University of Texas

What you'll study

This programme combines core natural science with quantitative and applied modules to prepare you for work in conservation, resource management and research. Typical course topics include ecology and conservation biology, soil and watershed science, freshwater and coastal ecosystems, wildlife management, restoration ecology, and environmental chemistry. You will also study statistics and experimental design, geographic information systems (GIS) and remote sensing, environmental policy and natural resource economics.

Teaching is a mix of lectures, laboratory practicals and field-based learning. Students normally complete a research methods sequence that culminates in a supervised capstone research project or honours thesis, and may undertake extended field courses at regional field stations. Elective options let you focus on areas such as aquatic systems, rangeland management, conservation genetics, or applied GIS.

Entry requirements

Admission follows the University of Texas undergraduate entry processes. Typical applicants will present a secondary school diploma with strong grades in science and mathematics (biology, chemistry and algebra or precalculus preferred). Successful applicants demonstrate academic readiness for rigorous science coursework and often have relevant extracurricular experience such as field clubs, volunteer conservation work, or laboratory experience.

Transfer applicants are usually considered on the basis of college transcripts and a competitive cumulative GPA; prior coursework in introductory biology, chemistry and calculus or statistics strengthens an application. All applicants should check the University of Texas undergraduate admissions pages for specific documentation, testing and English-language requirements and for advice on preparing a personal statement that describes interest and experience in natural resources.

Career prospects

Graduates go on to roles in conservation organisations, government resource agencies, environmental consultancies and private industry, or continue to postgraduate study. Typical jobs include conservation biologist, natural resources manager, restoration ecologist, fisheries or wildlife technician, environmental consultant, GIS analyst and research technician. The research emphasis also prepares students for MSc and PhD programmes in ecology, environmental science and natural resource management.

Employment settings range from field-based work in protected areas, watersheds and ranchlands to laboratory and office-based roles in species monitoring, habitat assessment, impact mitigation and policy development. Many students secure internships or project placements with state agencies, non-profit conservation groups and federal research organisations, which are a common route into long-term positions.

Why study at University of Texas

The University of Texas is a large research university with extensive resources for natural-resources training, including laboratory facilities, GIS and remote-sensing suites, and access to diverse Texan ecosystems for fieldwork — from coastal estuaries to prairie and hill country landscapes. Faculty research spans applied conservation, ecosystem restoration, hydrology and socio-ecological approaches, offering undergraduates opportunities to join active research projects.

Students benefit from institutional links with state and federal resource agencies and regional conservation NGOs, creating pathways for internships and collaborative projects. The programme’s emphasis on both rigorous quantitative methods and hands-on field experience ensures graduates have the practical and analytical skills employers and postgraduate programmes expect in the natural-resources sector.