Master of Science in Clinical Pharmacology
September 23, 2026 2026-09-23 2:47Master of Science in Clinical Pharmacology
A specialized graduate program designed to prepare professionals with advanced knowledge of drug development, pharmacological principles, clinical research, medication safety, and evidence-based therapeutic practices. The program integrates biomedical sciences with clinical pharmacology, drug discovery, pharmacokinetics, pharmacodynamics, clinical trials, regulatory science, and healthcare applications.
Master of Science in Clinical Pharmacology
US$ 5,940
36 Credit Hours
18 Months
9–12 Months
3 Credit Hours
US$ 5,940
Advance Drug Development and Therapeutic Practice
Integrate biomedical sciences with clinical pharmacology, drug discovery, pharmacokinetics, pharmacodynamics, clinical trials, regulatory science, and healthcare applications.
The Master of Science in Clinical Pharmacology is a specialized graduate program designed to prepare professionals with advanced knowledge of drug development, pharmacological principles, clinical research, medication safety, and evidence-based therapeutic practices. The program integrates biomedical sciences with clinical pharmacology, drug discovery, pharmacokinetics, pharmacodynamics, clinical trials, regulatory science, and healthcare applications.
Students examine mechanisms of drug action, drug metabolism, therapeutic evaluation, clinical research methods, pharmacogenomics, adverse drug reactions, regulatory requirements, and the role of pharmacology in improving patient care. The curriculum emphasizes scientific inquiry, ethical clinical research, data analysis, medication safety, and the development of innovative approaches to pharmaceutical and healthcare challenges.
Graduates develop advanced competencies in clinical research, drug evaluation, pharmacological analysis, pharmaceutical development, and healthcare decision-making, preparing them for careers in pharmaceutical companies, biotechnology organizations, research institutions, healthcare systems, regulatory agencies, academic institutions, and clinical research organizations.
Master of Science in Clinical Pharmacology
18 Months — Traditional Learning Track
9–12 Months — Fast-Track Learning Program
3 Credit Hours per Course
US$ 5,940
Exclusive of applicable University administrative fees
Required Courses
The Master of Science in Clinical Pharmacology requires 36 total credits.
| Course No. | Course Title | Credits |
|---|---|---|
| CLP 6000 | Foundations of Clinical Pharmacology and Drug Development | 3 |
| CLP 6010 | Advanced Pharmacology and Drug Mechanisms | 3 |
| CLP 6020 | Pharmacokinetics and Pharmacodynamics | 3 |
| CLP 6030 | Clinical Drug Research and Trial Design | 3 |
| CLP 6040 | Therapeutic Drug Monitoring and Medication Safety | 3 |
| CLP 6050 | Pharmacogenomics and Personalized Medicine | 3 |
| CLP 6060 | Biostatistics and Clinical Research Methods | 3 |
| CLP 6070 | Regulatory Affairs and Pharmaceutical Policy | 3 |
| CLP 6080 | Drug Discovery, Development, and Innovation | 3 |
| CLP 6090 | Advanced Clinical Pharmacology Practice and Research | 3 |
| CLP 6100 | Master's Thesis | 6 |
| Total Credits | 36 | |
Course Descriptions
Select a course to view its description.
CLP 6000 – Foundations of Clinical Pharmacology and Drug Development
Introduces the principles, history, and applications of clinical pharmacology. Students examine drug development processes, therapeutic applications, healthcare implications, and the role of clinical pharmacologists in improving medication outcomes.
CLP 6010 – Advanced Pharmacology and Drug Mechanisms
Explores mechanisms of drug action, receptor interactions, therapeutic effects, adverse reactions, and pharmacological principles underlying modern medical treatments.
CLP 6020 – Pharmacokinetics and Pharmacodynamics
Examines drug absorption, distribution, metabolism, elimination, dose-response relationships, and factors influencing drug effectiveness and safety.
CLP 6030 – Clinical Drug Research and Trial Design
Focuses on clinical research methods, clinical trial phases, research protocols, ethical considerations, study design, and evaluation of therapeutic interventions.
CLP 6040 – Therapeutic Drug Monitoring and Medication Safety
Explores medication safety practices, therapeutic monitoring, adverse drug reactions, drug interactions, and strategies for improving pharmaceutical care.
CLP 6050 – Pharmacogenomics and Personalized Medicine
Examines genetic influences on drug response, precision medicine approaches, personalized therapies, and applications of genomics in clinical decision-making.
CLP 6060 – Biostatistics and Clinical Research Methods
Develops skills in biomedical research methods, statistical analysis, interpretation of clinical data, and application of quantitative techniques in pharmacological research.
CLP 6070 – Regulatory Affairs and Pharmaceutical Policy
Examines pharmaceutical regulations, drug approval processes, ethical standards, regulatory frameworks, and policies affecting medication development and use.
CLP 6080 – Drug Discovery, Development, and Innovation
Explores pharmaceutical innovation, discovery processes, laboratory-to-clinic development pathways, emerging therapies, and advances in drug research.
CLP 6090 – Advanced Clinical Pharmacology Practice and Research
Focuses on advanced applications of clinical pharmacology, evidence-based medication management, research interpretation, and professional practice in healthcare and pharmaceutical settings.
CLP 6100 – Master's Thesis
Students complete an original research thesis addressing a significant issue in clinical pharmacology, drug development, therapeutic evaluation, medication safety, or pharmaceutical research. Under faculty supervision, students conduct research, analyze pharmacological challenges, and develop evidence-based recommendations for advancing clinical drug practices.
Career Opportunities
Graduates are prepared for research, pharmaceutical, healthcare, regulatory, and scientific roles in clinical pharmacology and related fields.
Employment Sectors
Graduates may pursue employment in pharmaceutical companies, biotechnology organizations, clinical research organizations, hospitals and healthcare systems, medical research centers, universities and academic medical centers, government regulatory agencies, drug safety organizations, healthcare consulting firms, contract research organizations, pharmaceutical development laboratories, biomedical research institutions, public health organizations, clinical trial management organizations, healthcare technology companies, medical research foundations, international health organizations, and pharmaceutical policy organizations.
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