by Cherie Winner illustration by David Wheeler
Check out the new building at Washington State University’s
Extension campus in Puyallup. The foundation is cracked. The front
stoop tilts toward the house. Window flashing was installed wrong
or not at all, the attic insulation runs right up against
ventilation holes, and there’s a persistent leak around the
toilet.
Contrary to what you might think, the designers and builders of
the 1,152-square-foot house made it that way on purpose.
“We were told the other morning that we were good at doing
things wrong,” says construction maintenance mechanic Ron Froemke,
who helped build the house. “It felt like a low blow to me, but I
guess if everyone’s happy . . .”
“Everyone” in this case includes pesticide educator Carrie Foss
and the advisory committee for WSU’s structural pest integrated
pest management (IPM) program. A few years ago the committee
suggested building the house as a teaching aid for structural pest
managers and inspectors. The “Structural Pest IPM Facility,” as it
is formally called, will give students a chance to see for
themselves a variety of poor building techniques and the pest
problems they help create.
“Conducive conditions” is a key concept, says Foss. Poor
construction doesn’t always lead to pest problems, but it
does create conditions, such as excess moisture, that encourage
pests and give them a foothold within the home. Subterranean
termites, carpenter ants, and the fungus that causes wood rot are
just a few of the pestiferous guests Foss expects to see in the
house eventually.
Foss says many of the problems that plague homeowners aren’t
easy to find. They sprout behind walls, under floors, in cracks and
corners. In their early stages they can be hard even for
experienced inspectors and pest pros to detect. How-to books,
diagrams, and checklists can help, but there’s no substitute for
the real thing.
“What’s of value here is being able to see where the
problems—that might not be obvious—are going to be,” says Foss. “To
know where to look, and what clues to see.”
Foss and her crew will monitor the house over the next few
years, and when they find damage in out-of-sight places, they’ll
make it easier to view by replacing portions of walls or flooring
with Plexiglas panels.
The house will be officially dedicated this spring, but it made
its instructional debut last October. In a weekend workshop for 25
pest managers from six western states, the house was a hit. Until
now, students in this region haven’t had the chance to see many of
these problems before they get out into “the real world.” Similar
facilities have been built in the eastern half of the country, but
Puyallup’s “mildew manor” is the only such structure in the western
U.S. That distinction might not last long. After the first class,
two California attendees, a student and an instructor, went home
convinced that their state should have such a facility, too.
In addition to being built wrong, the house incorporates a
variety of different materials—several kinds of siding, roofing
materials, flooring, attic and subfloor structures—that aren’t
necessarily bad, but may not be appropriate for conditions in the
Pacific Northwest.
It might reassure prospective homebuyers to know that Foss had a
tough time getting building permits for the house. When county
authorities saw the plans—which obviously included several major
no-nos—they balked.
“This is out of the context of what they normally do,” says
Foss. “This is a training facility. It’s not like a house that they
would normally permit.”
The logic of using poor construction techniques as a teaching
tool finally won out, and the project went forward. It was a
challenge for mechanic Froemke and carpenter Curt Bod to do so much
of it so wrong. In fact, other than the parts that were
deliberately done wrong, the building is solid.
“For a house that’s built to fail,” says Bod, “it’s pretty well
built.”
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