University of Michigan

What you'll study

The programme combines classroom lecture, laboratory practice and field experience to develop skills in observation, quantitative analysis and interpretation of Earth systems. Core topics typically include mineralogy and petrology, structural geology, sedimentology and stratigraphy, geochemistry, paleontology, and geophysics. Practical training emphasises field methods, mapping, microscopy, laboratory analytical techniques and geographic information systems (GIS).

Students progress through a mix of required foundation courses and discipline-specific electives. Typical components are:

• Introductory courses in physical geology and Earth history
• Mathematics and physics requirements to support quantitative skills
• Upper-level courses such as sedimentary systems, igneous and metamorphic processes, basin analysis, and tectonics
• Laboratory classes in geochemistry, petrography and geochronology techniques
• Field courses that apply classroom learning to outcrop mapping, stratigraphic logging and regional field interpretation
• Opportunities for independent research, capstone projects or an honours thesis under faculty supervision

Entry requirements

Applicants are expected to demonstrate strong preparation in science and mathematics. Typical preparation includes high-school courses in chemistry and physics and a solid background in algebra and calculus. Successful applicants also show evidence of critical thinking and quantitative ability through school performance, standardised test results where provided, and teacher references.

For transfer or internal applicants, relevant college-level coursework in calculus, physics and introductory geology or Earth science strengthens an application. The University assesses applications holistically, considering academic record, personal statement, recommendations and any relevant extracurricular or field experience.

Career prospects

Graduates enter a wide range of professions in both the public and private sectors. Common career paths include:

• Environmental and engineering consulting (contaminant assessment, remediation, site characterisation)
• Energy and natural resources industry roles (exploration geology, reservoir characterisation, mine geology)
• Government and regulatory agencies (resource management, geohazard assessment, environmental monitoring)
• Research and academia, often following postgraduate study (MSc/PhD) in specialised topics
• Geospatial and data-analytic roles using GIS and remote sensing
• Science communication, education and museum work

Undergraduate research experience, internships and fieldwork completed during the degree significantly enhance employability and preparation for postgraduate study.

Why study at University of Michigan

The University of Michigan offers a long-standing Earth sciences programme with access to experienced faculty who specialise across tectonics, sedimentary systems, geochemistry, paleobiology and geophysics. Students benefit from a combination of classroom teaching, well-equipped laboratories and regular field courses that make use of diverse regional geology.

Undergraduates have opportunities to join faculty-led research projects, use modern analytical facilities and participate in internships with industry and government partners. The programme’s interdisciplinary links across engineering, environmental science and public policy create pathways for applied work on natural resources, environmental management and climate-related issues.

Additionally, the university’s career services, alumni network and strong connections with regional employers help students find internships and graduate positions in geology and related fields.