Provides a foundation in pharmaceutical sciences and nanotechnology for students planning to enter a professional program. Students will complete courses within pharmaceutical sciences, such as biochemistry, pharmacology, physiology, and anatomy, in addition to the core requirements covering the concept of nanomedicine and nanopharmacy.

Provides the opportunity to conduct original research in the D4M areas. This concentration is ideal for students wishing to work in academia, the drug development industry, research, or pursue an advanced degree such as a PhD program. Students will gain hands on experience in a lab setting by working closely with a USF faculty mentor. 

Provides the opportunity to complete an internship in the field of nanotechnology. This concentration is intended for students who would like to work in a pharmaceutical company, such as CoreRx or Transgenex. Students within this concentration will be placed at a company to gain hands on experience and acquire specific technique in using the equipment, terminology, and resources.

Introduces students to a variety of research concepts and provides the opportunity to conduct original research on topics pertaining to translational and clinical areas. This concentration is intended for students wishing to enter academia or pursue an advance degree such as a PhD program. Students will gain hands on experience in a lab setting by working closely with a USF faculty mentor.

The University of South Florida Taneja College of Pharmacy’s mission is to revolutionize health by innovation of patient centered healthcare through education, research, and service. The empowerment of students, professionals, and patients as catalysts for change at all levels of health. In order to accomplish this mission, The USF Taneja College of Pharmacy PharmD program in partnership with Graduate Programs, now offers a concurrent degree that allows Pharmacy Doctoral students the ability to earn a Master of Science in Pharmaceutical Nanotechnology while completing the Pharmacy degree. Students within this program will gain advanced knowledge on pharmaceutical nanotechnology research and applications by working with the latest technology available to the field of pharmacy and medicine. Graduates of this degree will be more marketable as they will have the foundational knowledge of the gap between the interdisciplinary sciences through the understanding of the nanopharmaceutical field.

PharmD in Pharmacy – total minimum hours – 154 hours
Masters in Pharmaceutical Nanotechnology – total minimum hours – 32 credit hours

The following courses are approved to be shared with both majors:

PHA 6124 — 3 — Principles of Pharmacokinetics/ Pharmacodynamics I
PHA 6148 — 3 — Nanoformulations and Nanopharmaceutics
PHA 6185 — 3 — Drug Discovery and Frontier

For all other curriculum requirements, including Thesis/non-Thesis, Internship, Comprehensive Examination, etc., refer to the Catalog listing for that major.