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Method of Practice
Staaleson Engineering,
P.C. is a small Civil Engineering Firm that provides structural building designs, engineering
consulting, and forensic investigations to clients in the private and public sector.
Our Chief Engineer,
Darrell Staaleson, P.E. has 20 years of experience in the design and engineering of new
building structures; renovations, additions, seismic retrofits, design of foundations, and
structural investigations; and is directly responsible for direction and decisions made on all
projects.
Our Administrative
Staff are courteous, experienced, and well-trained to
handle the invoicing, correspondence, and general administration needs of your project.
We take our
responsibilities to public safety and to our Clients' needs seriously and we expect our work to
provide value to the Project and attain the highest engineering standards of practice. We abide
by the Rules of Professional Conduct as stated in WAC 196-27 and in the American Society of
Civil Engineers Charter. We maintain $1,000,000 in Professional Liability Insurance and
practice Loss Prevention.
We are committed to
providing you with the highest quality technical information and friendly personalized service.
We value hard work, innovation, direct speaking, and a job well done.
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A Recent Project
Darrell
Staaleson, P.E. at Parking Garage Seismic Retrofit, Kent, WA
Benefits with Darrell Staaleson, P.E.
Our Chief Engineer
uses his knowledge and experience to work to provide our Clients with:
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Innovative
structural design solutions that implement the Architectural Concept and Vision.
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Efficient,
cost-effective and buildable framing schemes and connections.
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Structural Systems and connections that have a
demonstrated performance history under seismic, wind, and snow loads.
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Schematic phase design alternatives that can
result in savings in construction costs and improvements to
function.
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Structural designs
optimized to your needs that balance the three competing requirements of:
1.
Structural strength, ductility, and performance;
2.
Construction costs and constructability;
3.
Architectural Concept, vision and use.
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