The COVID-19 pandemic placed healthcare design at the heart of the crisis. Hospitals faced challenges such as increasing their ICU-capacity and enabling physical-distancing measures to prevent infectious spread. They also needed to co-house (suspected) COVID patients and non-COVID patients with different requirements enforced separate entrances and routes to keep staff and patients safe. It is suspected that even in a fully vaccinated world other pandem-ics are waiting in the wings. In a design brief, flexibility is typically mentioned as an important target, and single occupancy in-patient accommodation may be considered as a way to enhance flexibility. To gain insight in and to inform future hospital design, this study evaluated what oper-ational coping strategies and design solutions were considered important enablers to increase ICU capacity and to support different patient flows and what design solutions enabled physical distancing. We have collected data from 30 Dutch hospital organizations, including from some recently opened hospitals, with 100% single occupancy in-patient accommodation. Using a practice-based approach, in-depth interviewing was combined with document and multimedia analyses to analyze and compare successful operational strategies and design elements that helped provide the flexibility needed in this recent crisis. As we looked at existing facilities and alterations made to allow hospitals to operate in ‘crisis mode’ during the COVID-19 pandemic, we present emerging design considerations for future healthcare facilities that, preferable, can also be implemented in renovations of refurbishments. We add the perspective of staff as a limiting factor to a hospital’s pandemic preparedness.Show Less
Type of the Paper: Peer-reviewed Conference Paper / Full Paper
Track title: healthcare design and change – future-proofed, resilient, and crisis-adapted (pre-, post- and now) design
Pandemic resilience in Dutch hospitals: flexibility that counts in a crisis
Liesbeth van Heel 1,*, Manuela Pretelt 2 , Milee Herweijer 3 and Clarine van Oel 4
1 Department of Public Health & Program Integrated Buildings, Erasmus University Medical Center, the Netherlands; firstname.lastname@example.org ; ORCID 0000-0003-4799-3057
2 Royal HaskoningDHV;
4 Department of Architecture and the Built Environment, Delft University of Technology; ORCID 0000-0002-4959-2938
(to be completed by the editors)
Names of the Topic editors:
Names of the reviewers:
Journal: The Evolving Scholar
Submitted: 24 Jul 2022
Citation: van Heel, L., Pretelt, M., Herweijer, M. & van Oel, C. (2022). Pandemic resilience in Dutch hospitals: flexibility that counts in a crisis [preprint]. The Evolving Scholar | ARCH22.
This work is licensed under a Creative Commons Attribution BY-ND license (CC BY-ND).
© 2022 [van Heel, L., Pretelt, M., Herweijer, M. & van Oel, C.] published by TU Delft OPEN on behalf of the authors.
Abstract: The COVID-19 pandemic placed healthcare design at the heart of the crisis. Hospitals faced challenges such as increasing their ICU-capacity and enabling physical-distancing measures to prevent infectious spread. They also needed to co-house (suspected) COVID patients and non-COVID patients with different requirements enforced separate entrances and routes to keep staff and patients safe. It is suspected that even in a fully vaccinated world other pandemics are waiting in the wings. In a design brief, flexibility is typically mentioned as an important target, and single occupancy in-patient accommodation may be considered as a way to enhance flexibility. To gain insight in and to inform future hospital design, this study evaluated what operational coping strategies and design solutions were considered important enablers to increase ICU capacity and to support different patient flows and what design solutions enabled physical distancing. We have collected data from 30 Dutch hospital organizations, including from some recently opened hospitals, with 100% single occupancy in-patient accommodation. Using a practice-based approach, in-depth interviewing was combined with document and multimedia analyses to analyze and compare successful operational strategies and design elements that helped provide the flexibility needed in this recent crisis. As we looked at existing facilities and alterations made to allow hospitals to operate in ‘crisis mode’ during the COVID-19 pandemic, we present emerging design considerations for future healthcare facilities that, preferable, can also be implemented in renovations of refurbishments. We add the perspective of staff as a limiting factor to a hospital’s pandemic preparedness.
