Some of the most important urban innovations happen underground. The only program of its kind in North America the Underground Construction and Tunnel Engineering graduate program at Mines educates top engineers on the design, construction, rehabilitation and management of underground spaces. This interdisciplinary program, offered jointly by the departments of Civil and Environmental Engineering, Geology and Geological Engineering and Mining Engineering, provides funded research and networking opportunities with unique industry and national lab partnerships that prepares graduates for successful careers.
The interdisciplinary graduate certificate in Underground Construction and Tunnel Engineering comprises three signature courses, totaling 10 credit hours. Two anchor courses teaches underground construction engineering in soft ground and in hard rock, while the third courses covers construction engineering and management principles.
The Master of Science program, which can be completed with or without a thesis, prepares graduates to apply design, construction, maintenance and rehabilitation techniques to structures unique to the underground space, all while considering a host of environmental and other factors. Both master's options are built on a foundation of seven courses totaling 18 credit hours. In addition to the three courses that make up the graduate certificate, students learn about engineering geology and geotechnics and soil behavior and take lab courses that provide hands-on experience with the tools and skills commonly used in underground construction.
The thesis MS option requires a minimum of 6 credit hours in independent research, ideally focused on industry. When possible, non-thesis MS students should complete a practically focused independent study with an industry partner–this may include an internship on an underground construction and tunnel engineering project.
The PhD program requires the same core courses as the MS program and a total of 42 credit hours in coursework. PhD students must also successfully complete qualifying exams, write and defend a dissertation proposal and write and defend a doctoral dissertation. A minimum of 24 credit hours must be devoted to this research, which is expected to fundamentally advance the state of the art and be disseminated via scholarly journals and industry periodicals. PhD candidates are also expected to complete a three-month internship or, alternatively, complete an industry-focused research project via independent study.

