Pharmaceutical Sciences, Doctor of Philosophy
Doctorate (Ph.D.) basic science research in Pharmaceutical Sciences specializing in one of Industrial Pharmacy, Medicinal Chemistry, Pharmacology or Toxicology
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The Doctor of Philosophy degree in Pharmaceutical Sciences prepares graduates for leadership roles in the evolving needs of pharmaceutical and biomedical education, research, and industry. Graduates of the program are trained to respond to rapidly changing needs in a variety of fields associated with the pharmaceutical and biotechnology industries, academic and government institutions. Students learn fundamental skills in basic and applied research in toxicology, pharmacology, medicinal chemistry, and industrial pharmacy in a student-centric curriculum within an inclusive and collaborative learning environment.
- Degree Type
- PhD
- Area of Interest
- Nursing, Pharmacy & Health Sciences
- Associated Colleges or Schools
- Program Location
- Queens Campus
- Required Credit Hours
- 60
Degree Concentration
Students will complete their degree within one of four concentrations within Pharmaceutical Sciences.
- Industrial Pharmacy
- Medicinal Chemistry
- Pharmacology
- Toxicology
All students participate in a core curriculum, with an individual specialized course of study within their concentration. Each student will complete original laboratory scientific research as part of a doctoral dissertation (thesis).
Within the Department, there are more than 30 independent research groups led by faculty with a diverse range of expertise and research interests, including pharmaceutical dosage design, drug discovery, synthesis and production, pre-clinical testing, environmental toxicology, toxic risk assessment, structural and biochemical toxicology, nanotechnology, pharmacogenomics, gene therapy, molecular modeling, pharmacokinetic and pharmacodynamic modeling. Some therapeutic areas of interest include cancer, diabetes, infectious diseases, and pulmonary disease. Students are trained in an inter-disciplinary environment that provides depth and breadth of knowledge with the opportunity for collaborative research with individuals with expertise in other fields.
Program Contact
For information regarding the academic program and requirements for the degree, contact the Graduate Program Director, PHS Department.
Vikas Dukhande, Ph.D.
Associate Professor and Graduate Program Director, Department of Pharmaceutical Sciences
St. Albert Hall B63
Program information
Summary of application and program requirements.
An applicant seeking acceptance in the Doctor of Philosophy program, Pharmaceutical Sciences must have completed an appropriate Baccalaureate or Master’s degree. This degree must be in the natural or physical sciences and may include degrees in the pharmaceutical sciences, toxicology, biology or chemistry. Other degree areas are considered on a case-by-case basis by the Admissions Committee.
The basic minimum requirements for an applicant with an undergraduate degree include:
- An undergraduate grade point average of 3.5 or better
- Suitable Graduate Record Examination (General Exam) scores
- Two letters of recommendation
- Statement of purpose
The basic minimum requirements for an applicant with a suitable Master’s degree include:
- A graduate grade point average of 3.0 or better
- Suitable Graduate Record Examination (General Exam) scores
- Two letters of recommendation
- Statement of purpose
Prior to registration, the student must receive written confirmation from the Office of Admission as to the approval of matriculation into the doctoral program. The admissions committee may require that certain deficiencies be remedied during the first year of the Ph.D. program through additional coursework beyond the 60 credits of the degree.
Admission to the doctoral program does not imply advancement to candidacy for the degree. Additional requirements, including satisfactory completion of the core curriculum, passing the qualifying examination, passing the oral presentation of the research proposal, and the establishment of the Ph.D. research committee, must be fulfilled before a graduate student may be considered a candidate for a degree.
The Ph.D. faculty mentor and research committee are responsible for assisting the candidate in their research, but the primary responsibility for successfully completing the research and dissertation rests with the candidate.
The program of study consists of a minimum of 60 credit hours (45 credits of coursework beyond the baccalaureate degree and a minimum of 15 credits of research PHS 950), exclusive of prerequisites and dissertation research. An additional 3 credits are required for training in ethics that do not contribute to the 60 credits of the degree. Any potential lower credit requirements will be listed within the acceptance/admission letter.
The coursework for each student consists of a core curriculum and a specialization curriculum which is determined in consultation with the faculty mentor. In some cases, students may be required to complete more than the minimum number of credits in their area of specialization or a minor field of study in order to make up for any deficiencies in background experience and education. The final list of coursework, research, and other requirements grows out of the advisement process between the student and mentor/advisor and, if necessary, with the PHS Dept. Chair.
The basic research component is completed under the guidance of a faculty mentor who also serves as the student’s academic advisor. Students do not need to secure mentorship prior to enrollment in the program.
