University of Utah

What you'll study

The Biology degree combines core coursework in cellular and organismal biology with quantitative training and hands-on laboratory experience. Core modules typically include cell biology, genetics, ecology, evolution, molecular biology, and physiology, together with courses in biochemistry and statistics. Students also take supporting courses in mathematics and chemistry to build quantitative skills.

Program structure commonly comprises lower-division foundational classes in biological principles and chemistry, mid-level courses that emphasise molecular and organismal approaches, and upper-division electives that allow depth in areas such as molecular/cellular biology, ecology and conservation, neurobiology, developmental biology, and microbiology. Many students complete laboratory sequences, seminar courses, and a senior capstone or research project.

Opportunities for independent research with faculty, field courses taking advantage of the surrounding alpine and desert environments, and internships with local hospitals, government agencies or industry are central to the programme. Students can tailor their plan of study to support pre-medical or other professional school preparation, or to build a pathway to graduate research programmes.

Entry requirements

Admission to the University of Utah and entry into the Biology degree requires completion of secondary education or an equivalent qualification. Applicants are expected to have a solid background in science and mathematics. Typical recommended high-school preparation includes biology, chemistry, mathematics (calculus or pre-calculus), and physics where available.

For domestic applicants this usually means a strong academic record in college-preparatory courses; transfer applicants should have completed introductory biology and chemistry courses with laboratory components. International applicants must provide recognised secondary credentials and demonstrate proficiency in English.

Competitive applicants often submit a personal statement that outlines scientific interests, and letters of recommendation are beneficial, particularly for transfer students seeking admission into research labs. Specific GPA thresholds, testing policies and documentation requirements are set by the University; prospective students should consult the University of Utah admissions pages for current procedural details.

Career prospects

Graduates of the Biology programme move into a wide range of careers. Common pathways include roles as laboratory or research technicians, environmental consultants, biological field technicians, and positions in biotechnology and pharmaceutical companies. The degree also provides a strong foundation for professional schools such as medicine, dentistry, veterinary medicine and physician assistant programmes, as well as for graduate study (MSc/PhD) in biological sciences.

Other career options include science education at the secondary level (with additional teaching certification), public health, science policy, conservation and park services, and technical positions in clinical or diagnostic laboratories. Undergraduate research experience and internships significantly enhance employability and competitiveness for postgraduate training.

Why study at University of Utah

The University of Utah offers a research-active biology department with faculty engaged in molecular biology, ecology, neuroscience and evolutionary research. Students benefit from access to modern teaching and research laboratories, core facilities, and interdisciplinary centres across campus, including links to the Health Sciences campus.

The university's location provides exceptional opportunities for field-based study, with nearby mountain, desert and wetland ecosystems that support ecology and conservation fieldwork. Salt Lake City and the surrounding region host a growing biotech and healthcare industry, offering internship and collaboration possibilities. A strong culture of undergraduate research means students can participate in faculty-led projects, present at conferences and prepare for further study or careers in the life sciences.