Integrating two disciplines
Geological engineering integrates two disciplines: geology and
engineering. Geologists study the earth--its origins, composition and
evolution. Engineers apply scientific principles to practical
ends. Geological engineers help find the best ways to solve
earth-related technical problems while at the same time protecting the
environment.
Areas of emphasis
Although housed in the civil and environmental engineering department,
the Geological Engineering Program (GLE) is interdisciplinary,
utilizing faculty in the College of Engineering, geology and geophysics (College of Letters and Science) and soil science (College of Agricultural and Life Sciences). Specific areas of study include:
designing structures in soil and rock for foundations, dams, tunnels
and other caverns; mitigating geologic hazards such as earthquakes,
landslides and volcanos; and protecting the environment through proper
waste disposal, remediation of polluted sites, erosion control and
groundwater quality maintenance. Geological engineering is a BS, MS
and PhD program. The program is fully accredited by the Accreditation Board for Engineering and Technology.
Excellent prospects for graduates
With strong skills in geoenvironmental engineering, groundwater
technology, rock mechanics and geotechnical engineering, graduates can
expect employment with consulting firms, the petroleum industry,
federal and state laboratories and agencies, and others. With few
exceptions, the graduates will spend part of their working time
outdoors enjoying nature. GLE students can opt for a second major in
geology, since the credits in geology required for the GLE degree
often satisfy the BS degree in geology. Employers have told the
College of Engineering that they get a bargain by hiring GLE graduates
since one graduate can fill two positions: that of a
rock/soils/groundwater engineer and that of a geologist.
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