|
 |
Doctor
of Philosophy with specialization in Pharmaceutics
Program
Director,
David R. Taft, Ph.D.
Telephone: (718) 488-1101
PHARMACEUTICS
The Doctor
of Philosophy program offers a diversified curriculum
that is fundamentally based on scientific principles
of chemistry and mathematics yet permits one to specialize
in many areas of research and preformulation,
including: solubility and stability; dosage form design;
development; controlled drug delivery dosage forms, including
oral, parenteral, transdermal,
and nasal routes of administration; manufacturing; and biopharmaceutics and
pharmacokinetics. Accordingly, prerequisites to the core
curriculum are courses in organic chemistry, physiology,
pharmacology, calculus and differential equations. These
background courses are all available at the University,
and students who lack these prerequisites will be required
to take the appropriate courses prior to the beginning
of their doctoral studies.
Degree Requirements
Students
must complete 69 credits of course work, including a
minimum of four semesters of the Research and Thesis
course, pass the NIH-style proposal, and successfully
defend orally their Ph.D. doctoral dissertation. Students
who have earned an M.S. degree may receive up to 18 credits
if the M.S. courses are appropriate.
| Required
Courses |
Cr. |
| BIO
692 |
Molecular
Biology |
3 |
| CHE
621 |
Advanced
Organic Chemistry I |
3 |
| MAT
610 |
Differential
Equations I |
3 |
| MAT
611 |
Differential
Equations II |
3 |
| PHS
021 |
Seminar
in Pharmaceutics* |
1 |
| PHS
701 |
Physical
Chemistry I |
3 |
| PHS
702 |
Physical
Chemistry II |
3 |
| PHS
880 |
Thermal
Physics and Applications to the Chemistry of Pharmaceutical
Systems I |
3 |
| PHS
901 |
Basic
Pharmaceutics (required for foreign students
and non-Pharmacy majors) |
0 |
| PHS
972 |
Methods
of Pharmaceutical Analysis |
3 |
| PHS
987 |
Advanced Biopharmaceutics and
Pharmacokinetics |
3 |
| PHS
990 |
Pharmacokinetic
Modeling |
3 |
| PHS
991 |
Solubility
and Complex Equilibria |
3 |
| PHS
992 |
Drug
Delivery and Transport Processes |
3 |
| PHS
993 |
Kinetics
and Mechanisms of Drug Degradation |
3 |
| PHS
994 |
Drug
Stabilization |
3 |
| PHS
996 |
Interfacial
Phenomena |
3 |
| |
46 |
*Students are required to register for three
semesters; one credit per semester.
| Electives |
Cr. |
| BIO
505 |
Electron
Microscopy Lecture |
3 |
| BIO
506 |
Electron
Microscopy Laboratory |
3 |
| BIO
647 |
Immunology |
4 |
| CHE
581 |
Computational
Chemistry |
3 |
| CHE
589 |
Scientific
Computer Programming and Interfacing |
3 |
| CHE
606 |
Advanced
Physical Chemistry |
3 |
| PHS
070 |
Special
Problems |
3 |
| PHS
881 |
Thermal
Physics and Applications to the Chemistry of Pharmaceutical
Systems II |
3 |
| PHS
902 |
Regulatory
Compliance in the Practice of Industrial Pharmacy |
3 |
| PHS
931 |
Advanced
Physical Pharmacy I |
3 |
| PHS
932 |
Advanced
Physical Pharmacy II |
3 |
| PHS
934 |
Principles
of Industrial Pharmacy I |
3 |
| PHS
935 |
Principles
of Industrial Pharmacy II |
3 |
| PHS
936 |
Dosage
Form Design |
3 |
| PHS
937 |
Pharmaceutical
Engineering |
3 |
| PHS
950 |
Cosmetic/Dermatological
Formulations and Technology I |
3 |
| PHS
951 |
Cosmetic/Dermatological
Formulations and Technology II |
3 |
| PHS
954 |
Special
Topics in Pharmaceutical and Cosmetic Microbiology |
3 |
| PHS
955 |
Integrated
Dosage Form Development |
3 |
| PHS
958 |
Aerosol
Science and Technology |
3 |
| PHS
960 |
Properties/Applications
of Cosmetic and Pharmaceutical Raw Materials |
3 |
| PHS
970 |
Principles
of Quality Assurance |
3 |
| PHS
975 |
Introduction
to Packaging Principles |
3 |
| PHS
980 |
Sterile
Products |
3 |
| PHS
981 |
Polymers
in Pharmaceutical Systems |
3 |
| PHS
982 |
Science
and Technology of Controlled Release Systems |
3 |
| PHS
986 |
Microencapsulation |
3 |
| PHS
989 |
Special
Topics in Pharmaceutics PHS 995 Transport Phenomena
and Drug Delivery II |
1-3 |
|
|
|
| Research
and Thesis |
Cr. |
| PHS
998 |
Ph.D.
Research and Thesis |
12 |
|
|
|
|
|
|
| Total
Credits |
69 |
|