July-August 2019
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The creation of a new building may begin with<br />
an architect’s dream and finish with a builder’s<br />
hammer, but many important, and largely<br />
invisible, steps happen before an inspired<br />
design becomes a permanent manifestation of<br />
wood, metal or stone.<br />
For instance, floors and walls are planned to<br />
hold adequate weight, while roofs are designed<br />
to withstand the weather. Electrical and plumbing<br />
systems are woven into a building’s DNA and<br />
fire safety provisions are effectively integrated.<br />
Construction materials are sifted through and<br />
chosen for durability, safety, efficiency and<br />
practicality. And that’s just the beginning.<br />
For every modern building erected, who<br />
handles these disparate but vital calculations?<br />
“Most people understand that architects<br />
determine a building’s form and function,” says<br />
Kansas State University (K-State) Associate<br />
Professor Ray Buyle, “but architectural engineers<br />
are the ones who make a building work.” Buyle<br />
is the head of K-State’s GE Johnson<br />
Department of Architectural Engineering and<br />
Construction Science.<br />
Also known as ARE, architectural engineering<br />
is a little-known but hugely important discipline<br />
that keeps buildings standing and functioning,<br />
safely and correctly, in every aspect. Think of it<br />
as “a hybrid of civil engineering, mechanical<br />
engineering and environmental engineering,<br />
with a splash of architecture,” says Brent<br />
Stephens, chair of the department of civil,<br />
architectural and environmental engineering at<br />
the Illinois Institute of Technology (IIT). “In<br />
addition to taking classes in core civil<br />
engineering areas and learning key aspects of<br />
structural engineering, students blend in<br />
mechanical engineering courses to prepare them<br />
for designing energy, electrical, plumbing,<br />
heating and ventilation systems.”<br />
The multidisciplinary education of<br />
architectural engineering students doesn’t stop<br />
there. They can also expect to study topics like<br />
differential equations, physics and<br />
thermodynamics, says Stephens. Students can<br />
further benefit from studies associated with<br />
building science, including construction<br />
management, fire safety systems, energy<br />
modeling and beyond.<br />
It’s all in the service of making sure that the<br />
conceptual designs provided by an architect are<br />
built properly and can stand as permanent<br />
structures, says Michael Rich, a New Yorkbased<br />
designer, with a Bachelor of Architecture<br />
degree from Rensselaer Polytechnic Institute,<br />
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