The Core Curriculum consists of 10 credits plus 15 Doctoral Research credits. All core coursework requirements must be completed within the first two years of study. Since courses are generally offered on a two-year rotation, required courses must be taken when offered. The Research Tool course, PAS 265, Scientific Inquiry: Regulation and Ethical Challenges, must be completed by the end of second year. PAS 265 will not contribute to the total minimum credit requirements.
Course code | Course title | Contribution to minimum credit requirements |
---|---|---|
PHS 256 | Pharmaceutical Analysis Lab | 3 credits |
PAS 253 | Biopharmaceutical Statistics | 3 credits |
PHS 251 | Seminar in Pharmaceutical Sciences | 0 credits |
PHS 252 | Seminar in Pharmaceutical Sciences | 0 credits |
PHS 253 | Seminar in Pharmaceutical Sciences | 0 credits |
PHS 254 | Seminar in Pharmaceutical Sciences | 1 credit |
PHS 950 | Doctoral Research | Minimum 15 credits |
In addition to the Core Curriculum, Distributive core curriculum:
Course code | Course title | Contribution to minimum credit requirements |
---|---|---|
IPP 241 | Advanced Biopharmaceutics | 3 credits |
Electives
Course code | Course title | Credits |
---|---|---|
IPP 101 | Special Problems | 3 |
IPP 231 & 231L | Principles of Manufacturing Pharmacy, Lecture & Laboratory | 4 |
IPP 233 | Industrial Pharmacy Journal Club | 2 |
IPP 234 | Pharmaceutical Materials | 3 |
IPP 235 & 235L | Product Formulation, Lecture & Laboratory | 4 |
IPP 236 | Evaluation of Pharmaceutical Dosage Forms | 3 |
IPP 237 | Industrial Pharmacy | 3 |
IPP 247 | Special Drug Delivery Systems | 3 |
IPP 250 | Targeted Drug Delivery Systems | 3 |
IPP 255 | Biotechnological Drug Delivery Systems | 3 |
IPP 265 | Introduction to Industrial Pharmacy I | 3 |
IPP 266 | Introduction to Industrial Pharmacy II | 3 |
IPP 267 | Advanced Physical Pharmacy | 3 |
IPP 271 | Degradation and Stability of Pharmaceutical Systems | 3 |
IPP 273 | Pharmacokinetic and Pharmacodynamic Data Analyses | 3 |
PHS 240 & 240L | Electron Microscopy & Laboratory | 4 |
PHS 250 & 250L | Cell & Tissue Culture & Laboratory | 4 |
Notes for Elective Courses
Registration for courses should be performed after consultation with your academic advisor/research mentor. Students may choose any of the courses listed above when offered after consultation with their academic advisor/research mentor.
Any course offered by the PHS department in the Pharmaceutical Sciences program at the graduate level will satisfy the elective requirements. However, courses not listed above can only be taken as electives after approval from their academic advisor/research mentor and the Chair of the PHS department.
Courses offered by different departments within the College of Pharmacy of Health Sciences or by other departments or other academic units of the University can only be used to satisfy the program elective requirements after approval from the academic advisor/research mentor and PHS Dept. Chair. Students should also keep in mind that permission from the other departments or academic units is also typically required for registration.
In addition to the Core Curriculum, the Distributive core curriculum:
Course code | Course title | Contribution to minimum credit requirements |
---|---|---|
PHS 212 | Applied Biopharmaceutical Chemistry I | 3 credits |
Electives
Course code | Course title | Credits |
---|---|---|
MCM 101 | Special Problems | 3 |
MCM 207 | Peptides and Peptidomimetics | 3 |
MCM 223 | Design of Nucleoside Analogs | 3 |
MCM 225 | Biocatalysis in Drug Discovery | 3 |
MCM 231 | Medicinal Chemistry Journal Club | 2 |
MCM 255 | Chemical Aspects of Drug Metabolism | 3 |
MCM 263 | Lab in Analysis of Biomacromolecules | 3 |
MCM 265 | Principles of Drug Design I | 3 |
MCM 266 | Principles of Drug Design II | 3 |
MCM 267 | Computer-Aided Drug Design | 3 |
MCM 268 | Drug Synthesis | 3 |
MCM 269 | Advanced Topics in Prodrug Design | 3 |
MCM 270 | Medicinal Chemistry of Antiviral and Anticancer Chemotherapeutic Agents | 3 |
CHEM 227 | Organic Spectroscopy | 3 |
CHEM 121 | Advanced Organic Chemistry | 3 |
Notes for Elective Courses
Registration for courses should be performed after consultation with your academic advisor/research mentor. Students may choose any of the courses listed above when offered after consultation with their academic advisor/research mentor.
Any course offered by the PHS department in the Pharmaceutical Sciences program at the graduate level will satisfy the elective requirements. However, courses not listed above can only be taken as electives after approval from their academic advisor/research mentor and the Chair of the PHS department.
