Research in pharmaceutics involves all aspects of design, development, and evaluation of effective dosage forms/delivery systems, and entails one or more interdisciplinary areas that include physical pharmacy, pharmaceutical analysis, drug delivery, biopharmaceutics, and pharmacokinetics.
Research in these areas offers interdisciplinary framework and provides comprehensive programs of course work leading to a Ph.D. degree. The areas of specialization within pharmaceutics may range from strongly physicochemical to highly biological in orientation. The overall objective of our program is to educate and train individuals capable of conducting independent research with specialized knowledge in one of the above areas.
| Chemistry 4001 | Physical Chemistry |
| Chemistry 4007 | Instrumental Analysis |
| Math 4001 | Differential Equations |
| Math 5020 and 5021 | Statistical Methods for the Experimenter |
| Pharmacy 5013 | Pharmacokinetics |
| Pharmacy 5014 | Advanced Biopharmaceutics |
| Pharmacy 5077 | Pharmaceutical Preforumulations |
| Pharmacy 5078 | Solid State Chemistry of Drugs |
| Pharmacy 5079 | Pharmaceutical Dosage Form Design |
| Pharmacy 5083 | Surface and Interfacial Phenomena |
| Pharmacy 5084 | Chemical Kinetics and Stability of Pharmaceuticals |
| Chemistry 4002 | Physical Chemistry |
| Pharmacy 5066 | Advanced Medicinal Analysis |
| Pharmacy 5068 | Advanced Medicinal Analysis Lab |
| Math 5022 | Multivariate Statistical Methods for Researchers |
| Math 4005 | Partial Differential Equations |
Dr. Georgios Matthaiolampakis, Assistant Professor of Pharmaceutics
