Geotechnical Engineering

Overview: Geotechnical engineers use engineering principles to analyze and design systems that incorporate soil or rock. Such systems include: building and bridge foundations, earth embankments, dams and levees, retaining walls, drainage systems, earthquake motion, and buried structures and pipelines. An important part of all geotechnical engineering projects is characterizing the geology and subsurface conditions in order to define the engineering properties used in analysis and design. Site investigation often consist of exploratory borings and probes, geophysical measurements, and laboratory testing.

Core Courses

Fall

  • CEE 6340 Lab and Field Methods
  • CEE 5350/6350 Foundation Analysis and Design
  • CEE 6360 Geotechnical Principles
  • CEE 6930 Special Topics -Shear Strength of Soils

Spring

  • CEE 6300 Earth Structures
  • CEE 6320 Deep Foundations
  • CEE 6330 Ground Treatment
  • CEE 6380 Earthquake Engineering

Note that with approval from the graduate committee, required courses can be waived if the student has successfully completed an equivalent course at Utah State University or elsewhere.

Electives

Fall

  • CEE 5020 Finite Element Method in Solid Mechnics I
  • MAE 6040 Continuum Mechanics & Elasticity
  • CEE 6130 Structural Dynamics & Seismic Design
  • CEE 5430/6430 Groundwater Engineering
  • CEE 7080 Plate & Shell Theory

Spring

  • CEE 5100 Infrastructure Evaluation & Renewal
  • CEE 6010 Finite Element Method in Solid Mechanics II
  • GEOL 6250 Mechanics & Processes in Earth Sciences
  • CEE 6310 Environmental Geotechniques
  • CEE 6330 Soil Improvement
  • CEE 7320 Soil Dynamics

Or other courses as appropriate