Geotechnical engineering involves several interrelated subdisciplines. Soil mechanics includes soil technology, soil testing techniques, and methods of modifying soil properties. Pavement Materials engineering involves the characterization and behavior of construction materials under various environmental and loading conditions.
Geotechnical engineers design footings, raft foundations, piles and pile bents, piers, earth retaining structures, shoring, and the underpinning of structures. They also design dams, solid waste landfills and wetland dewatering systems. They work closely with environmental engineers in the areas of solid waste management and groundwater protection.
Graduate Study
Geotechnical/materials engineering addresses the important changes taking place in civil engineering. The challenge to develop new technologies to design, protect and rehabilitate the national infrastructure requires a creative and flexible education. The geotechnical/materials graduate program is designed to prepare students to meet these challenges.
The graduate curriculum consists of a broad array of classes. Students are encouraged to take interdisciplinary courses outside the department. Creative work is required of M.S. and Ph.D. students.
The geotechnical/materials program addresses national needs in pavement design, construction, rehabilitation and management. The College of Engineering is home to the National Center for Asphalt Technology (NCAT), a unique technical research center. NCAT provides resources and opportunities for research in the asphalt pavement area.
Faculty in Geotechnical/Materials Engineering
