Project Info


Hydrogeological characterization in mining and tunneling using geophysics

Rennie Kaunda | rkaunda@mines.edu

Hydrogeological characterization is an important consideration at mine and tunnel sites to investigate water accumulation and management, flow paths, and quantification of transport parameters. In mining for example, the quality of water can be impacted over a long period of time after mining operations have ceased. In tunneling such characterization help manage, control or dewater construction sites. This research applies computer modeling and geophysical techniques such as resistivity, IP, seismic, EM, and GPR for hydrogeological characterization. Primary objectives include improve understanding of groundwater flow and transport in fractured rock using geophysics, analysis of fracture connectivity, flow channeling, and interaction between fractured/porous zones

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Grand Engineering: Restore and improve urban infrastructure

Student Preparation


Qualifications

The ideal candidate will be a self-starter and highly motivated, have an eye for detail and safety minded. A background in geophysics or similar previous projects is desired but not a requirement.

Time Commitment

40-50 hours/month

Skills/Techniques Gained

My overall objective with undergraduate student research is to train them to become better scientists and engineers with a high level of critical thinking leading to professional careers, graduate school or significant contributions in publishable work or technical presentations. Students will be encouraged to share research findings through posters, conference proceedings or other presentations and publications.

Mentoring Plan

I meet with each student at least once a week, where I interact with that student on an individual basis. I also hold weekly topical research meetings with my research group consisting of visiting scholars, PhD and MS students where undergraduates are encouraged to attend. Successful students will be mentored in data analysis, collection of rock samples, and sample preparation for the laboratory tests and thin section analyses. The students will gain invaluable field and laboratory research experience and training honing in on analytical skills, communication skills, and critical thinking.