Courses offered by different departments within the College of Pharmacy of Health Sciences or by other departments or other academic units of the University can only be used to satisfy the program elective requirements after approval from the academic advisor/research mentor and PHS Dept. Chair. Students should also keep in mind that permission from the other departments or academic units is also typically required for registration.
In addition to the Core Curriculum, the Distributive core curriculum:
Course code | Course title | Contribution to minimum credit requirements |
---|---|---|
PHS 212 | Applied Biopharmaceutical Chemistry I | 3 credits |
Electives
Course code | Course title | Credits |
---|---|---|
PHM 101 | Special Problems | 3 |
PHM 102 | Principles of Pharmacology I | 3 |
PHM 103 | Principles of Pharmacology II | 3 |
PHM 201 | Pharmacology of the Autonomic Nervous System | 3 |
PHM 203 | Research Methods in Pharmacology | 3 |
PHM 209 | Pharmacological Aspects of Respiratory Disease | 3 |
PHM 211 | Biochemical Neuropharmacology | 3 |
PHM 216 | Advanced Psychopharmacology | 3 |
PHM 221 | Clinical Pharmacology | 3 |
PHM 232 | Pharmacology Journal Club | 2 |
PHM 240 | Pharmacology of Anticancer Drugs | 3 |
PHM 246 | Pharmacology of Drugs Abuse | 3 |
PHM 247 | Reproductive Pharmacology | 3 |
PHM 249 | Cardiovascular Pharmacology | 3 |
MCM 223 | Design of Nucleoside Analogs | 3 |
PHS 213 | Applied Biochemistry II | 3 |
PHS 250 & 250L | Cell & Tissue Culture and Laboratory | 4 |
PHS 257 | Gene Technology in the Pharmaceutical & Health Science | 3 |
Notes for Elective Courses
Registration for courses should be performed after consultation with your academic advisor/research mentor. Students may choose any of the courses listed above when offered after consultation with their academic advisor/research mentor.
Any course offered by the PHS department in the Pharmaceutical Sciences program at the graduate level will satisfy the elective requirements. However, courses not listed above can only be taken as electives after approval from their academic advisor/research mentor and the Chair of the PHS department.
Courses offered by different departments within the College of Pharmacy of Health Sciences or by other departments or other academic units of the University can only be used to satisfy the program elective requirements after approval from the academic advisor/research mentor and PHS Dept. Chair. Students should also keep in mind that permission from the other departments or academic units is also typically required for registration.
In addition to the Core Curriculum, the Distributive core curriculum:
Course code | Course title | Contribution to minimum credit requirements |
---|---|---|
PHS 212 | Applied Biopharmaceutical Chemistry I | 3 credits |
Electives
Course code | Course title | Credits |
---|---|---|
TOX 101 | Special Problems | 3 |
TOX 201 | Methods in Toxicological Evaluation | 3 |
TOX 205 | Neurotoxicology | 3 |
TOX 207 | Recent Advances in Forensic Toxicology | 3 |
TOX 209 | Advances in Clinical Toxicology | 3 |
TOX 210 | Biochemical Toxicology | 3 |
TOX 215 | Analytical Methods in Toxicology | 3 |
TOX 216 | Environmental & Occupational Toxicology | 3 |
TOX 217 | Toxicology of the Hematopoietic & Immune System | 3 |
TOX 218 | Pathophysiology of Organ System | 3 |
TOX 219 | Molecular Toxicology | 3 |
TOX 222 | Cellular Pathophysiology | 3 |
TOX 223 | Liver and Kidney Toxicology | 3 |
TOX 230 | Toxicology Journal Club | 2 |
TOX 250 | Product Safety and Risk Assessment | 3 |
PHS 213 | Applied Biochemistry II | 3 |
PHS 239 | Functional Neuroanatomy and Neuropathology | 3 |
PHS 240 & 240L | Electron Microscopy & Laboratory | 4 |
PHS 250 & 250L | Cell & Tissue Culture & Laboratory | 4 |
PHS 264 & 264L | Analysis of Cell Structure and Function & Laboratory | 4 |
PHS 271 | Oxidants, Antioxidants & Free Radicals | 3 |
Notes for Elective Courses
Registration for courses should be performed after consultation with your academic advisor/research mentor. Students may choose any of the courses listed above when offered after consultation with their academic advisor/research mentor.
Any course offered by the PHS department in the Pharmaceutical Sciences program at the graduate level will satisfy the elective requirements. However, courses not listed above can only be taken as electives after approval from their academic advisor/research mentor and the Chair of the PHS department.
Courses offered by different departments within the College of Pharmacy of Health Sciences or by other departments or other academic units of the University can only be used to satisfy the program elective requirements after approval from the academic advisor/research mentor and PHS Dept. Chair. Students should also keep in mind that permission from the other departments or academic units is also typically required for registration.
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