Michigan State University

What you'll study

The programme combines classroom instruction, laboratory work and field experience to build understanding of Earth systems at a range of scales. Core topics typically include mineralogy and petrology, sedimentology and stratigraphy, structural geology, geochemistry, geophysics and paleontology. Students also study applied topics such as hydrogeology, environmental geology, natural hazards and resource geology.

Practical training is a major component. Expect regular laboratory classes using microscopes and analytical instruments, map and cross‑section construction, computer-based training in GIS and remote sensing, and multi-day field courses that teach mapping and data collection in outcrop and landscape settings. Many students undertake a senior capstone project, independent research with a faculty member, or an internship that integrates classroom learning with real-world problems.

• Foundational sciences: calculus, physics, chemistry and introductory geology
• Core geology modules: mineralogy, petrology, structural geology, sedimentology/stratigraphy
• Applied modules: hydrogeology, environmental geology, natural hazards, geophysics
• Analytical and computational skills: GIS, remote sensing, data analysis and laboratory methods
• Field methods and capstone or undergraduate research project

Programme structure

The degree follows a standard undergraduate credit structure with a mix of major courses, required laboratory and field components, elective specialisations and general education requirements. Students can often choose elective tracks or minors to focus on topics such as environmental studies, geography, geochemistry, or engineering principles. Advising helps shape a study plan that meets departmental and university graduation requirements.

Entry requirements

Admission is at the undergraduate level through Michigan State University's general admissions process. Successful applicants typically present a strong high school record with emphasis on mathematics and science—particularly chemistry and physics—and demonstrated preparation in analytical thinking. Departments value coursework that shows readiness for quantitative science.

International applicants must meet the university's English language proficiency expectations. Some students also enter the programme through transfer from community colleges or other universities; transfer applicants should have completed foundational STEM coursework and consult departmental advisors about articulation of credits.

Career prospects

Graduates with a bachelor's in Geological and Earth Sciences enter a wide range of careers across industry, government and academia. Common roles include environmental consultant, hydrogeologist, exploration geologist or technician in mining and energy sectors, GIS or remote sensing specialist, and laboratory analyst. Alumni also work for federal and state agencies, environmental non-profits, engineering consultancies and research institutions.

The degree also provides a strong foundation for further study: many graduates progress to professional or research master’s programmes, PhD study, or professional training in related fields such as environmental engineering, urban planning or natural resource management. Practical skills developed in the programme—field mapping, laboratory techniques, data analysis and GIS—are highly transferable and valued by employers.

Why study at Michigan State University

Michigan State University's Department of Earth and Environmental Sciences offers a blend of teaching, research and field opportunities suited to undergraduate education. Students benefit from access to well-equipped laboratories and instrumental facilities, experienced faculty active in diverse research areas, and a sizable rock, mineral and fossil collection used in instruction.

MSU's location and institutional connections support extensive fieldwork in a variety of landscapes, from glacial and Great Lakes environments to regional bedrock exposures, and provide pathways to internships and collaborative projects with industry and government agencies. The university emphasises undergraduate research and mentorship, giving students opportunities to work alongside faculty on real research questions and to present findings at conferences or departmental symposia.

Overall, the programme combines rigorous science training with practical experience and broad career preparation, making it suitable for students aiming for technical careers, environmental problem‑solving roles or further academic study in the geosciences.