Keywords: pandemic resilience, flexibility, robustness, adaptability, hospital design
Early 2020, the COVID-19 pandemic overwhelmed the world. It turned out to be a multi-layered crisis, hitting health systems in subsequent waves before reaching an endemic stage as we speak. With large parts of the population in the Western world vaccinated or with a better defense against severe illness after a prior infection, societies are opening up again. It is time to share findings from the first stages of the crisis and to reflect whether preparedness for future pandemics has reached the right level.
Healthcare and healthcare buildings played an important role in facing the many challenges the COVID-19 pandemic brought on society. A sudden surge in ICU-capacity was required during the first wave and required immediate facility changes (Stichler, 2021). The need to co-house (suspected) COVID patients and non-COVID patients with different requirements enforced separate entrances and routes to keep staff and patients safe. In these first few weeks Infection Prevention and Control (IPC-) experts and estates and facility manages were forced to implement temporary or more permanent measures primarily based on their own expertise or guidance from national and international knowledge bodies. Since then, all over the world practitioners and scientists collaborated to share insights and best practices on coping with the pandemic (Dietz et al., 2020), (Ramboll, 2021) etc. Although health systems around the world adopted different coping strategies, overall the Dutch situation compares with other European countries (Braithwaite, 2020). In their report “Dancing with the virus” Dutch researchers identified five issues with the COVID pandemic that needed to be balanced by governing bodies at the national, regional and institutional level: (1) scarcity of ICU-capacity and Personal Protective Equipment (PPE); (2) delayed care alongside coordinating and balancing COVID and non-COVID care); (3) the acute care chain (developing scenario’s for a ‘code black’); (4) client representation (highlighting existing bottle-necks); and (5) burden on nurses (de Graaff et al, 2022). Meanwhile an European collective of architects, consultants and knowledge partners brought together case studies on pandemic resilience. Their “Relocate, Repurpose, Reorganize” project investigated how countries and healthcare organizations coped, focusing on four aspects: (1) supply, (2) space, (3) staff and (4) systems (Ramboll, 2021). A case study of the Netherlands in general and Erasmus MC in particular is part of this material (Van Heel, 2020). These insight show that enhancing preparedness for future pandemics requires focus on a combination of elements. This study, however, focusses primarily on the built environment and the requirements to successfully operate hospitals in a crisis.
Thus, looking back to look forward, what measures need to be incorporated in newly designed or renovated facilities? And will that do the trick for further pandemic preparedness. As before, healthcare design will evolve over time based on the evidence established on which design concepts work best for specific patient populations, support care providers and increase safety (Stichler, 2021). Foremost, this pandemic showed the need for rapidity in facility changes. In a design brief, flexibility is typically mentioned as an important capacity for change. But what does it consist of? For architects it refers to Open Building Concept or Future-proofing in healthcare building design (Capolongo et al, 2016), (Karlsson et al, 2019). Carthey et al stated that reasons for hospitals’ need for change are often given, but how well they do in practice, is less well analyzed (2011). In this sense the recent COVID-19 crisis offered the opportunity for such an analysis. Yet again, flexibility in allowing which changes should be considered? For hospital organizations it could have to do with optimizing operational use of existing healthcare facilities. These latter would argue that single occupancy in-patient accommodation enhances flexibility in assigning rooms to infected or non-infected patients, keeping isolation measures in place for as short as possible, without transferring a patient to another room when virus shedding has stopped (Kampen, 2021). Others favor cohorted wards for isolation of COVID-19 patients, even when single patient room accommodation is available, or state more research on the subject is needed (Bardwell, 2022). New hospital design models were developed to create a pandemic setting with an ‘emergency hospital’ within the hospital. This requires a modular design, with architectural and installations-technical design allowing for ‘crisis care’ alongside ‘regular care’. Smart building technology helps separating flows, while e-health solutions and hybrid working models for staff showed they could be implemented virtually overnight (Herweijer & Boonstra, 2020).
