Newly developed methods of site characterizations include space-based technologies for geotechniques and resource engineering, structural analysis of rock slopes, tunnels, and underground openings for mining. Underground Construction Underground construction applies mining and civil engineering technologies to the creation of underground structures. This area of study includes all aspects of underground site characterization, opening design, excavation of openings, supporting systems, project scheduling, costing, ventilation, ground control, and equipment selection. The MS degree program in mining engineering can provide either a general, in-depth education without specialization or advanced training in either mine planning and economics, geostatistics, rock mechanics, rock fragmentation, materials handling, solution mining, or mine health and safety. The PhD degree in mining engineering is a research degree and requires submission of a doctoral dissertation.
Research is conducted under the direction of a faculty advisor.
Research assistantships and fellowships are available. Individual degree schedules are set up to meet the goals of the student and the requirements of the Graduate School. The department can supply information about specific departmental requirements and procedures. The faculty is also involved in the multidisciplinary program leading to the doctoral degree in engineering, specializing in geotechnical engineering. The department requires either a bachelor's or master's degree in either engineering or science.