University of Virginia

What you'll study

The degree combines core training in ecology and environmental science with applied modules in conservation, natural resource management and research methods. Year‑by‑year students typically study foundational courses in ecology, organismal biology, chemistry, and quantitative methods before moving to advanced topics such as conservation biology, restoration ecology, hydrology, soil science and wildlife management.

• Field and laboratory skills: sampling design, population monitoring, species identification, and experimental techniques.
• Geospatial and quantitative methods: GIS, remote sensing, spatial analysis and statistics for ecological data.
• Applied conservation subjects: habitat restoration, invasive species management, protected area design and ecosystem services.
• Policy and socio‑ecological perspectives: natural resource policy, environmental law, stakeholder engagement and conservation planning.
• Research and capstone experience: independent research project or honours thesis, internships with conservation organisations, and long‑form field practicum opportunities.

The programme is structured around a combination of lectures, small seminars, laboratory classes and extensive fieldwork. Electives allow you to tailor study towards freshwater systems, forestry, urban ecology or conservation technology.

Entry requirements

Entry is competitive and typically requires strong secondary school performance with emphasis on science and quantitative subjects. Typical expectations include:

• For applicants from the UK: A‑level or equivalent with strong passes in at least two STEM subjects; Biology, Environmental Science, Geography, Chemistry or Mathematics are advantageous.
• For US applicants: a strong high school GPA with preparation in biology, mathematics and physical sciences; AP or dual‑enrolment credits in relevant subjects are welcomed.
• For international applicants: an equivalent secondary qualification demonstrating strength in science and mathematics; successful applicants often present IB Higher Level subjects in science or maths.
• All applicants should demonstrate genuine interest in fieldwork and conservation through personal statements, extracurricular experience, volunteer placements or relevant work. English language proficiency is required where applicable.

Admissions may also consider relevant practical experience, research exposure, and personal motivation. Specific programme or college requirements and any standardised test policies should be checked on the university’s admissions pages.

Career prospects

Graduates move into a range of roles across the public, private and non‑profit sectors. Common career paths include:

• Conservation scientist, wildlife or fisheries biologist, and habitat restoration practitioner.
• Environmental consultant, ecological surveyor and environmental impact assessor.
• GIS analyst, remote sensing specialist and data scientist for natural resources.
• Park and protected area manager, land stewardship officer and natural resource policy advisor.
• Research technician or postgraduate research student pursuing MSc/PhD in ecology, conservation science or environmental management.

Graduates are also well placed for roles with state and federal agencies, conservation NGOs, land trusts, environmental consultancies and research institutions. The programme’s emphasis on practical skills and applied research helps with immediate employability and with progression to advanced study.

Why study at University of Virginia

The University of Virginia offers this programme within a strong research environment and benefits from interdisciplinary collaboration across environmental science, biology, engineering and policy. Students have access to on‑campus laboratories and instrumentation as well as regional field sites and natural areas, providing diverse hands‑on learning opportunities.

• Location advantage: proximity to varied ecosystems in the mid‑Atlantic, including forests, freshwater systems and nearby national parks, supports field teaching and student research.
• Research and mentorship: faculty-led labs and research centres provide undergraduate research placements and opportunities to contribute to ongoing conservation projects.
• Professional links: established connections with state agencies, conservation organisations and local land managers facilitate internships and career networking.
• Student experience: active student societies, field clubs and volunteering opportunities enable practical skill development and community engagement.

Overall, the programme combines rigorous scientific training with applied conservation practice, preparing graduates for both professional roles and advanced academic study in natural resources and environmental science.