The current study targets the physical and technical interventions taken by Dutch hospitals during the first and second wave of the pandemic, as well as additional services for staff. To evaluate these interventions, the perspectives of ‘resilience’, ‘flexibility’ and ‘robustness’ in hospital design and operations were chosen using in-depth interviews with four estates and facility managers. Therefore, the aim of the present study is to gain insight into the kind of interventions in Dutch hospital estates that can inform future facility design. In doing so, this study was particularly directed at emerging design considerations for future healthcare facilities that can also be implemented in renovations of refurbishments.
2. Theories and Methods
2.1 Resilience: flexibility, robustness and adaptability
Developments in biomedical science and technology have made care delivery change rapidly over time. Consequently hospitals' architectural design needs to respond to the requirements of this technological development. This means that the design needs to account for the development of new medical departments and accommodate newly commissioned medical equipment. Thus, flexibility has become an additional requirement in hospital design to comply with the evolution of medical knowledge to allow for a resilient response. The first wave of the pandemic underlined the importance of having a more flexible and versatile infrastructure to enable healthcare professionals to react and adapt quickly to coming events while still providing all the services required in a hospital (Murphy, 2020).
Flexibility in hospital design is a broad concept, and consequently, multiple perspectives are used by designers and practitioners in the field; as explained was above, referring to work done by Capolongo and Karlsson (2016, 2019). This study follows Monahan (2002) in differentiating flexibility into five spatial dimensions, as shown in figure 1: versatility, modifiability, convertibility, scalability, and fluidity. Versatility and modifiability relate to operational changes that can occur on a short-term basis, daily or weekly, and don’t require structural changes. In contrast, convertibility and scalability involve a more long-term perspective, and are the elements one would be interested in with expansion or reconfiguration in mind (Monahan, 2002). Robustness can be defined as the ability to withstand or overcome adverse conditions. This term is more associated with continuity and prevention of errors in hospitals’ technical infrastructure and IT systems and operations (Tucker & Spear, 2006). Adaptability is primarily used to indicate the psychological and organizational resilience of staff (Pati et al, 2008).
Figure 1 The five spatial dimensions of flexibility (after Monahan, 2002)
Based on this framework, an online survey for real estate and facility managers in Dutch hospitals was developed. To maximize response rate, great effort was made to involve all relevant departments from all Dutch hospitals as included in the database of the RIVM (National Institute for Public Health and the Environment) with 68 health organizations identifying 117 hospitals in 2019. In addition, as not all email addresses could be identified, the survey was advertised for two weeks on the website of ‘FMT Gezondheidszorg’, a trade magazine for the target population, to increase the rate of response. In addition, the survey was distributed using professional LinkedIn accounts of the authors.
The questionnaire was developed on Qualtrics software; it was approximately 10 minutes long and focused on the hospital working practices (operations management) and building adaptations during the COVID-19 pandemic. The survey focused on how well prepared hospitals felt they were for a pandemic and what measures were taken in the various months after the start of the pandemic. While developing our questionnaire, and with the pandemic moving from the first into the second wave, the survey also asked whether COVID and essential non-COVID care were competing for resources. The online survey was distributed in March 2021. Figure 2 summarizes how the concepts of flexibility and adaptability were operationalized into questions in the survey.
In total, there were 38 responses, reflecting a net response rate of 56%. Among the respondents were 6 academic hospitals and 24 general hospitals. There were 8 respondents who filled out the questionnaire alongside a colleague from the same hospital organization. For building and technical interventions, a distinction was made between data from hospitals coming in use after 2010 (n=6) and before 2010 (n=24). In 2008 Dutch regulations on hospital capital investments changed, which might have led to different design priorities. The threshold was put to 2010 because it was argued that the consequences of this change in regulations would only be effectuated as of 2010.
