This new and unique online graduate program focuses on the methodology and application of mathematical models for disease and pharmacological measurement while utilizing extensive training in pharmacokinetics, pharmacodynamics, and systems pharmacology.
Curriculum
Below is the course timeline and curriculum. Courses are asynchronous remote, in which learning materials are provided online, and students can view these materials and complete tasks at their own pace. However, there are also required due dates.
First Semester - Fall | Credit Hours |
---|---|
PHC 607C Intermed Pharmacokinetics | 3 |
PHC 630VT Drug Metabolism and Transport | 3 |
Total | 6 |
Second Semester - Spring | Credit Hours |
PHC 504VT Computational Basis of Pharmacometrics | 2 |
PHC 506VT Biometry in Pharmaceutical Sciences* | 3 |
PHC 512VT Pharmacometric Software | 1 |
Total | 6 |
Third Semester - Summer | Credit Hours |
PHC 517VT Pharmacogenomics | 2 |
PHC 588VT Faculty Research Seminar | 1 |
PHC 615VT Research | 3 |
Total | 6 |
*Students enrolled in the Pharmacometrics Modeling Micro-Credential program take PHC 610 Population PKPD Modeling in place of PHC 506.
Fourth Semester - Fall | Credit Hours |
---|---|
PHC 508VT Drug Delivery: Principles and Applications or PHC 500VT Basic Drug Development | 3 |
PHC 600VT Ethics | 2 |
PHC 613VT Pharmaceutics Seminar | 1 |
Total | 6 |
Fifth Semester - Spring | Credit Hours |
PHC 610VT Population Pk-Pd Modeling | 2 |
PHC 614VT Pharmaceutics Seminar | 1 |
PHC 616VT Research | 3 |
Elective Option: PHC 518VT Nutrigenomics in Cancer (Prerequisite: Pharmacogenomics) | 2 |
Total | 6 |
Satisfactory completion of a research project, including approval of the Project Committee after submission of a written project report, presentation of an open seminar and oral defense Total minimum credit hours: | 30 |
Our dynamic research program for online master’s students gives you the opportunity to take charge of your learning and to choose the most appropriate path forward for your own educational and career goals.
Through our PHC 615 course, you will learn and gain mastery of the process of grant writing from developing a compelling research proposal to completing a simulation and preliminary evaluation of data.
In our PHC 616 course, you will engage in a thesis-driven capstone completing your MS in selecting one method below of your choosing:
Both PHC 615 and 616 empower you to have choice in completing of your master’s degree and graduate with the confidence that you are prepared for the next steps in your educational or career journey.
Visit our Pharmaceutical Sciences MS admissions information page to learn more!