Engineering Knowledge Center
Soils, borings, bearing capacity, settlement, and geotechnical reports. 13 guides written by the licensed engineers who do the work.
Geotechnical engineering studies soil and rock to guide safe foundations. Here's what geotechnical engineers do and why every structure depends on it.
A geotechnical report documents soil conditions and foundation recommendations. Here's what's inside one, who prepares it, and who relies on it.
Geotechnical reports are required for many projects but not all. Here's when a soils report is needed, who requires it, and how to confirm for your site.
Geotechnical investigation fees depend on borings, depth, access, and lab testing. Here are the factors that drive cost so you can read a proposal clearly.
A soil boring is a drilled hole used to sample and test subsurface soils. Here's how borings work, what they reveal, and why foundations depend on them.
The number of soil borings depends on footprint, structure type, and jurisdiction. Here's how geotechnical engineers decide how many borings a site needs.
Allowable soil bearing pressure is the safe load soil can support under a footing. Here's how it's determined and why foundation design depends on it.
Structural engineers rely on geotechnical reports to design safe foundations. Here's exactly what they use from a soils report and why they can't skip it.
Pavement geotechnical engineering designs durable pavement sections from subgrade data like R-value and CBR. Here's how it works and why it matters.
Earthwork recommendations tell contractors how to prepare a site's soils for construction. Here's what they cover and why they matter for foundations.
Compaction recommendations specify how fill and subgrade must be densified for stable support. Here's what they mean and why testing confirms them.
Expansive soils swell and shrink with moisture, damaging foundations. Here's how to identify them, the risks they pose, and how engineers design for them.
Settlement analysis predicts how much a structure will sink into the soil over time. Here's how it works and why it protects foundations from distress.
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