At the end of the survey, respondents were asked to reflect on what design changes they would recommend if they were to renew the current hospital or advise on a newly designed hospital. In addition, they were asked whether they would like to participate in an in-depth follow-up interview in May 2021. Due to COVID-circumstances these in-depth follow up interviews with real estates and facility managers of four different hospitals were conducted online. Interviews were made by LvH and CvO if the interviewee preferred Dutch, otherwise the interviews were made by LvH and MP in English with the possibility to translate between English and Dutch. Three interviewees worked at academic hospitals; one worked at a smaller general hospital. The interviews were transcribed and analyzed using ATLAS.ti, using the code categorization and relations as summarized in Figure 3. Flexibility and robustness of building and technical interventions and adaptability in staff-focused interventions were used as deductive codes, the remaining were inductive codes. Citations as used were translated from Dutch.
The outcomes of the survey and the follow-up interviews were analyzed in a qualitative way.
3.1 Flexibility measures directed at the building
The most enforced building intervention measure after the introduction of hand alcohol at hospital entrances was the segmentation of wards. The option to isolate infected patients within the building is essential to manage an infectious disease. Thus, dividing the building in “red” and “green” zones should be considered in future developments: “You have to be able to separate some part of your building for infected patients. Some part without too much traffic around: an isolated part of the hospital.”
As a major lesson from previous pandemics it can be assumed that a future pandemic will also involve pulmonary infections with resulting respiratory problems. This assumption of the continued risk of infectious diseases was acknowledged by all interviewees. Hence, for being more prepared for lung-related demands, future hospital design should plan for surge capacity, not only in terms of ICUs but also in the nursing wards. The latter became particularly clear during the second and third pandemic wave, when the bottleneck was no longer the number of ICUs. Instead, the nursing wards, where many patients were treated with oxygen provision, became the focal area of concern. Future hospital design should consider the number of “ventilation beds” available with artificial respiration mechanisms like Opti-flow ventilation. Medium care wards could in this way help contain a future possible surge demand like occurred in the COVID-19 pandemic crisis. Thus, hospitals are evaluating strategies to increase capacity through versatile and scalable spaces, like planning larger single patient rooms enabling accommodating two patients when necessary. As one of the interviewees mentioned: “In the wards, we have now double patient rooms and single-patient rooms, and the idea is that in the future we use single rooms for one patient and when we have a crisis, we could accommodate another person within that same room”.
Since academic hospitals are more specialized, they need to keep spare capacity given their function as a last resort. Therefore, general hospitals took a larger role in redistributing the overflow of COVID-19 patients over the Netherlands. Especially during the first wave it meant that regular care was scaled down and staff and spaces were repurposed to accommodate of COVID-care. As - given their features to ventilate and monitor patients at ICU-level - Recoveries or even Operating Theatres came into use as surge ICU, elective surgical programs were halted. Medical students and other health care workers (HCW) were engaged to help out. This required adaptability of staff, especially ICU nurses, and during later waves this became an increasing burden. Meanwhile, hospitals with older buildings mentioned less issues in repurposing spaces into ICU capacity, separation of entrances and segregation of flows. Older buildings were not affected by the 2008 policy in which the functional floor space of facilities was limited, and more compact hospitals were designed. Buildings built before 2010 had more space to accommodate the surging demand. “We had the luck that we have two big ICU units, and because of understaffing, one unit is almost always empty, but could be re-opened very quickly”.
Figure 3 Codes as identified through inductive and deductive coding and associated relations
Additionally it was mentioned that multipurpose spaces are helpful in times of crisis. Hospitals found spaces like parking lots and other outdoor areas very convenient to install pop-up services or temporary structures directly connected to the building. Furthermore, inside the hospital, interviewees mentioned the need to store or install additional equipment if necessary. “There was a lot of equipment installed in the crisis, so they cleared out offices and filled them with the equipment. Another thing is: around our hospital we have space, mostly gardens and parking lots, and we claimed them when we had to put up tents.”
