Mining Geology Master's Degree Programs

This article outlines the major admission requirements and common courses associated with geology master's programs that offer a mining geology concentration. Schools offering Environmental Science degrees can also be found in these popular choices.

Degree Information for Mining Geology Master's Degree Programs

Students who want to pursue higher education in the field of mining geology or other related domains should consider opting for a geology master's degree with a mining geology concentration, as master's degree programs focusing solely on mining geology might be hard to find. Typically, such a program would require two years of full-time study, with GRE scores, a minimum GPA, a statement of purpose, and an updated CV or resume being some of the common admission requirements.

Clay Mineralogy

Students taking this course will learn about the common geochemical properties, mineral structures, environmental availability, occurrence rates, and uses of the different types of clay. The major determinants of the physical and chemical properties of clay are discussed and examined in class. The thermal features of clay, as well as the associated optics, physical properties, and x-ray diffraction are also studied, both in theory and through practical laboratory work.

Professional Geoscience

The purpose of this course is to enable students to learn about some of the complex research topics in the geosciences and the ways in which these topics need to be communicated in order to make the maximum impact on the general public as well as the scientific community. The best practices in the development and proposal of scientific ideas in the field of geoscience will be examined and critiqued. Research proposals will be developed and presented by students for assessment via peer- and self-evaluation methods.

Environmental Aspects of Mining

This course will deal with the environmental and sustainability aspects of mining activities in the modern world. The legal aspects of environmental impact assessments and reclamation, mine planning for optimum reclamation, post-mining land selection and usage, and unit operations of reclamation are some of the main topics that will be covered in class. The planning and design of coal, metal, and nonmetal mines and the associated unit operations, such as backfill, drainage, soil replacement, maintenance, and revegetation, will also be studied.

Advanced Geochemistry

Students taking this course will get the opportunity to undertake a thorough study of the relative availability and abundance of isotopes and elements on Earth. The formation of the earth's crust, principles of element transport, chemical composition of soils, and mineral deposits are some of the other topics that will be covered in class. Students will usually also get the opportunity to participate in a field trip for the purpose of collecting samples for lab work.

Coal Petrology

In this course, students will learn about the properties, composition, and formation of coals. Students will also get the opportunity to analyze coal samples, discuss the geology of particular coal deposits, and practice the visual identification of coal minerals. Those interested in learning about the industrial applications of coal and the various petrographic methods would benefit greatly from this course, as it would help them gain a theoretical as well as practical understanding of these subjects.

Ore Microscopy

This course will provide students with the skills and knowledge required for the application of petrographic and ore microscopic techniques for the purpose of optimizing mining methods. Pelleting, smelting, ore beneficiation, sintering, refining, mining, and exploration - and the problems inherent in these activities - are some of the topics that will be covered in class. Industrial case studies will be used to facilitate discussions in addition to practical laboratory work.

Advanced Mining Systems

The purpose of this course is to provide students with a thorough understanding of the basic principles that govern the development and design of hard rock mineral deposits and the associated mining systems. The production and exploitation of hard rock mineral deposits often require integrated underground and surface mining methodologies that professionals working in the field of mining geology need to know about. Cost considerations, process optimizations, and feasibility reports are some of the other topics that might be covered in class.

Mining Geology Master's Degree Programs: Admission Requirements

Students seeking to enroll in a geology master's degree program with a concentration in mining geology should fulfill the following requirements:

  • They should have completed a four-year bachelor's degree in a relevant domain, from an accredited institution or college.
  • They should submit a statement of purpose outlining their educational and professional goals and how this program would help them achieve those goals.
  • They should also submit official transcripts from all degree-granting institutions previously attended, along with three or more letters of recommendation from faculty members familiar with their past academic work.
  • All applicants should submit an updated CV or resume along with their application form and the associated fee.
  • The official GRE scores (preferably obtained within the last five years) and grade point average (GPA) should also be submitted.

Hence, students seeking to further their education in the field of mining geology must make sure that they have fulfilled the above-mentioned admission requirements. To complete the mining geology master's program, they might have to take courses such as ore microscopy, clay mineralogy, and advanced geochemistry.

To continue researching, browse degree options below for course curriculum, prerequisites and financial aid information. Or, learn more about the subject by reading the related articles below:

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