University of Texas

What you'll study

This interdisciplinary programme builds a foundation in the life and physical sciences alongside quantitative methods and laboratory practice. Early years concentrate on core coursework in calculus, general chemistry, introductory physics and cellular/molecular biology. As you progress, options typically include physical chemistry, thermodynamics, biophysics, molecular genetics, spectroscopy, computational modelling, statistical methods for scientists and advanced laboratory techniques.

Students undertake regular laboratory classes and practicals to develop experimental design, data analysis and safety skills. The degree usually culminates in a capstone experience such as an independent research project, a group research practicum or an applied internship with a research group or industry partner.

• Core topics: calculus and linear algebra, general and physical chemistry, classical and modern physics, cellular and molecular biology, scientific statistics.
• Typical electives: biophysics, computational biology, environmental chemistry, spectroscopy, materials science, systems biology and instrumentation.
• Experiential learning: laboratory rotations, undergraduate research, summer internships and a final-year research project or practicum.

Structure

The programme is structured to provide breadth across biological and physical sciences while allowing specialisation through elective sequences or a chosen emphasis. Students are advised to plan laboratory and mathematics prerequisites early to enable higher-level electives in later years. Opportunities exist to combine this degree with minors or certificates in related areas such as computer science, mathematics or environmental studies.

Entry requirements

Admission to the University of Texas undergraduate programmes is competitive. Applicants should have a strong college-preparatory secondary school record with emphasis on mathematics and science. Typical preparatory subjects include algebra, precalculus or calculus, chemistry and physics; biology and computer science are beneficial.

Successful applicants usually demonstrate strong academic achievement, solid quantitative skills, and engagement in science-related activities such as laboratory work, research projects, science clubs or community STEM outreach. Transfer students with relevant college-level coursework in calculus, chemistry and physics are considered; placement in advanced courses depends on prior preparation and departmental assessment.

Career prospects

Graduates are well placed for a range of careers that sit at the interface of physical and life sciences. Common destinations include laboratory technician or research assistant roles in academic, government or industry labs; roles in environmental and public health agencies; positions in biotechnology, pharmaceuticals and materials companies; and technical roles in instrumentation and analytical services.

The degree also provides a solid platform for graduate study (MSc/PhD) in fields such as biophysics, physical chemistry, materials science or biomedical engineering, and for professional programmes in medicine, dentistry and allied health where strong quantitative and laboratory skills are an advantage. Additional career routes include scientific data analysis, technical consulting and science education.

Why study at University of Texas

The University of Texas offers access to substantial research activity and cross-disciplinary centres that bridge biology, chemistry and physics, giving undergraduates opportunities to work alongside active researchers. Students benefit from modern laboratory facilities, specialised instrumentation and structured undergraduate research programmes that prioritise mentorship from faculty and graduate researchers.

Strong partnerships with local industries, healthcare providers and research institutes create pathways for internships and applied projects. Support services such as academic advising, career development and tutoring help students plan their course sequence, engage in experiential learning and prepare applications for graduate study or professional roles.