3.2 Flexibility measures involving technical interventions
From the survey it became clear that a transfer to digital consultations was the most frequently taken technical intervention. From the interviews it became apparent that this change is expected to become a permanent one and might even increase as mentioned by one of the interviewees. “The video consultations have increased ten times after the crisis, and probably is something that continues to be there after COVID-19”. Digital consultations have become a trend, and future hospital design needs to consider the impact of telehealth on the requirements that virtual sessions impose on the need for space and robustness of infrastructure. As mentioned by one of the interviewees “We think about making a small space, that is only used for digital communication”, and “The goal for the outpatient department is to reduce 50% of the physical visits to the hospital and replace them with video consulting”. During the interviews, it was discussed whether a reduction of 50% of in-person visits would be possible to achieve. Before the pandemic reimbursement of digital consultations was a barrier for implementing telehealth. This has now been rectified and contributes to a more sustainable implementation of e-health solutions. However, given the fact that not all Dutch inhabitants have access to the necessary technological tools, and their digital and health literacy may vary, virtual talks could still prove to be too difficult for some patients.
The finding from the survey indicate that general hospitals had to make more frequent and intrusive changes to technical installations compared to the academic hospitals, was also elaborated on during the interviews. Technical installations might be more advanced in academic hospitals, or it could have to do with the design practices at the time of their construction. Some hospitals mentioned difficulties during the pandemic response while providing oxygen in the regular nursing wards because the building had insufficient overall capacity to sufficiently increase the number of ventilated beds. Here the concept of robustness of the technical infrastructure becomes apparent.
Another major issue concerns the ventilation system. Air pressure barriers were created since the beginning of the pandemic and this was an adaptation mentioned by multiple hospitals. Sometimes, the ventilation system is integrated in the whole building, and then it is not easy to tune the airflow hierarchy within or between departments or wards. “In the future, what is essential, is to create an isolation ward inside the ICU department, instead of only creating isolation rooms”. From the interviews it became clear that accommodation strategies should be convertible in terms of infrastructure and installations: “Ventilation adjustments can be made more permanently, so we don't have to improvise things”.
3.3 Infrastructural and operational robustness
Robustness of the technical infrastructure was already mentioned. In the interviews it was mentioned that the existing IT-infrastructure was able to support working from home and video-consultations within days. The infrastructure had already been there, ready for the expected switch to more telehealth, but there had not been an incentive to use it before. Likewise one academic hospital could use the robustness of the patient monitoring infrastructure to upgrade the use of the single rooms from medium care to surge ICU. The interlude between the first and second wave was used to give some technical provisions a more permanent status. In these changes nursing work processes and for example their wish to have an overview of patients, were found to be leading. The robustness of these processes was challenged during the first wave when medical students and other HCW were seconded to the ICUs to help out. Despite everyone’s willingness to collaborate, crossing traditional professionals borders when hospitals came into ‘crisis mode’, it quickly became clear this could not be a structural situation. Short training courses can help prepare other HCW to assist with dedicated tasks and relieve workload, but they need to be supervised by regularly trained all round ICU-nurses, adding to their burden of work. As one of the interviewees put it: “The largest problem is not the hospital real estate, but staff is the problem. So it's not possible to increase hospital capacity with 50% of patients and operate that with the same amount of staff. It is simply not possible.”
3.4 Adaptability measures targeting staff
Consistent with the national guidelines, in the survey employee-focused interventions, non-essential staff working from home was found as the most implemented measure. All hospitals set up communication lines to inform staff working on site and working from home about actual developments. As far as adaptations in staff services were concerned, academic hospitals seemed to offer more free parking services (in collaboration with municipalities and in contrast to standard practice discouraging staff coming by car to inner city locations) and additional childcare services for healthcare workers compared to general hospitals.
With future facility design in mind the size and technical infrastructure of break and meeting rooms need to be considered in facilitating staff. This would be to accommodate social distancing and hybrid team meetings.
