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Conclusions: Benefits
Organizing plumbing and electrical networks on the same basis further
establishes the independence of the service modules.
621.3
ADAPTABILITY
621.3.1
Options for Opening Configuration
Rather than develop the Prototype Design around a single space or
service module, a range of modules has been generated from a basic
dimensional discipline, thus allowing the A/E a wide latitude in selecting
spatial and assembly characteristics appropriate to a particular program
and site. The possible combinations of these characteristics are so
extensive as to provide a virtually infinite number of unique design
configurations, including most conventional hospital forms.
Furthermore, the range of possible modules is open. That is, as VA policy
in regard to, say, ward size or room size changes over time, new modules
can be readily developed from the basic dimensional discipline. In fact,
the discipline itself can be adjusted if necessary, without disturbing the
overall organization of the system.
621.3.2
Efficient Alteration
Perhaps the single most significant advantage of the Prototype Design
over conventional design and construction is in its capability for efficient
alteration. This capability applies for all types of alteration from the simple
addition of an electrical outlet to the complete renovation of a section of
the hospital for the installation of a new specialty unit. It therefore has
beneficial effects on both operating and capital budgets.
Adaptability has been achieved primarily through the "uncoupling" of the
building components. Partitions and door frames do not penetrate the
ceiling and so may be removed or relocated with minimum effect on the
ceiling and the services above it. Services are distributed through highly
accessible reserved zones and surface-mounted on partitions and so may
be extended or relocated without breaking out sections of the ceiling or
partitions.
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