University of Michigan–Flint

What you'll study

This programme combines foundational natural science with applied conservation methods and research skills. Core study areas include ecology, wildlife biology, freshwater and wetland ecology, soil science, conservation biology and environmental policy. Students take courses in ecological field methods, ecosystem monitoring, restoration techniques, and environmental sampling, alongside quantitative subjects such as statistics and Geographic Information Systems (GIS).

Typical components and modules include:

• Foundations: Introductory biology, chemistry for environmental science, and basic ecology.
• Field and laboratory methods: Field ecology, aquatic sampling and analysis, soil and plant identification, and laboratory techniques for environmental testing.
• Data and mapping: Environmental statistics, GIS and remote sensing applied to natural resource assessment.
• Conservation and management: Conservation biology, habitat restoration, wildlife management, and land‑use planning.
• Policy and human dimensions: Environmental law and policy, natural resource economics, and stakeholder engagement.
• Research and capstone: An independent research project or capstone practicum that applies methods learned to a real conservation problem, often in collaboration with local agencies or community partners.

Courses emphasise hands‑on learning with regular field trips, semester‑long labs, and opportunities to work on restoration sites, stream assessments and campus‑based long‑term ecological monitoring. Electives allow students to deepen skills in GIS, wildlife techniques, aquatic ecology or environmental education.

Entry requirements

Applicants are expected to hold a secondary school leaving qualification equivalent to a high school diploma with a record of science and mathematics study. Recommended background includes coursework in biology, chemistry and algebra or statistics to ensure readiness for the quantitative and laboratory components of the programme.

Typical entry considerations include academic transcripts, a personal statement outlining interest in natural resources and conservation, and any relevant experience such as volunteering, seasonal field work or participation in environmental clubs. Transfer applicants with college credits or an associate degree are considered and may receive credit for prior coursework.

International applicants must demonstrate English language proficiency according to the university's standard requirements. Applicants should check the University of Michigan–Flint admissions pages or contact admissions advisers for details about documentation and course equivalency.

Career prospects

Graduates leave with practical skills in field sampling, data analysis and spatial mapping that are valued by employers in government, non‑profits and the private sector. Common entry‑level roles include natural resource technician, field biologist, water quality monitoring technician, GIS technician, restoration crew member and conservation outreach coordinator.

Other pathways include positions with state and federal natural resource agencies, regional land trusts, environmental consulting firms, and conservation NGOs. Many graduates also use the programme as preparation for postgraduate study in ecology, environmental science, natural resource management or related professional degrees such as environmental policy or planning.

Why study at University of Michigan–Flint

The University of Michigan–Flint offers small class sizes and close faculty mentorship, which supports hands‑on learning and supervised research. The campus's proximity to regional watersheds, parks and conservation initiatives provides practical field sites for teaching and student projects, and the programme maintains partnerships with local agencies and NGOs for internships and community‑based research.

Students benefit from access to on‑campus laboratories and GIS resources, as well as opportunities to participate in applied restoration projects and monitoring programs. The combination of practical field training, quantitative skills and community connections is designed to prepare graduates to address regional natural resource challenges and pursue diverse career paths in conservation and environmental science.