1. Programme Vision
The Master of Pharmacy in Pharmaceutics is designed to develop skilled professionals who can contribute to the design, development, optimization, and evaluation of dosage forms and drug delivery systems. The programme blends rigorous theoretical foundations with extensive laboratory work and research exposure, preparing graduates for roles in academia, the pharmaceutical industry, regulatory agencies, and research organisations.
2. Structure of the Curriculum
The twoyear programme (four semesters) comprises core modules, electives, laboratory work, a research project, and a professional internship. Credit distribution follows the standard 120credit model, with each semester offering roughly 30 credits.
Core Modules (First Year)
- Advanced Physical Pharmacy (3 credits)
- Concepts in Drug Delivery (3 credits)
- Pharmaceutics of Solid Dosage Forms (3 credits)
- Pharmaceutics of Liquid & Semisolid Dosage Forms (3 credits)
- Biopharmaceutics & Pharmacokinetics (3 credits)
- Analytical Techniques in Pharmaceutics (3 credits)
- Quality Assurance & Regulatory Affairs (3 credits)
Laboratory & Practical Sessions
- Instrumental Analysis Lab (2 credits)
- Formulation Development Lab (4 credits)
- Stability Testing & Shelflife Evaluation (2 credits)
- Invitro Dissolution & Permeation Studies (2 credits)
These core modules lay the foundation for understanding the physicochemical properties of drugs, their interaction with excipients, and the science of dosage form design.
3. Elective Options (Second Year)
Students may choose two electives (3 credits each) that align with their career interests. Sample electives include:
- Nanotechnology in Drug Delivery
- Biologics and Biosimilars Formulation
- Advanced Sterile Manufacturing
- Pharmacovigilance and Postmarketing Surveillance
- Computational Modelling in Pharmaceutics
4. Research Project & Thesis
A substantial research component (12 credits) runs across the final year. Students identify a problem statement, conduct a literature review, design experiments, and generate data under the guidance of a faculty supervisor. Typical research themes include:
- Development of targeted nanocarriers for anticancer drugs.
- Optimization of controlledrelease polymeric matrices.
- Stability enhancement of protein therapeutics.
- Insilico prediction of drugexcipient compatibility.
The outcome is a written thesis (30,000 words) and an oral defence, culminating in the award of the M.Pharm degree.
5. Professional Internship (Industry Placement)
A mandatory 8week internship (4 credits) places students in a certified pharmaceutical manufacturing unit, a contract research organization, or a regulatory authority. The internship aims to:
- Expose learners to Good Manufacturing Practices (GMP) and realworld production processes.
- Develop competencies in documentation, batch record review, and compliance auditing.
- Facilitate interaction with multidisciplinary teams, enhancing communication skills.
6. Programme Outcomes (POs)
The curriculum is mapped to eight programme outcomes, each aligned with national accreditation standards. Graduates are expected to demonstrate the following capabilities:
PO1: Knowledge Base
Apply advanced concepts of pharmaceutics, drug delivery, and biopharmaceutics to solve complex formulation problems.
PO2: Research & Innovation
Design and execute independent research projects, employing modern analytical and computational tools.
PO3: Technical Skills
Demonstrate proficiency in laboratory techniques such as granulation, lyophilisation, dissolution testing, and sterility assurance.
PO4: Quality & Regulatory Competence
Interpret regulatory guidelines (FDA, EMA, CDSCO) and implement quality control measures throughout the product lifecycle.
PO5: Communication
Prepare scientific reports, present research findings, and communicate technical information effectively to diverse audiences.
PO6: Ethical & Professional Conduct
Uphold ethical standards in research, product development, and professional interactions, recognizing societal impacts.
PO7: Lifelong Learning
Engage in continuous learning to keep pace with rapid advancements in drug delivery technologies.
PO8: Entrepreneurship & Leadership
Identify opportunities for innovation, lead multidisciplinary teams, and contribute to startup ventures or corporate initiatives.
7. Assessment Methods
Student performance is evaluated through a blend of written examinations, practical reports, project presentations, and continuous internal assessments. The weighting is typically:
- Written Theory Exams 30%
- Laboratory Reports 20%
- Project Thesis & Defence 30%
- Internship Evaluation 10%
- Class Participation & Assignments 10%
8. Career Prospects
Graduates of M.Pharm (Pharmaceutics) find employment in:
- Formulation Development & Process Engineering (pharmaceutical & biotech firms)
- Regulatory Affairs & Compliance
- Quality Assurance & Control Laboratories
- Clinical Research Organizations (CROs)
- Academic & Industrial Research (PhD pathways)
- Consultancy and Patent Advisory Services
Many alumni also pursue entrepreneurial ventures, establishing contract manufacturing organisations or developing novel drug delivery platforms.
9. Continuous Improvement
The department conducts annual curriculum reviews based on feedback from students, alumni, industry advisory boards, and accreditation bodies. Emerging trends such as personalized medicine, biologics formulation, and artificial intelligence in drug design are periodically incorporated to keep the programme relevant and forwardlooking.
