Soils in Construction

Join Professional Engineer David Germanos for an in-depth exploration of geotechnical engineering principles in the course Soils in Construction. As the foundation of every infrastructure project, understanding soil mechanics, behavior, and properties is essential for ensuring structural stability and longevity. This comprehensive program guides construction professionals, architects, and engineers through the critical phases of subsurface investigation, soil testing, and foundation design.

The course begins by establishing a strong framework in soil investigation and classification, detailing methods for characterizing subsurface conditions including test borings, rock coring, and geophysical techniques. Participants will dive into the hydraulic and mechanical properties of soils, examining concepts such as moisture content, permeability, compaction strategies, and consolidation. The curriculum also addresses the vital intersection of engineering and regulation, explaining how to comply with building codes regarding seismic site classifications and construction monitoring.

Throughout this presentation, learners will gain practical insights into:

• Mastering techniques for soil investigation, including split spoon sampling, Shelby tube sampling, and rock quality designation.
• Analyzing key engineering properties of soil, such as grain size distribution, Atterberg limits, and shear strength.
• Understanding the mechanics of bearing capacity for both shallow and deep foundation systems, including driven and non-driven elements.
• Exploring ground improvement methods like compaction grouting, vibroflotation, surcharging, and aggregate piers.
• Evaluating slope stability and retaining wall design, covering driving forces, resisting forces, and stabilization techniques like soil nails and tiebacks.

Whether designing new structures or remediating existing sites, this course provides the technical knowledge required to solve complex geotechnical challenges. By the end of this program, professionals will possess the skills necessary to interpret soil reports, select appropriate foundation systems, and implement effective ground improvement strategies to ensure project success.