PBS 140 Child Care Center Design Guide - The Whole Building ...
PBS 140 Child Care Center Design Guide - The Whole Building ...
PBS 140 Child Care Center Design Guide - The Whole Building ...
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CHAPTER 7: INTERIOR SPACE DESIGN<br />
� Partial enclosure: Provide partial height enclosure for fixed elements<br />
in the following areas: food preparation, children’s toilet and hand washing,<br />
sleeping area for infants, and the rear of cubbies. Food preparation<br />
and toileting/diapering areas must be clearly separated to diminish the<br />
chance that a caregiver could inadvertently go directly from diapering to<br />
food preparation without hand washing. Partitions with vision panels<br />
can be used effectively for this purpose to separate these areas while<br />
still allowing supervision.<br />
� Complete enclosure: Provide complete enclosure for teacher storage<br />
within the classroom and for the adult toilets.<br />
7.3 Scale<br />
If the classroom is to be “nurturing,” its design must reflect the designers<br />
appreciation of children’s scale, including the size of individual spaces within<br />
the classroom and the scale of furnishings. (Refer to Anthropomorphic<br />
Table.) It is important to adjust the perceived scale of the classroom. While<br />
areas of high ceilings in a classroom may be desirable, in spaces which<br />
the child perceives as “ too high” to have a residential character (85% of<br />
the room over 3350 mm high) perceived height must be modulated.<br />
For instance, consider using sources or pendant lighting or ceiling fans<br />
hung at no lower than 2285 mm above the occupied floor area below.<br />
Pendant task lighting over fixed elements may hang as low as 1675 mm as<br />
long as headroom is not required for passage. Choose fans to improve air<br />
flow and energy efficiency with rotation that can be reversed, depending<br />
upon the season. Aside from the obvious mechanical and lighting<br />
enhancements that these strategies provide, they also help tailor spaces<br />
to children’s spatial perceptions. In addition, this provides the opportunity<br />
to hang banners and create trellis ceilings over activity areas. Ensure that<br />
they will not impede the function of the sprinkler system.<br />
Window sills and counters used by children should be child height,<br />
depending upon the age of the child using the space. However, leave 460<br />
mm beneath widow sills (measured to the classroom finish floor) so that<br />
furniture and equipment can be placed easily along exterior walls.<br />
Storefront-type windows starting at the finished floor are not desirable.<br />
Furnishings and equipment for children should be child-scaled, such as<br />
toilets, hand-washing sinks, and countertops. Countertop height and reach<br />
depth should provide children with the opportunities to use them unassisted.<br />
7-8<br />
Consideration must also be given to the adults using the space. <strong>Center</strong><br />
design must be adult-friendly, as well as child-friendly. As a result, not all<br />
elements should be reduced in scale. Door locks, light switches, fire alarm<br />
pull stations, and other functional elements should retain adult scale and<br />
be mounted at standard heights. Food preparation, storage and service<br />
spaces, and other areas of the center used by adults should remain at<br />
standard scale.<br />
Furnishings for adults such as sofas used for comforting and reading to<br />
infants and young children should be adult scale. Some items may double<br />
function for children and adults. In placing electrical/telecommunication or<br />
security equipment, ensure that cords and wire are not placed in such a<br />
way that children can reach and play with them or that their placement can<br />
pose a strangulation threat.<br />
7.4 Architectural Form<br />
<strong>The</strong> architectural form of the classroom should be an appropriate setting<br />
for a child, conveying a definite sense of place while preserving optimal<br />
flexibility, with the great majority of the space free of constructed elements.<br />
In this way, furniture arrangement can create the required functional area.<br />
� Vary ceilings heights: Vary ceiling heights to define areas, disperse<br />
light, and create interest. Higher activity levels are often encouraged by<br />
higher ceiling heights, while quiet areas are supported by lower ceiling<br />
heights. <strong>The</strong> probability of higher construction costs must be considered<br />
in determining the extent of variation.<br />
� Vary floor levels: Consider varying floor levels to create riser lofts and<br />
low platforms. Sunken areas are also effective. <strong>The</strong> designer should be<br />
aware that permanent, constructed level changes may restrict flexibility<br />
and use up valuable open floor space when they become too large.<br />
Fixed level changes will require a wheelchair accessible ramp. Some<br />
level change may be effected by elements which are not fixed. When<br />
used effectively, level changes add interest and create intimate areas<br />
for children. Terraces and platforms provide areas for socio-dramatic<br />
play activities and also can double as seating areas. Lofts that can<br />
accommodate 3-5 children can offer children many possible activities,<br />
such as large motor activities, dramatic play, or perhaps space apart for<br />
quiet activities. <strong>The</strong> designer must keep in mind that low level changes<br />
can sometimes be a tripping hazard.<br />
� Vary wall configurations: Consider modulating partitions to create<br />
interest, soften a space, to create a more nurturing impression, or to<br />
create special spaces. Avoid the occurrence of 90 degree or acute<br />
<strong>PBS</strong>-<strong>140</strong> - July 2003