Brigham Young University

What you'll study

The programme covers core biological principles and specialised biotechnology topics through a mix of lecture, laboratory and research experiences. Early coursework builds a foundation in cellular and molecular biology, genetics, chemistry and mathematics. Core and elective subjects typically include:

• Molecular Biology and Genetics – DNA structure and function, gene expression, recombinant DNA techniques.
• Biochemistry – biomolecules, metabolic pathways, enzyme kinetics with laboratory components.
• Cell Biology and Physiology – cellular organisation, signalling and tissue function.
• Microbiology and Immunology – microbial physiology, pathogen–host interactions and immune responses.
• Biotechnology Techniques – PCR, electrophoresis, cloning, protein expression and purification, cell culture.
• Bioinformatics and Data Analysis – sequence analysis, basic scripting, statistics for biological data.
• Bioprocessing and Regulatory Topics – principles of scale‑up, quality assurance and regulatory considerations for biologics (often offered as electives).
• Laboratory Practicals and Research – multi‑term laboratory courses, independent research projects or a senior thesis under faculty supervision.

The degree typically includes general education requirements and elective space to pursue minors or complementary coursework (for example in chemistry, computer science, or business). Many students also undertake internships or industry placements to gain practical experience.

Entry requirements

Applicants should present a secondary school completion qualification equivalent to U.S. high school graduation. Typical preparation includes strong performance in biology, chemistry and mathematics (through precalculus or calculus). Prior laboratory experience is beneficial but not always required.

• Academic standing – competitive high school grades with emphasis on science and maths coursework.
• Prerequisite subjects – high school biology and chemistry recommended; mathematics through precalculus or calculus preferred.
• English language – evidence of English proficiency required for international applicants (commonly accepted tests and university guidance apply).
• University policies – all students at Brigham Young University are expected to comply with the university's conduct standards and community expectations.

Admission decisions consider the whole application, including recommendations, personal statements and any relevant extracurricular or laboratory experience. Prospective students should consult the university's admissions office for detailed application processes and documentation requirements.

Career prospects

Graduates with a biotechnology emphasis are prepared for a wide range of careers in the life sciences and allied sectors. Common entry roles include:

• Laboratory technician or research assistant in academic, government or industrial labs.
• Quality control/quality assurance roles in pharmaceutical and biotech companies.
• Manufacturing and bioprocessing positions in biologics production.
• Clinical research coordination and regulatory support roles.
• Technical sales, product support and field applications specialist positions for life‑science tools and reagents.

Many graduates also pursue further training through graduate research (MSc/PhD) or professional programmes in medicine, dentistry, pharmacy, or related fields. Skills developed in the programme—experimental design, data analysis, laboratory techniques and scientific communication—are also transferable to careers in patent law, science policy, and science communication.

Why study at Brigham Young University

Brigham Young University offers a strong undergraduate focus with opportunities for close mentorship and early involvement in faculty research projects. The university provides well‑equipped teaching and research laboratories and encourages undergraduates to contribute to ongoing research, often resulting in hands‑on experience beyond standard coursework.

• Undergraduate research – many students engage in faculty‑led projects, independent study and senior theses.
• Industry connections – proximity to a growing regional biotech and life‑sciences sector creates internship and employment pathways.
• Supportive learning environment – emphasis on small classes, advising and professional development resources to help students transition to careers or graduate study.
• Holistic development – the university's community standards and extracurricular opportunities support leadership and personal growth alongside academic study.

Prospective students should contact the School of Biological Sciences at Brigham Young University for programme details, available specialisations, and guidance on research and internship opportunities.