University of Texas

What you'll study

This four-year programme combines core biological principles with hands-on laboratory and field experience. Year one typically covers foundational subjects such as cell and molecular biology, general chemistry and introductory mathematics or statistics. In later years students take intermediate and advanced modules including genetics, biochemistry, physiology, ecology and evolution, microbiology, developmental biology and systems/neurobiology.

Practical experience is emphasised: laboratory courses develop experimental technique and data analysis skills, while field courses provide training in ecological survey methods and organismal biology. Students choose elective pathways or concentrations that reflect their interests—examples include molecular and cellular biology, ecology and conservation, organismal biology, and computational/quantitative biology. Many students also undertake an independent research project or capstone, often working alongside faculty in active research groups.

Typical modules and learning activities

• General Biology and Laboratory
• Principles of Chemistry and Organic Chemistry (with labs)
• Cell Biology and Molecular Genetics
• Biochemistry and Metabolism
• Ecology, Evolution and Behaviour
• Microbiology and Immunology
• Quantitative Methods and Biostatistics
• Research methods and senior capstone or honours thesis

Entry requirements

Applicants are expected to hold a recognised secondary school qualification. Strong preparation in biology, chemistry and mathematics is recommended, whether through A-levels, IB higher-level subjects, or comparable courses. Admissions typically consider academic performance, personal statement, and any relevant extracurricular or laboratory experience. International applicants should provide evidence of equivalent academic preparation and competent English language ability.

For candidates transferring from other post-secondary institutions, evaluation normally includes college transcripts and completion of introductory biology and chemistry sequences. Some applicants strengthen their applications by demonstrating research experience, internships, or science-related volunteer work.

Career prospects

Graduates with a Biology bachelor’s from the University of Texas enter a wide range of careers. Common pathways include:

• Laboratory and research technician roles in universities, medical centres and industry
• Further study in graduate research (MSc/PhD) or professional programmes such as medicine, dentistry, veterinary medicine or pharmacy
• Positions in biotechnology and pharmaceutical companies, including roles in development, quality control and regulatory affairs
• Conservation, ecology and environmental management roles with government agencies and NGOs
• Science communication, education and outreach; secondary school teaching with appropriate teaching qualification
• Careers that draw on quantitative and analytical skills such as bioinformatics, data science and patent/technical consulting

Undergraduate research experience and internships substantially increase employability and competitiveness for postgraduate study.

Why study at University of Texas

The University of Texas offers access to active research programmes and state-of-the-art laboratory and field facilities. Undergraduates benefit from opportunities to work with faculty on funded research projects, access to specialised instrumentation and involvement in fieldwork across diverse Texan ecosystems. The university’s location in a major metropolitan area provides links to a growing biotechnology sector, medical centres and conservation organisations for internships and collaborations.

The programme emphasises mentorship, with structured undergraduate research schemes and academic advising to support career planning or preparation for professional schools. A broad curriculum, combined with elective flexibility, allows students to tailor their studies to molecular, organismal or environmental interests while acquiring transferable skills in experimental design, quantitative analysis and scientific communication.