Tennessee Technological University

What you'll study

This programme provides a balance of ecological science, resource management techniques and research skills. Core topics include ecosystem ecology, wildlife and fisheries biology, forest and watershed management, soil science, conservation policy and natural resources law. Students also study quantitative methods such as biostatistics and spatial analysis (GIS and remote sensing) and complete courses in field methods and laboratory techniques.

Programme structure typically combines foundational general-education courses with disciplinary cores and a selection of electives. Hands-on components include field laboratories, semester-long practicum or internship placements with conservation agencies or NGOs, and a senior capstone or research project where students design and carry out a supervised study.

• Fundamental modules: ecology, botany, zoology, soil science, hydrology
• Applied and technical modules: wildlife and fisheries management, forest mensuration, habitat assessment, GIS and remote sensing, natural resource planning
• Research and quantitative skills: experimental design, statistics for biologists, data analysis, scientific communication
• Professional experience: field camps, internships, capstone research, extension and outreach activities

Entry requirements

Applicants must meet the University's standard undergraduate admission criteria, including a completed secondary-school diploma or equivalent and submission of official transcripts. Strong candidates typically present a college-preparatory curriculum with emphasis on biology, chemistry, mathematics and English. Practical experience such as volunteer work, seasonal field work, or participation in environmental clubs strengthens an application.

Some students may be required to demonstrate readiness for university-level maths or science through placement assessments. Transfer applicants should provide college transcripts and course descriptions for evaluation to determine credit transfer and progression in the major.

Career prospects

Graduates are prepared for technical and professional roles in conservation, resource management and environmental research. Common career paths include conservation scientist, natural resource manager, wildlife or fisheries biologist, habitat restoration specialist, environmental consultant, GIS technician and park or land manager. Many graduates find employment with federal or state natural resource agencies, local government, non-profit conservation organisations, environmental consulting firms and private landowners.

The degree also provides a foundation for graduate study in ecology, natural resource management, environmental science or related policy programmes, and for professional certification paths relevant to forestry, wildlife and environmental management.

Why study at Tennessee Technological University

Tennessee Tech offers a programme with a strong emphasis on applied, field-based learning supported by faculty engaged in regional research and extension. The university’s location provides easy access to diverse forested and freshwater systems suitable for field training and student research projects. Small class sizes in upper-level courses allow close faculty mentorship for capstone projects and internships.

Students benefit from hands-on laboratory and GIS facilities, organised field trips, and established relationships with state and federal agencies and local conservation organisations that support internships and employment. The programme is designed to equip graduates with the practical skills and research experience employers and graduate programmes seek in the natural resources sector.