Eastern Michigan University

What you'll study

The programme combines foundational natural science with applied geological topics. Core subjects typically include mineralogy and petrology, structural geology, sedimentology and stratigraphy, geomorphology, and paleontology. Students also study applied areas such as hydrogeology, environmental geology, geophysics, and geological field methods.

Emphasis is placed on laboratory skills and field experience: courses include rock and mineral identification, thin-section petrography, geological mapping, stratigraphic logging and interpretation of depositional environments. Training in quantitative skills and tools—such as geological data analysis, GIS, and remote sensing—is integrated into coursework and practical exercises.

The degree usually culminates in a capstone experience or senior project where students undertake independent research, a field-based mapping project, or an applied practicum with an external partner. Electives and directed-study options allow students to tailor the programme toward environmental, resource, or engineering-related pathways.

Entry requirements

Applicants are expected to have completed a secondary-school curriculum with a solid foundation in mathematics and the physical sciences. Preparation in algebra, geometry, chemistry and physics is recommended. Practical exposure to Earth science courses at high-school level or relevant extracurricular experience (field clubs, science fairs, internships) strengthens an application.

Transfer applicants are assessed on college-level coursework in math and sciences; prior credits in calculus, statistics, chemistry, physics or introductory geology can be applied toward degree requirements. International applicants should demonstrate equivalent secondary-school qualifications and English language proficiency according to university policy.

Career prospects

Graduates enter a range of sectors where understanding of Earth processes and environmental systems is valued. Common career paths include environmental consulting, groundwater and hydrogeology roles, geological mapping and surveying, GIS and geospatial analysis, natural resource and mineral exploration, and geotechnical support for engineering projects.

Other options include work for government agencies and geological surveys, environmental remediation firms, utilities and water resource organisations, and museums or science education. Many graduates also continue into postgraduate study in specialised areas such as hydrogeology, geophysics, environmental science or engineering.

Why study at Eastern Michigan University

Eastern Michigan University offers a curriculum that balances classroom instruction with hands-on laboratory and field experiences. The programme takes advantage of the region’s diverse glacial and Great Lakes geology for local field trips and mapping projects, enabling students to practise observation and interpretation in real-world settings.

Students benefit from small classroom sizes, opportunities for close supervision by faculty on undergraduate research projects, and access to geospatial and analytical tools as part of their training. The university’s location and local partnerships also support internships and practicum placements with regional environmental firms, government agencies and industry employers, helping graduates develop professional experience before finishing their degrees.