Grand Valley State University

What you'll study

The programme combines classroom instruction, laboratory work and extensive field experience to build competency in the physical, chemical and biological processes that shape the Earth. You will study rock-forming processes, earth materials, surface and subsurface processes, and techniques for collecting, analysing and interpreting geological data.

• Core topics: mineralogy, petrology, sedimentology and stratigraphy, structural geology, geomorphology and paleontology.
• Applied and analytical skills: geochemistry, geophysics, hydrogeology, environmental geology and field methods.
• Technical tools: geographic information systems (GIS), remote sensing, geospatial analysis, laboratory mineralogy and geochemical instrumentation.
• Capstone and field components: multi-day field courses, regional mapping projects and a senior research project or internship that emphasises hands-on data collection and interpretation.
• Electives and interdisciplinary options: courses in soil science, environmental science, hydrology, ecology, and coursework that develops quantitative, modelling and communication skills.

Degree structure typically progresses from introductory physical geology and earth materials to upper-level courses in specialized topics, with increasing emphasis on independent research or professional experience in the final year.

Entry requirements

Applicants should hold a recognised secondary-school qualification. Typical preparation includes strong performance in mathematics (algebra and precalculus or calculus), chemistry and physics. Candidates are expected to demonstrate quantitative ability and an interest in field and laboratory work.

• Secondary-school diploma or equivalent with competitive grades in science and maths subjects.
• Preparation in chemistry and physics is strongly recommended; completion of a first-year university-level chemistry course may be required for direct entry to some classes.
• Some evidence of outdoor field experience, research projects or relevant extracurricular activity is advantageous.
• Admissions may consider personal statements, references and portfolios of relevant work; standardised tests may be optional according to institutional policy.

Career prospects

Graduates with a degree in Geological and Earth Sciences are prepared for a wide range of careers in both public and private sectors, and for further study at graduate level. The programme emphasises transferable analytical, technical and communication skills sought by employers.

• Environmental and water resources: environmental consultant, hydrogeologist, water-quality specialist, remediation scientist.
• Energy and resources: geotechnical technician, exploration support roles, mine or petroleum industry entry-level positions (often requiring further specialised training).
• Mapping and spatial analysis: GIS analyst, remote sensing specialist, geological mapper for government or consulting firms.
• Research and academia: field or laboratory researcher, and pathway to graduate studies (MSc/PhD) in geology, geochemistry, geophysics or environmental science.
• Education and public service: secondary-school teacher (with appropriate certification) or roles in government geological surveys and natural resource agencies.

Why study at Grand Valley State University

Grand Valley State University offers a geology programme with a strong emphasis on experiential learning and regional fieldwork. Students benefit from small-class instruction, regular field courses that take advantage of Michigan's diverse glacial and bedrock landscapes, and opportunities to participate in faculty-led research.

• Hands-on learning through multi-day field trips, mapping exercises and access to regional field sites, which reinforce classroom and laboratory training.
• Laboratory facilities and technical training in GIS, geochemical analysis and geophysical methods that prepare students for practical careers or graduate study.
• Opportunities to work with faculty on research projects, internships with local environmental organisations and collaborations with regional research centres.
• Location advantages: proximity to Great Lakes environments and varied Quaternary and bedrock geology provide an accessible natural laboratory for teaching and research.