M.Pharm Pharmaceutics 1st Semester

1. Introduction

The first semester of the Master of Pharmacy (M.Pharm) programme in Pharmaceutics lays the foundation for advanced drugdelivery concepts, dosageform design, and regulatory aspects. The Scheme of Teaching (SOT) and Scheme of Examination (SOE) provide a structured framework that ensures a balanced mix of theory, practical work, and assessment methods.

2. Programme Overview

Degree awarded: Master of Pharmacy (M.Pharm)
Specialisation: Pharmaceutics
Duration: 2 years (4 semesters)
Credit requirement: 120 credits (30 credits per semester)

2.1 Credit Distribution (Semester1)

3. Scheme of Teaching (SOT)

3.1 Lecture Sessions

Each credit corresponds to 12 lecture hours. Lectures are scheduled in 1hour slots, three days a week, with a blend of didactic teaching, casebased discussions, and interactive quizzes.

3.2 Laboratory Sessions

Practical work is conducted in wellequipped labs. Every lab credit comprises 24 contact hours (48 for a 2credit lab). Students follow a stepbystep protocol, maintain a laboratory notebook, and submit a postlab report evaluated for accuracy and scientific writing.

3.3 Tutorial / Seminar

Two weekly tutorials (1 hour each) are held for each core theory subject. These sessions focus on problem solving, literature search, and critical analysis of research papers.

3.4 SelfStudy & Assignments

Students are expected to allocate approximately 68 hours per credit per week for selfstudy, assignment preparation, and revision. Assignment submission deadlines are posted on the department portal.

4. Scheme of Examination (SOE)

4.1 Internal Assessment (Continuous Evaluation)

• MidSemester Test (MST): 10% of the total credit marks.
• Assignments & Lab Reports: 15% (distributed across the semester).
• Tutorial Participation: 5% (attendance + contribution).

4.2 EndSemester Examinations

1. Theory Paper: 50% of total credit marks. The paper consists of objective (MCQs), short answer, and essaytype questions.
2. Practical Vivavoce: 20% of total credit marks. Students defend their lab work, explain methodology, and interpret results.

4.3 Grading Scale

4.4 ReEvaluation & Supplementary Exams

If a student obtains a grade point below 5 (i.e., grade D or F) in any core subject, a supplementary examination is offered in the next semester. The supplementary paper carries the same weight as the original theory exam but does not include internal assessment marks.

4.5 Attendance Requirement

Minimum attendance of 75% in both lectures and labs is mandatory. Attendance below this threshold results in an automatic deduction of 5% from the internal assessment component.

5. Learning Outcomes Expected at the End of Semester1

• Explain the basic principles of pharmaceutical chemical engineering and their relevance to dosageform design.
• Identify the physicochemical properties of solids and liquids that influence drug stability and performance.
• Demonstrate competence in laboratory techniques for the preparation of solid and liquid dosage forms.
• Interpret microbiological test results and apply aseptic techniques to prevent contamination.
• Apply introductory pharmacokinetic concepts to predict drug absorption and distribution.
• Critically evaluate scientific literature related to dosageform development.

6. Academic Calendar (Sample)

1. Weeks14: Lectures & tutorials for core theory subjects.
2. Weeks56: Midsemester test and submission of first set of lab reports.
3. Weeks710: Continuation of lectures, lab rotations, and project work.
4. Weeks1112: Assignment submission deadline; tutorial revision sessions.
5. Weeks1314: Final theory revision, practical viva preparation.
6. Week15: Endsemester theory examination and practical vivavoce.

7. Resources for Students

All teaching materials, lecture slides, and reference books are available through the universitys digital library. Recommended textbooks include:

• Munir A. Chaudhry Pharmaceutical Engineering: Fundamentals and Applications.
• Kayser & Tisch Pharmaceutics, Fifth Edition.
• J. Amidon Physical Pharmacy: Physical Chemical Principles in the Pharmaceutical Sciences.
• WHO Guidelines on Good Manufacturing Practices (GMP) for regulatory insights.

Students are encouraged to join the departments weekly Journal Club to discuss recent research articles.

8. Contact Information

Department of Pharmaceutics
Faculty of Pharmacy, XYZ University
Email: pharmaceutics@xyzuniversity.edu
Phone: +911234567890