Michigan Technological University

What you'll study

The programme builds a broad foundation in physical geology, Earth materials and processes, emphasising both observational skills and quantitative analysis. Early years focus on core maths, chemistry, physics and introductory geology, while later years advance to specialised topics and hands-on experience.

• Core subjects: mineralogy, petrology, structural geology, sedimentology and stratigraphy, igneous and metamorphic processes.
• Analytical and quantitative skills: geostatistics, geochemistry, geophysics, numerical methods and GIS/remote sensing for spatial analysis.
• Applied and environmental areas: hydrogeology, engineering geology, environmental geoscience, economic geology and resource evaluation.
• Practical components: laboratory classes, rock and thin-section analysis, geophysical surveys, mapping exercises and a field camp/extended field course.
• Capstone and electives: senior capstone or research project supervised by faculty, with elective options in palaeontology, glacial geology, volcanology, mining geology or planetary geology.

Structure

The degree is typically organised over four years with a mix of required courses and electives. Students complete foundational science and mathematics in the first year, core geological coursework in the middle years, and a capstone research or design project in the final year. Opportunities exist for internships, industry co‑op experiences and undergraduate research throughout the programme.

Entry requirements

Applicants should hold a secondary school qualification with a strong record in mathematics and science. Typical preparation includes high school calculus (or equivalent), physics and chemistry. Admissions consider overall academic achievement, preparation in STEM subjects and, where available, evidence of relevant extracurricular interests such as outdoor leadership, field clubs or science projects.

Applicants for whom English is not a first language will need to meet the university's English proficiency requirements. Some students may be offered conditional entry with required preparatory coursework if they lack specific prerequisites.

Career prospects

Graduates are prepared for a wide range of careers across industry, government and research. The programme emphasises transferable technical and field skills sought by employers.

• Exploration and mining geologist roles in mineral and resource exploration.
• Environmental and hydrogeology positions assessing groundwater, contamination and remediation.
• Geotechnical and engineering geology support for infrastructure, construction and hazard assessment.
• Geophysics and GIS specialist roles in survey firms, energy and environmental consultancies.
• Positions in government geological surveys, environmental agencies and natural resource management.
• Entry to graduate programmes in geosciences, geological engineering, environmental science or related fields for research and academic careers.

Why study at Michigan Technological University

Michigan Technological University offers strong hands‑on training emphasising fieldwork and applied research, benefiting from its location in the geologically diverse Upper Peninsula. Students gain practical mapping and sampling experience across a range of terrains and access dedicated laboratories and research facilities for mineralogy, geochemistry and geophysics.

The department has close links with regional industry and government organisations, providing internship and co‑op opportunities as well as pathways into the mining, environmental and energy sectors. Small class sizes and faculty engagement support undergraduate research projects and mentorship, while dedicated field courses and a capstone project ensure graduates are well prepared for professional practice or further study.