University of Vermont

What you'll study

The programme covers the fundamentals of Earth science together with practical skills in observation, measurement and analysis. You will study the origin, composition and structure of the solid Earth, interactions between the geosphere, hydrosphere, atmosphere and biosphere, and methods for investigating Earth processes.

• Core geological subjects: mineralogy, petrology, structural geology, sedimentology and stratigraphy, paleontology and geologic history.
• Environment and process courses: geomorphology, hydrology, hydrogeology, geochemistry, soil science and environmental geology.
• Analytical and technical skills: field mapping and field methods, rock and mineral identification, sediment analysis, geologic sampling, laboratory techniques and computational methods.
• Quantitative and spatial tools: GIS and remote sensing applied to Earth science, statistical analysis for geoscience data and introductory geophysics.
• Practical experience: multi-day field courses, campus-based lab projects and opportunities for independent undergraduate research or capstone projects.

Programme structure normally combines foundational first-year science and maths with increasingly specialised third- and fourth-year options. Electives allow emphasis on environmental geology, resource geology, climate-change related topics or preparation for graduate study.

Entry requirements

Admission is to the University of Vermont; applicants should have a strong high-school background in mathematics and the physical sciences. Recommended preparation includes courses in algebra and chemistry, and ideally physics and biology. Successful applicants typically demonstrate analytical ability, laboratory experience where possible, and an enthusiasm for fieldwork.

Transfer students should have completed college-level science and mathematics courses that match first-year requirements. Applicants whose first language is not English may need to demonstrate proficiency in English. Prospective students interested in research or internships are encouraged to contact department faculty early to discuss preparation and opportunities.

Career prospects

Graduates with a bachelor’s in Geological and Earth Sciences go into a range of careers where understanding Earth systems is essential. Common paths include:

• Environmental consulting and remediation, assessing contamination and advising on remediation strategies.
• Hydrogeology and water-resources management with utilities, consulting firms and government agencies.
• Natural-hazard assessment and risk management for landslides, floods, earthquakes and slope stability.
• Energy, mining and mineral resource evaluation, including roles in exploration and environmental compliance.
• Geospatial analysis and GIS roles supporting urban planning, conservation and natural-resource management.
• Further academic study (master’s or PhD) leading to research careers or university teaching.
• Public-sector roles with geological surveys, environmental protection agencies and parks or conservation organisations.

Many graduates combine technical skills with internships, field experience and GIS competence to enter the workforce; others pursue graduate study to specialise further.

Why study at University of Vermont

The University of Vermont combines a research-active Earth and environmental sciences department with immediate access to diverse field environments — from Lake Champlain to the Green Mountains — providing abundant field-training opportunities. Small class sizes and accessible faculty enable undergraduates to participate in research projects, collaborate on faculty-led studies and gain mentorship for internships.

The university’s interdisciplinary emphasis links geology with environmental science, policy and sustainability, which benefits students interested in applied problem solving. On-campus laboratories, teaching collections and computing resources support hands-on learning, while regional partnerships with state agencies, conservation organisations and industries help students find practical experience and employment pathways.