University of Vermont

What you'll study

The programme builds a foundation in core biological sciences before moving into specialised courses in ecology, evolutionary biology, systematics and population biology. Early years emphasise cell and molecular biology, genetics, general ecology, chemistry and quantitative skills. In later years you will study subjects such as evolutionary theory, population genetics, community and ecosystem ecology, phylogenetics and taxonomy, landscape ecology, behavioural ecology and conservation biology.

• Foundational modules: Introductory biology, genetics, organic and inorganic chemistry, and calculus/statistics for biologists.
• Core evolutionary and ecological topics: Evolutionary processes, population dynamics, species interactions, community ecology, ecosystem function and biodiversity.
• Systematics and phylogenetics: Morphological and molecular approaches to species identification, phylogenetic methods, classification and collections-based work.
• Research and methods: Field methods, ecological sampling, molecular techniques, GIS and spatial analysis, experimental design and biostatistics.
• Capstone and independent research: A senior seminar, honours thesis or independent research project working with faculty in labs or field programmes.
• Electives and applied experience: Opportunities in conservation policy, restoration ecology, wildlife management, ecological modelling and interdisciplinary environmental courses.

Entry requirements

Standard entry to the programme normally requires completion of secondary education with strong grades in science and mathematics. Typical expectations include solid achievement in biology and chemistry and competence in mathematics (algebra and precalculus or calculus). Applicants with advanced qualifications (A-levels, IB, or equivalent) are expected to have taken science subjects; precise offers vary by applicant background and qualifications.

Successful candidates demonstrate curiosity about the natural world and experience or interest in fieldwork, laboratory techniques or environmental projects. International applicants must meet the university's requirements for English language proficiency. The university may consider standardised test scores where submitted, but admissions decisions take a holistic view of transcripts, personal statements and references.

Career prospects

Graduates leave with a versatile set of skills in biological theory, quantitative analysis and practical field and lab techniques. Common career paths include:

• Research positions in academic laboratories or government research institutions
• Conservation and natural resource management roles with NGOs, government agencies or land trusts
• Environmental consulting, ecological assessment and restoration work
• Careers in wildlife biology, fisheries, forestry and park management
• Further study at graduate level (master's and PhD) in ecology, evolution, conservation biology or related disciplines
• Science communication, education and policy roles that draw on biological expertise

Why study at University of Vermont

The University of Vermont offers strong interdisciplinary support for ecology and evolutionary studies through its Department of Biology and collaborations with the Rubenstein School of Environment and Natural Resources. Situated close to Lake Champlain and the Green Mountains, the university provides abundant local field sites for hands-on learning and long-term ecological research.

Students benefit from active faculty research programmes, access to laboratory and diagnostic facilities, museum and herbarium collections, and partnerships with regional conservation organisations and state agencies for internships and applied projects. The programme emphasises experiential learning, enabling undergraduates to take part in faculty-led research, field courses, independent projects and community-engaged conservation work.