4. Discussion and conclusion
This study showed that in general the Dutch hospital buildings were able to accommodate the first waves of the pandemic and the surge in patients. This is in line with findings in other countries (Ramboll, 2021). Although two large, standalone emergency facilities were planned and were operational in weeks, non-availability of staff meant they never came in use. This echoes the findings in the UK with regard to the Nightingale Hospitals (Oliver, 2021). It underpins what was mentioned in all interviews: availability of staff was the biggest bottleneck to relocate and repurpose spaces and dedicate resources to COVID-care. Some hospitals had fully equipped ICU-wards standing idle that could be quickly repurposed or recommissioned. Other hospitals had recently moved and could re-open an abandoned ward. The use of not yet opened or existing Operating Rooms as a surge-ICU was reported from Sweden and the US, amongst other countries (Ramboll, 2021), (Mittel et al, 2021). All these repurposing measures required, however, a vast reduction in ‘non-COVID-care’ as it became known during the first wave. During the second wave, shortage of staff aggravated as hospitals found physical space for additional ‘ventilated’ beds on the wards. Besides, the pressure to continue providing essential and urgent non-COVID-care was much higher (de Graaff et al, 2022). Patients needing more invasive therapies, such as Optiflow ventilation, also require additional monitoring by staff, whereas these kind of systems are usually not available outside the ICUs.
The preference of hospitals to concentrate COVID-care in so called cohorted wards (the whole ward seen as contagious, with personal protection equipment (PPE) worn by staff at all times) is remarkable as single patient rooms offer the option to don and dof PPE on a ‘need to protect’-basis. They also make it possible to alter the ‘isolation regime’ without moving the patient to another room. Indeed, several Dutch hospitals built after 2010 have opted for 100% single occupancy accommodation. One possible explanation for the emerging preference for short-term, spatial flexibility measures such as the cohorted ward might be that nursing staff might feel more in control as they have more overview and can check on their patients without losing time by putting on PPE (van Dijk et al, 2022). Indeed, it may suggest that spatial flexibility may interfere with adaptive flexibility of staff. This requires further research, especially as hospitals now have to care for patients carrying the COVID-19 virus, but admitted for different procedures.
From the measures taken, such as setting up triage-areas, introducing ‘green’ and ‘red’ zones and routes and social distancing, switching to digital consultations and remote working, this study shows hospitals preferred to use flexibility measures that implicated the design of the building over technical interventions. All measures taken were instigated by the hospital’s own professionals, such as clinical-, IPC- and real estate staff. There was simply no time to consult architects or engineering consultants. This suggests that in planning and designing future facilities for pandemic resilience engagement of the hospital’s own stakeholders like IPC experts is essential (van Heel & van Oel, 2022).
The current study targets the physical and technical interventions taken by Dutch hospitals during the first and second wave of the pandemic, as well as into additional services for staff as a means to gain insight into the kind of interventions taken in Dutch hospitals that can inform future facility design. In doing so, this study used Monahan’s (2002) distinction between flexibility measures that can be implemented without structural changes and therefore can be more rapidly deployed; and measures requiring a long-term perspective, such as in case of hospital expansion or renovation. Robustness added the perspective of operational continuity under stress (Tucker, 2006). Adaptability indicated the resilience of staff (Pati et al, 2008). Although contextual factors influenced choices made, findings from this study show that flexibility and robustness in facility design and hospital operations is limited by availability and adaptability of staff when hospitals are challenged to operate in ‘crisis mode’. Indeed, a combination of perspectives needs to be considered in enhancing pandemic resilience.
Data Availability Statement
MP’s masterthesis can be found on the TU Delft repository (https://repository.tudelft.nl/islandora/object/uuid%3A22b88828-2851-49e2-8b44-74b598522e08 ).
All authors contributed significantly to the conception of this paper. MP, LvH and CvO conceptualized and conducted most of the study, which MH also supervised.
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20. van Heel, L. & van Oel, C. (2022). Balancing bricks, bytes and behavior: lessons learned from inpatient wards with 100% single occupancy rooms. ARCH22 conference paper, TU Delft OPEN, submitted
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