BS Biochemistry

4 Years On Campus Bachelors Program

University of Texas Austin

Program Overview

The Biochemistry program at The University of Texas at Austin explores the chemistry of life by combining biology, chemistry, molecular biology, cell biology, and biophysical approaches to understand how living systems work at the molecular level. Students build a strong scientific foundation before progressing into advanced biochemistry, molecular biology, physical chemistry, analytical chemistry, laboratory work, and research, creating a strong pathway into biotechnology, biomedical research, health professions, graduate study, and other science-driven careers.

Curriculum

Year 1: Students establish their foundation in mathematics, biology and chemistry through courses such as Differential and Integral Calculus, Introductory Biology I and II, Principles of Chemistry I and II, and Introduction to Chemical Practice. These subjects develop the quantitative and scientific skills needed for more advanced molecular and biochemical study.

Year 2: The curriculum moves deeper into laboratory and molecular science, with students developing practical skills through Introduction to Biochemical Laboratory Practices and Skills and progressing through organic chemistry and additional biology, chemistry and mathematics requirements. Students begin connecting chemical principles with biological systems and experimental techniques.

Year 3: Students study advanced subjects such as Foundations of Biochemistry, Molecular Biology, Physical Chemistry, Analytical Chemistry and statistics, developing a detailed understanding of biomolecules, metabolism, molecular processes and quantitative analysis. Options such as Chemical and Synthetic Biology allow students interested in biotechnology and pharmaceutical applications to explore specialized topics.

Year 4: Advanced coursework and the capstone experience bring the degree together through upper-division study and independent or research-based learning. Students can deepen their expertise through areas such as Medical Biochemistry, Structure and Function of Molecular Machines, Chemical and Synthetic Biology, or Physical Methods of Biochemistry while preparing for professional employment or further study.

Focus areas: Biochemistry, molecular biology, cell biology, bioorganic chemistry, bioinorganic chemistry, biophysical chemistry, chemical and synthetic biology, biotechnology, molecular research, analytical chemistry, physical chemistry

Learning outcomes: Apply chemical and biological principles to living systems, understand molecular structure and biochemical reactions, develop laboratory and experimental skills, analyze scientific information and data, connect biochemical concepts with biotechnology and biomedical applications, conduct research and communicate scientific findings

Professional alignment (accreditation): UT Austin's official program materials do not identify a separate professional accreditation specifically for the Biochemistry bachelor's degree. The program is offered through the College of Natural Sciences and Department of Molecular Biosciences.

Reputation: UT Austin's Biochemistry program is supported by the Department of Molecular Biosciences, whose research spans areas including biotherapeutics, cell and developmental biology, and systems and synthetic biology. The university also provides dedicated Biochemistry career guidance and reports graduate outcomes from its College of Natural Sciences Biochemistry alumni.

Experiential Learning (Research, Projects, Internships etc.)

Hands-on learning is a major part of the Biochemistry experience at UT Austin, with opportunities to participate in undergraduate research, internships, study abroad, and interdisciplinary experiences. Students can gain laboratory and computational experience through courses such as Introduction to Biochemical Laboratory Practices and Skills and Undergraduate Research, while the Freshman Research Initiative gives many new Natural Sciences students the opportunity to participate in faculty-led research using modern scientific equipment and technology.

Students can also build practical experience through research in Department of Molecular Biosciences laboratories, Dell Medical School research labs, UT School of Pharmacy collaborations, biotechnology opportunities and summer research programs. Biochemistry students have participated in internships with organizations and companies across biotechnology, pharmaceuticals, government, technology and other sectors.

Practical experiences include:

Undergraduate research through BCH 206K, involving supervised individual research and approximately 6–10 laboratory hours per week
Freshman Research Initiative research streams, where students conduct faculty-led scientific research and contribute to new knowledge
Biochemical laboratory training covering laboratory, computational and professional skills
Biotechnology and biomanufacturing techniques through BCH 215T
Chemical and synthetic biology work involving enzymatic reaction mechanisms and molecular biology tools
Research opportunities with Department of Molecular Biosciences faculty
Research collaborations involving Dell Medical School and the UT School of Pharmacy
Biotech, pharmaceutical and government internships
Study abroad and international experiential learning
Undergraduate Research Forum and other opportunities to present research findings

Facilities and research environment: Students can access UT Austin's extensive faculty research laboratories and the wider College of Natural Sciences research ecosystem, including research environments focused on biochemistry, biotechnology, molecular biology, genomics and related life sciences.

Progression & Future Opportunities

A Biochemistry degree from UT Austin can lead directly into research, biotechnology, business, government and other science-related careers, while also providing preparation for health professional and graduate schools. UT Austin's Biochemistry career data shows graduates progressing into employment, graduate education, medical school and other health-professional pathways, with alumni pursuing opportunities across research, technology, business and government.

Typical career roles: Biochemist, Biomedical Researcher, Clinical Research Coordinator, Research Scientist, Laboratory Scientist

Career services: College of Natural Sciences Career Services provides Biochemistry-specific career resources covering job titles, employers, internships, graduate schools and career coaching.
Graduate outcomes: UT Austin's Biochemistry graduation survey data from 2014–2023 shows graduates entering medical school, employment, graduate school and other health-professional pathways.
Industry connections: Reported Biochemistry alumni employers include organizations such as Parexel, Oracle, Accenture, Texas Department of State Health Services and other employers across business, technology, government and science-related sectors.
Research preparation: Students can gain substantial research experience through FRI, departmental laboratories, medical-school research and other undergraduate research programs, strengthening preparation for research-intensive careers and graduate study.
Professional preparation: The program provides a foundation for careers in biotechnology, food science, toxicology, pharmacology, physiology, microbiology, clinical chemistry and health professions including medicine, dentistry and veterinary medicine.

Further Academic Progression: Graduates can pursue master's and doctoral study in biochemistry, molecular biology, biochemistry and molecular cell biology, chemical biology, biophysics, chemistry and related life-science fields. The degree also provides preparation for medical, dental, veterinary and other health-professional schools. UT Austin's reported Biochemistry alumni have progressed to doctoral programs at institutions including Cornell University, Duke University, Harvard University, Johns Hopkins University and MIT.