University of Tennessee

What you'll study

This programme combines foundational natural science with applied conservation and research methods. Core topics commonly covered include ecology and ecosystem science, conservation biology, forest and wildlife ecology, soil science and watershed management. Students also study quantitative methods such as statistics and experimental design, plus technical skills in geographic information systems (GIS), remote sensing and environmental monitoring.

Teaching is a mix of lectures, laboratory classes and hands-on field courses. Typical modules or course themes include:

• Principles of Ecology and Conservation Biology
• Forest Ecology and Management
• Wildlife Ecology and Population Management
• Soil and Watershed Science
• GIS, Remote Sensing and Spatial Analysis
• Environmental Policy, Law and Natural Resources Economics
• Research Methods, Experimental Design and Biostatistics
• Field Techniques, Wildlife Sampling and Habitat Assessment

Students typically complete a senior capstone or honours research project, producing original data and experience in scientific writing and presentation. There are opportunities for practicum placements, summer field courses and collaboration with campus research units and external partners to gain applied experience.

Entry requirements

Applicants must meet the University of Tennessee’s general undergraduate admission standards and the requirements of the college housing the programme. Typical expectations include a high school diploma or equivalent and a record of completion in core academic subjects. Strong preparation in biology and mathematics is helpful; chemistry and environmental science are also advantageous.

Selection is competitive and based on an overall academic profile. Applicants may be asked to provide transcripts, a personal statement outlining interest in natural resources and conservation, and references. Transfer applicants should have completed relevant college coursework and will be assessed on college GPA and course equivalence. International applicants must meet English language and credential evaluation requirements.

Career prospects

Graduates move into roles across public, private and non-profit sectors or continue into postgraduate study. Common career paths include:

• Natural resource manager or conservation scientist for federal, state or local agencies
• Wildlife biologist, fisheries technician or forest technician
• Environmental consultant or ecological surveyor
• GIS analyst and remote-sensing specialist supporting conservation planning
• Research technician or project coordinator in university or NGO research programmes
• Park ranger or land stewardship and habitat restoration specialist

Many graduates also progress to MSc or PhD programmes in ecology, forestry, environmental science or related fields, or pursue professional training in environmental law and policy.

Why study at University of Tennessee

The University of Tennessee offers strong, research-led training in natural resources with an emphasis on experiential learning. Students benefit from regular field courses, laboratory facilities and access to a variety of nearby ecosystems — from upland forests to river systems — that serve as outdoor classrooms for hands-on study.

Faculty typically include active researchers with applied expertise in forest ecology, wildlife management, water resources and spatial technologies, and there are established links with state agencies, conservation NGOs and industry partners that support internships and applied projects. The university also provides resources such as GIS and remote sensing labs, research instrumentation, and career services to support student placement and professional development.

Overall, the programme is well suited to students seeking a practical, science-based education in conservation and resource management that combines classroom theory with field research and real-world experience.