the target healthcare system. This adds stress and anxiety to the patient experience, which is often directed towards the clinical staff, thereby increasing the risk of medical errors and lowering patient satisfaction scores.  

The facility is an important factor that ties staff, patient satisfaction and revenue streams together. But too often, Infrastructure Integration planning  sometimes slips through the initial financial and legal modalities of an M&A strategy session. To counter that, executives should plan for infrastructure integration during the visioning stages of M&A. For an Infrastructure integration strategy to be successful, planning, market analysis, feasibility studies and facility condition assessments are needed. Needs assessment reports and customer satisfaction surveys can also provide valuable insights into the strategy and goals.  

LEO A DALY designers collaborating with a healthcare client

What makes facility integration successful?

Ultimately, the goal of integration is to improve patient care, which involves a dynamic process of optimization leading towards patient satisfaction. Two of the most successful means of such optimization are space standardization and space flexibility 

Standardization simplifies processes, tasks, and designs. It facilitates the process of reusing facilities, enhances patient safety, reduces staff error and helps organize patients’ activities. One of the prerequisites of successful standardization is stakeholder engagement to choose healthcare products and services. Simply put, a product or service is a good choice if it is recommended by its key beneficiaries. To gather this feedback, the process should involve healthcare administrators, caregivers, former patients and family members sharing their experience and insights. From an M&A perspective, this is important to make sure the standardization and facility integration goals suit the culture and people of the region.   

Stakeholder engagement, feedback and buy-in give healthcare systems evidence-based goals that ensure quality patient care while supporting fiscal responsibility. With solid goals in place, and with leadership commitment, standardized guidelines give healthcare administrators evidence-based basis to sell their groundbreaking ideas, implement new processes and continuously improve.  

Standardizing spaces

The more the processes and designs are standardized, the easier and more efficient the staff will find it to adapt and function in that environment. For example, in a standardized patient room, the staff always knows where to find equipment and supplies. Staff can address the patient in a routine manner and make observations/assessments in the same order. Checking and administering medications occur in the same pattern for every patient, and documentation of patient care occurs in the same system in the same location in each room. This leads to fewer medical errors and substantially reduces wasted time. 

Flip through the slider above to get a picture of a standardized clinic design.

This is also true of standardized floor plans for patient care units. Administrative areas, decentralized clinical work areas, imaging viewing areas, meeting rooms, offices, supply and equipment storage areas, clean and soiled utility and housekeeping rooms should all be placed in the same location on all floors. This standardized design makes it easier and more efficient for physicians and staff to move about in the facility. Supply and dietary staff who deliver goods to each unit can do their job more efficiently in a standardized environment. Further, standardization can reduce the cost of the design process and make for easier future expansion or addition of services.  

Making spaces more flexible

According to a 2004 study in the American Journal of Critical Care, each time a patient is transferred from one unit to another, their length of stay is increased by approximately half a day. In addition, transferring a patient increases the opportunity to lose patient items, creates a potential for a staff injury from pushing a heavy bed, decreases patient and family satisfaction, and creates delays in treatment until other staff catch up with the patient in a new location. 

Flexibility improves productivity and saves time by allowing different functions to take place within an intelligent, multi-purpose space. The use of common spaces for multiple-purpose functions reduces staff and patient travelling distance and mitigates the pressure associated with transferring fragile patients from one functional space to the next for treatment.  

Universal patient room

Another flexibility strategy is the use of standardized patient rooms.  This approach, also known as the “universal” or “acuity-adaptable” room, allows facilities to swing beds between specialties based on patient demographics. In facilities that do this well, patients can remain in their rooms for the duration of their stays while staffing levels flex according to the patient’s acuity (acuity flexible staffing).  

According to the book Evidence-Based Design for Healthcare Facilities by Cynthia McCullough, specialty medical services such as cardiac, trauma or burn work well with an acuity-adaptable model of care. However, some who have changed to this model find it challenging to implement and keep up with the caregiving requirements, primarily because of staffing competencies. However, the acuity-adaptable room has many benefits for the patient. Depending on circumstances, nursing leadership should at least consider a staffing pattern that allows staff to flex according to acuity while the patient remains in the same room. 

Administrators must always be willing to push for a baseline standardization in the patient environment to ensure it can support many models of care. With a balanced emphasis on serving both the patient and the staff’s needs simultaneously, these initiatives can have significant impacts on infrastructure flexibility. 

How can healthcare systems prepare to standardize?

Healthcare systems looking at a merger or acquisition should form an internal team tasked with procuring and processing inputs from various stakeholders into a well-developed set of standards tailored to the organization. This team should include a network of architects, planners, vendors, and manufacturers who will support the installation of standard conditions. Begin the process by designating pilot projects, for example: patient rooms, exam rooms or nurses’ stations.  

It is important to note that standardization, while effective in providing structured methods, is still a guideline and not a one-size-fits-all solution. Some locations may need to adapt alternate options that account for different geographical and demographic conditions. This added layer of flexibility empowers healthcare providers to meet the diverse cultural and healthcare needs of the demographics they serve and further supports their vision of continuous improvement to optimize conditions and quality of care. 

How can LEO A DALY help?

LEO A DALY has contributed to positive outcomes of major capital asset planning initiatives for more than 100 years. During a typical project visioning session of standardization, we do not limit the key stakeholders to facilities personnel only; but also include various groups such as nurse managers, patient experience specialists, executive leadership, and community members like former patients and their families. The more exhaustive the feedback, the better informed decisionmakers can be in their development of standardization guidelines.  

We’ve led numerous infrastructure improvement and integration efforts with multiple healthcare organizations and developed standards for many of our clients across the country, including a major revision to the VA Design Guide in 2020. As a team, we have consistently proven our expertise and added value to develop standards for healthcare facilities integration.  

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