Program overview

Main Subject

Engineering - Mineral and Mining

Study Level

PHD

Departmental research activities span from fundamental and precise laboratory studies of rocks and minerals to field studies in remote and rugged locations to high-performance computing (including machine learning and data visualization). Faculty members are involved in domestic and international studies including: Modeling and visualization of economic deposits; Mine safety modeling; Applications of machine learning techniques to mining problems; Modeling of mining-related environmental problems related to groundwater flow and transport of solutes; Geology of metallic ore deposits with emphasis on geochemistry; Process/product development, instrumentation and process control.Department laboratories are equipped and operated to support the field and modeling studies including seismic petrophysics, rock and mineral preparation and visualization, environmental magnetism, aquatic optics and remote sensing, and geo-hazard and geo-resource characterization. The Computational Research Center, housed at the Great Lakes Research Center on campus, is home to the region's most powerful supercomputer "Superior". In addition to potential study sites world-wide, mining is experiencing a resurgence in Michigan's Western Upper Peninsula. New technologies and higher prices for metals are prompting international mining companies to explore for and develop prospects that were previously technologically and economically infeasible. Future graduate studies in mining engineering will focus on advancing new technologies and safe and environmentally responsible mining practices.

Program overview

Main Subject

Engineering - Mineral and Mining

Study Level

PHD

Departmental research activities span from fundamental and precise laboratory studies of rocks and minerals to field studies in remote and rugged locations to high-performance computing (including machine learning and data visualization). Faculty members are involved in domestic and international studies including: Modeling and visualization of economic deposits; Mine safety modeling; Applications of machine learning techniques to mining problems; Modeling of mining-related environmental problems related to groundwater flow and transport of solutes; Geology of metallic ore deposits with emphasis on geochemistry; Process/product development, instrumentation and process control.Department laboratories are equipped and operated to support the field and modeling studies including seismic petrophysics, rock and mineral preparation and visualization, environmental magnetism, aquatic optics and remote sensing, and geo-hazard and geo-resource characterization. The Computational Research Center, housed at the Great Lakes Research Center on campus, is home to the region's most powerful supercomputer "Superior". In addition to potential study sites world-wide, mining is experiencing a resurgence in Michigan's Western Upper Peninsula. New technologies and higher prices for metals are prompting international mining companies to explore for and develop prospects that were previously technologically and economically infeasible. Future graduate studies in mining engineering will focus on advancing new technologies and safe and environmentally responsible mining practices.

Admission requirements

Exam Scores

IELTS

6+

Tuition fee and scholarships

Scholarships

One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.

In this guide you will find:

Where to look for scholarship opportunities

How to apply to scholarships relevant to you

A list of available scholarships around the world

A scholarship application checklist

Download Scholarship Guide

More programs from the university

As an undergraduate student at Michigan Tech, it’s simple: if you want to do research, you can. Real research—the kind that creates solutions for industry, gets patented (sometimes with your name on it!), or addresses the problems of our modern world. Last year, our undergraduates spent 126,000 hours working on paid research.We’re ranked among the top twenty universities in the US in the proportion of research that’s sponsored by industry. And nearly 25 percent of our invention disclosures include the names of students as inventors. Students also get published in scientific journals, present at national conferences, and interact with scientists and entrepreneurs from around the world.

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