PhD in Pharmaceutical Sciences

Program Overview

The University of Cincinnati's PhD in Pharmaceutical Sciences program equips students with specialized knowledge in pharmaceutical development, drug mechanisms, and therapeutic applications. Offered in flexible formats, the program fosters research excellence in various tracks, including biomembrane sciences, experimental therapeutics, and health outcomes. Graduates are well-positioned for careers in the pharmaceutical industry, clinical research, and academia.

Program Outline

Degree Overview:

The PhD in Pharmaceutical Sciences program at the University of Cincinnati's James L. Winkle College of Pharmacy is a research-intensive program designed to provide students with a comprehensive understanding of the field. The program aims to inspire and challenge students through a combination of cutting-edge coursework and advanced research. The program's objectives include:

• Delving into pioneering drug development.
• Unraveling the intricate impact of medications on the body.
• Exploring breakthrough drug delivery techniques.
• Maximizing the therapeutic potential of medications for optimal patient outcomes.
The program offers flexible scheduling options, including online and in-person formats, allowing students to tailor their learning experience to their needs and preferences.

Careers:

The program opens doors to a wide range of exciting career opportunities in the pharmaceutical industry, clinical research organizations, academia, and government sectors. Upon graduation, students may find themselves in roles such as:

• Scientist
• Clinical pharmacologist
• Clinical trial manager
• Post-doctoral fellow
• Regulatory affairs manager
Additional career paths include:
• Medical science liaison
• Pharmaceutical consultant
• Medical writer
• Chemist

Other:

The program offers a number of specialty disciplines, including:

• Biomembrane Sciences Track: Students delve into research projects encompassing drug delivery strategies, cosmetic product safety assessment, mathematical modeling of membrane transport, innovative drug formulations, nanocarrier design, and advancements in skin and hair development.
• Experimental Therapeutics Track: Students explore research opportunities in areas ranging from cancer biomarkers to neuropharmacology, stroke, epilepsy, and more.
• Health Outcomes Track: Students develop expertise in pharmaceutical sciences, economics, business, and quantitative analysis.
Students explore research projects ranging from drug safety and pharmacovigilance to pharmacy facility design, operation, and pharmacoeconomics.