Utah Valley University

What you'll study

The curriculum balances required foundational courses in cell biology, genetics, ecology and evolution with laboratory courses that teach experimental design, microscopy, molecular methods and data interpretation. Electives and concentrations allow deeper study in areas such as microbiology, physiology, ecology, conservation biology, or biotechnology. Many programmes also include a capstone, research project or practicum to apply skills in a real-world or research setting.

Entry requirements

Admission expects a high school diploma or equivalent with coursework in biology, chemistry and mathematics; specific GPA or prerequisite grades may be required for upper-division standing. Transfer students typically need completion of introductory science and general education requirements; applicants should consult university admissions and departmental advisors to confirm prerequisites and placement.

Career prospects

Graduates commonly pursue roles as laboratory technicians, environmental technicians, conservation specialists, or science educators, or continue to graduate and professional programmes (e.g., M.S., Ph.D., medical or allied health schools). Skills developed—laboratory techniques, data analysis, and scientific writing—are also valued in biotech, public health, regulatory agencies and science communication.

Scholarships & funding angle

Students should explore university scholarships, departmental awards for academic achievement or research, and external fellowships that support undergraduate research and STEM studies. Work-study positions, paid internships with local industry or agencies, and faculty-mentored research can provide both funding and practical experience. Early engagement with advisors and the financial aid office helps identify suitable funding opportunities.