University of Texas

What you'll study

The programme combines core biological theory with practical laboratory and field training to explore ecology, evolutionary mechanisms, systematics (classification and relationships), and population biology. You will study how organisms adapt and diversify, how populations change through time, and how species interact within communities and ecosystems.

• Core modules: Evolutionary theory, population genetics, community and ecosystem ecology, organismal biology, and principles of systematics and phylogenetics.
• Quantitative and methodological training: Biostatistics, ecological modelling, data analysis, bioinformatics, and experimental design.
• Practical skills: Field methods in ecology (sampling, mark–recapture, surveying), molecular lab techniques, microscopy, GIS and remote sensing, and long-term data management.
• Advanced and elective topics: Conservation biology, behavioural ecology, landscape ecology, microbial ecology, molecular ecology, and evolutionary developmental biology—students can tailor electives to their interests.
• Research project / capstone: A substantial independent research project or honours thesis supervised by faculty, often involving fieldwork or laboratory experiments and culminating in a written report and oral presentation.
• Experiential learning: Field courses, internships with governmental or non-governmental organisations, participation in ongoing faculty research, and opportunities at University of Texas field stations and research centres.

Entry requirements

Applicants are expected to hold a secondary-school qualification that is equivalent to a U.S. high school diploma with strong preparation in science and mathematics. Recommended subjects include biology, chemistry, and mathematics (calculus or statistics where available). Admissions decisions consider academic record, personal statement, and any relevant extracurricular or research experience.

International applicants must satisfy the University of Texas requirements for international admission and demonstrate proficiency in English through recognised tests or approved alternatives if their prior education was not in English. Transfer applicants should provide college transcripts and descriptions of completed coursework in biology and related quantitative subjects.

Career prospects

Graduates are prepared for a wide range of careers that require strong knowledge of biological systems and quantitative skills. Common career paths include:

• Research assistant or technician in academic, government or private-sector labs
• Conservation scientist, wildlife biologist or park ecologist with conservation NGOs or government agencies
• Environmental consultant or ecological surveyor working on impact assessments and management plans
• Data analyst, statistical ecologist or ecological modeller applying quantitative methods to biological datasets
• Further study at graduate level (MSc, PhD) in ecology, evolution, conservation biology, or related disciplines
• Science communication, education, policy advising, and roles in biodiversity informatics or natural history collections

Why study at University of Texas

The University of Texas offers strong faculty expertise across ecology, evolution and systematics, with active research programmes spanning molecular evolution to landscape-level conservation. Students can take advantage of unique regional ecosystems across Texas for fieldwork, dedicated field stations and marine facilities, and extensive museum and collection resources.

Opportunities for hands-on research with faculty, internships with state and federal agencies, and collaboration across departments (for example, integrative biology, environmental science, GIS, and statistics) help bridge theory and practice. The programme emphasises quantitative literacy, field competence and communication skills, preparing graduates for both applied roles and academic research.