Brigham Young University

What you'll study

The programme integrates chemical principles, physical concepts and biological systems to explore molecular structure, function and interactions. Core topics include general and organic chemistry, physical chemistry fundamentals, calculus and physics for life sciences, molecular and cellular biology, genetics, enzymology, metabolic pathways and structural biology. Laboratory courses emphasise practical skills in analytical techniques, molecular cloning, protein purification, spectroscopy and data analysis, and students typically complete at least one extended research project under faculty supervision.

Students follow a curriculum that balances classroom lectures, hands-on laboratories and opportunities for independent research. Elective options often allow deeper focus in areas such as biophysics, structural biology, bioinformatics, or biochemical pharmacology, and seminars and journal clubs help develop critical reading and communication skills.

Entry requirements

Admission to Brigham Young University follows the university's standard undergraduate procedures; applicants should hold a secondary-school diploma or equivalent. Successful candidates for this programme typically have strong preparation in mathematics (including algebra and precalculus or calculus), chemistry (general and ideally some exposure to organic chemistry), and biology. Demonstrated achievement through high-school grades, college preparatory coursework and standardised test scores (when provided) will be considered.

For transfer applicants, completion of introductory chemistry and calculus courses and a solid college GPA strengthen an application. Prospective students are encouraged to review the department's advising resources before enrolment to ensure prerequisite coverage and to contact faculty or departmental advisers about research and course sequencing. Participation in laboratory classes or research experience before entry is beneficial but not strictly required.

Career prospects

Graduates move into a range of careers in research, healthcare and industry. Common pathways include:

• Progression to graduate study (master's or PhD) in biochemistry, molecular biology, biophysics, structural biology or related fields for careers in academic or industrial research.
• Preparation for professional programmes such as medicine, dentistry, veterinary medicine or pharmacy—many students use the degree as strong preparation for health-professions admissions.
• Technical and research roles in biotechnology, pharmaceuticals, agricultural biotech, and environmental science, including positions in assay development, quality control, process development and regulatory affairs.
• Positions in science-related services such as forensic laboratories, clinical laboratories, patent and intellectual property work (often with additional legal training), science communication, and education at the secondary or community-college level.

The programme’s laboratory and research emphasis helps graduates develop practical skills employers look for, including experimental design, data analysis, laboratory safety and scientific communication.

Why study at Brigham Young University

Brigham Young University emphasises undergraduate teaching and opportunities for early, mentored research with faculty. The BBMB department provides access to modern laboratory facilities and instrumentation, close faculty-student interaction, and a culture that supports collaborative projects and student-led research. Students benefit from departmental advising, undergraduate seminar series, and connections to internships and regional biotech employers.

In addition to academic strengths, BYU offers a community environment shaped by the university's values and an Honor Code that supports personal development. For students seeking a programme that combines rigorous scientific training with hands-on laboratory experience and strong support for post-graduate pathways, BYU’s BBMB degree is structured to provide a solid foundation for multiple career directions.