Brigham Young University

What you'll study

The biology degree combines foundational coursework in cell and molecular biology, genetics, physiology and ecology with laboratory and field-based learning. Early study emphasises core concepts in chemistry and quantitative reasoning to support biological thinking, then progresses to upper-division topics such as cell signalling, evolutionary biology, developmental biology, microbiology, immunology and organismal physiology.

Practical learning is integral: courses include wet-lab classes, data analysis and experimental design, semester-long research projects, and opportunities for independent study. Students can select elective pathways or concentrations—such as molecular and cellular biology, ecology and evolution, organismal biology, or pre-health preparation—and can take specialised modules in areas like bioinformatics, conservation biology, plant biology, and neurobiology.

Field courses and outdoor laboratories take advantage of the region's diverse ecosystems, supporting training in field methods, ecological surveying and conservation practice. The programme encourages undergraduate research with faculty mentors, capstone experiences or honours projects that prepare students for immediate employment or further study.

Entry requirements

Admission to Brigham Young University requires completion of a college-preparatory secondary education, with particular emphasis on mathematics and the natural sciences. Applicants are expected to have studied biology, chemistry and mathematics during high school; prior coursework in physics and calculus is advantageous for success in the degree.

Selection considers academic performance, transcripts and other standard application materials. Applicants should demonstrate readiness for university-level science through strong grades in science and maths courses and evidence of analytical skills. All students must meet the university's standards and policies, including adherence to the university's conduct expectations.

Career prospects

• Research and industry: laboratory technician, research assistant, or entry roles in biotech and pharmaceutical companies, with many graduates progressing to graduate research degrees.
• Healthcare and allied professions: preparation for medical, dental, veterinary, physician assistant or other professional health programmes through pre‑health advising and required science coursework.
• Conservation and environmental work: positions in ecology, wildlife management, environmental consulting and natural resource agencies.
• Education and communication: secondary science teaching (with additional certification), science outreach, and science communication roles.
• Further study: many graduates pursue master's or doctoral programmes in biology, ecology, biomedical sciences or related disciplines.

Why study at Brigham Young University

BYU emphasises undergraduate teaching and provides extensive opportunities for students to work closely with faculty on research projects, often from early in their degree. The department offers modern laboratory facilities, field stations and access to a wide range of ecosystems for hands‑on training.

The university environment supports a values-based education and a collaborative student community. Students benefit from structured pre‑health advising, career services, and connections with regional biotech firms, healthcare providers and conservation organisations. For students who want an undergraduate programme that balances rigorous scientific training with practical experience and strong faculty mentorship, BYU's biology degree provides a solid foundation for diverse career paths or advanced study.