Part Two - Office of Construction and Facilities Management
Part Two - Office of Construction and Facilities Management
Part Two - Office of Construction and Facilities Management
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The case studies should explicitly link service-life, investment horizon, <strong>and</strong><br />
degree <strong>of</strong> change readiness.<br />
A modest investment would provide VA with a baseline <strong>of</strong> information on which to<br />
make decisions on investing in enhancing facility capacity to accommodate future<br />
change as it occurs. This could accomplish several things: reduce operating<br />
costs, down time, <strong>and</strong> disruption; extend the useful life <strong>of</strong> VA hospitals; <strong>and</strong> allow<br />
change to occur in a more efficient way so that optimum functional relationships<br />
could be preserved.<br />
Along with establishing a baseline for change in VA facilities, VA should do an<br />
audit <strong>of</strong> facilities, both nationally <strong>and</strong> internationally that claim to be designed to<br />
accommodate change. 12 This should include not only new facilities, but also<br />
older facilities that have actually experienced a good deal <strong>of</strong> change. Both the<br />
consequences on operations <strong>and</strong> the cost should be well documented. VA would<br />
then have a state-<strong>of</strong>-the-art pr<strong>of</strong>ile upon which judgments can be made as to<br />
future VA facility design. Then VA can decide whether to push the boundaries<br />
further in terms <strong>of</strong> designing facilities to accommodate change.<br />
Recommendation B, Avoiding Premature Obsolescence: Develop a plan<br />
for addressing how VA hospitals <strong>and</strong> ambulatory facilities can more<br />
effectively avoid premature obsolescence.<br />
Reducing premature but differential obsolescence is important to the future<br />
development <strong>of</strong> VA’s building infrastructure.<br />
“Obsolescence,” the condition <strong>of</strong> being antiquated, old fashioned, or out <strong>of</strong> date,<br />
results when there is a change in the requirements or expectations regarding the<br />
shelter, comfort, pr<strong>of</strong>itability, or other dimensions <strong>of</strong> performance that a building<br />
or building subsystem is expected to provide. Obsolescence may occur because<br />
<strong>of</strong> functional, economic, technical, or social <strong>and</strong> cultural change.<br />
“Design service life” is the period <strong>of</strong> time over which a building or a building<br />
subsystem or component (such as the ro<strong>of</strong>, mechanical equipment, plumbing, or<br />
sheathing) is designed to provide at least an acceptable minimum level <strong>of</strong> shelter<br />
or service as defined by the owner. It typically depends on assumptions,<br />
sometimes implicit, regarding satisfactory completion <strong>of</strong> normal maintenance<br />
activities. A facility or subsystem may have an idealized service life based on<br />
expectations.<br />
12 The recently opened Martini Ziekenhuis in Groeningen, the Netherl<strong>and</strong>s, is recommended as a<br />
best practice case study. It incorporates many strategies to accommodate change, including<br />
100% movable walls. Also recommended is the Mayo Clinic’s Gonda Building. Another is the INO<br />
Hospital in Bern, Switzerl<strong>and</strong>, which used the Systems Separation approach in its procurement<br />
<strong>and</strong> design. The Open Building/System Separation procurement method is further discussed in<br />
Chapter 7 Building Acquisition, Recommendation A.<br />
FINAL DRAFT <strong>Part</strong> 2-17<br />
June 2009