Our transdisciplinary partnerships, state-of-the-art facilities, and top-notch research and teaching faculty produce advanced mining and minerals engineers and researchers who can help solve critical challenges facing the world.
In collaboration with the Virginia Tech Graduate School, the Department of Mining and Minerals Engineering offers a range of degrees that position our graduates for high-impact careers.
The Master of Engineering combines real-world industry projects and professional mentorship with course work. It serves students with a bachelor's degree or advanced undergraduates who want to increase their earning potential and make themselves more desirable to employers. An optional certificate in data analytics prepares graduates to optimize industry production and reduce environmental impacts. Scholarships are available. For more information, contact Erik Westman.
The Master of Science degree serves students pursue a special area of interest, gain independent research experience, or prepare of a particular career track. The degree requires at least 20 hours coursework and a maximum of 10 hours in research, and completion of a thesis.
The Doctor of Philosophy degree is intended for exceptional students with a strong interest in scholarship and a desire to do independent research to meet critical global challenges. This program requires students to complete 60 credit hours of research and 30 credit hours of coursework. General requirements for the degree are set by the College of Engineering.
Undergraduates can apply for the department's accellerated B.S./M.S. degree program, which reduces time to a master's by about a year. For more information, contact Graduate Program Director Emily Sarver or Academic Advisor Michelle Crotto.
Our graduate students are engaged in a wide range of research, including sustainable mineral and energy resource development, occupational health and safety, mine ventilation and mine fire modeling, optimizing separation processes, coalbed methane and shale gas recovery, and advanced instrumentation and monitoring methods for underground mines.
Graduate assistantships, which are available to most M.S .and Ph.D. candidates and typically include a stipend for living expenses and a waiver of tuition costs. Other financial support is available through the Graduate School.
Our students also get academic and career support from a committed and experienced academic advisor and are mentored by faculty and industry partners.
International students can access a range of resources to help with VISAs, language barriers, social support, and employment assistance.
Specialized laboratories on campus such as the new Holden Hall and our off-campus Plantation Road laboratory complex facilitate research into rock mechanics, ground control, health and safety systems, critical mineral processing, applied surface and colloid chemistry, recycling, conservation and the environment, mining ventilation, modeling/simulation, automation and control, carbon sequestration and management, and reservoir engineering.
The department's Center for Advanced Separation Technologies, Virginia Center for Coal and Energy Research, and the newly-opened Center for Autonomous Mining provide facilities for specialized grant-funded research and development for academia, industry, and government.
Becoming a student
Admissions requirements, tuition and fees, and the application process are administered through the Graduate School.
Mining and Minerals Engineering Graduate Student Manual
All graduate students are expected to familiarize themselves with this manual which provides information that will be helpful in their graduate studies. The manual supplements the Graduate Policies and Procedures and Course Catalog (available from the Graduate School).