The Master of Pharmacy (MPharm) syllabus is designed to provide advanced academic, technical, and research-oriented training in pharmaceutical sciences. Building on undergraduate pharmacy knowledge, the program focuses on specialisation, laboratory research, regulatory understanding, and dissertation-based learning.
Emphasising modern academic frameworks, the syllabus covers research methodology, formulation development, pharmacological evaluation, and quality compliance. Graduates are prepared for professional, research, and academic careers in the pharmaceutical sector.
| Component | Details |
|---|---|
| Course Duration | 2 Years |
| Total Semesters | 4 |
| Learning Method | Theory + Practical + Research |
| Final Requirement | Dissertation / Thesis |
| Specialisation | Key Subject Areas |
|---|---|
| Pharmaceutics | Advanced formulations, drug delivery, biopharmaceutics |
| Pharmacology | Toxicology, clinical pharmacology, experimental models |
| Pharmaceutical Chemistry | Drug synthesis, medicinal chemistry, SAR |
| Pharmacognosy | Natural products, herbal drugs, phytochemistry |
| Pharmaceutical Analysis | Analytical techniques, method validation |
| Clinical Pharmacy | Therapeutics, patient care, clinical trials |
| Quality Assurance | GMP, quality systems, regulatory compliance |
| Area | Sample Topics |
|---|---|
| Regulatory Sciences | Global regulatory guidelines, documentation |
| Clinical Research | Trial design, ethics, pharmacovigilance |
| Advanced Analytics | Bioinformatics, data interpretation |
| Industrial Pharmacy | Scale-up, manufacturing processes |
| Research Techniques | Experimental design, publications |
| Component | Weightage |
|---|---|
| Internal Assessment | 30–40% |
| End-Semester Exams | 60–70% |
| Dissertation & Viva | Mandatory |
The MPharm syllabus is structured over 2 years and 4 semesters, including advanced theory, laboratory training, and a compulsory dissertation. The final year focuses on specialisation and research work.
Yes, practical laboratory training is mandatory, including advanced experiments, analytical techniques, and research-based practicals.
Yes, dissertation or thesis work in the final year is essential for independent research and program completion.
The first year is mostly common across specialisations. The second year varies according to the chosen domain.
Yes, research methodology and biostatistics are core subjects to design experiments, analyze data, and prepare research publications.
Yes, the syllabus provides strong research training, making it ideal preparation for PhD programs in pharmaceutical sciences.
Many institutions include industrial training, hospital exposure, or collaborative research projects to understand real-world pharmaceutical environments.
Yes, it is designed to meet industry requirements, covering formulation development, quality systems, regulatory affairs, and research skills.