Pre-Pharmacy (BS)

Prepare for a health-related career.

At SWU, our Pre-Pharmacy program is more than just a biology or chemistry degree—it’s a pathway specifically designed to fulfill the prerequisite courses for pharmacy school and lay the groundwork for professional studies. You’ll build a strong foundation in the basic sciences while engaging in on-campus research experiences and for-credit internships that help you gain real-world insights.

Our graduates have successfully pursued Doctor of Pharmacy degrees at institutions like Auburn University and Presbyterian College, demonstrating how SWU’s rigorous, faith-integrated approach prepares you for both pharmacy coursework and a meaningful career in the field.

The Pre-Pharmacy (BS) program is approved to receive the Enhanced Scholarship for LIFE Scholarship and Palmetto Fellows.

Dr. Staci Johnson

Chair of the School of Science, Technology, and Mathematics and Professor of Biology

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Dr. Michele Eller

Department of Life Sciences Coordinator and Associate Professor of Biology

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Graduate Study

  • Doctor of Pharmacy

Careers Following Pharmacy School

  • Community pharmacist
  • Compounding pharmacist
  • Hospital pharmacist
  • Industrial pharmacist

Graduates of the Pre-Pharmacy program will be able to:

  • Describe and support, orally and in writing, how you integrate faith and biology, along with knowledge of current biomedical and environmental issues.
  • Demonstrate theoretical and practical mastery of biology, chemistry, and associated subdisciplines.
  • Showcase their understanding of the scientific method (including designing and applying experiments) and the primary scientific literature.
  • Use critical thinking to formulate practical research questions, gather and analyze data appropriately, and interpret the results.
  • Recognize, produce, and solve linear and quadratic equations, slopes, and intercepts, and apply these concepts to chemical phenomena.
  • Relate first and second derivatives to spectral interpretation and understand the meaning and use of integrals of two- and three-dimensional representations.