The Master of Science in Pharmaceutics is a postgraduate program focused on the formulation, development, and evaluation of pharmaceutical dosage forms. The curriculum covers drug delivery systems, biopharmaceutics, pharmacokinetics, pharmaceutical technology, regulatory affairs, and quality control. Students gain hands-on experience through laboratory work, research projects, and thesis writing, preparing them to innovate in drug formulation and manufacturing. This program equips graduates with the skills required for roles in the pharmaceutical industry, research and development, regulatory agencies, and academia. Career opportunities include formulation scientist, quality assurance officer, regulatory affairs specialist, and research associate.
Minimum Duration in Years | Total Number of Semesters | Maximum Duration in Years | Credit Hours |
Minimum CGPA Required |
---|---|---|---|---|
2 | 4 | 33-36 |
The Master of Science in Pharmaceutics degree program trains students interested in discovery-based research, who are motivated to disseminate new knowledge in the biomedical sciences. The following program learning outcomes (PLOs) describe how students in our program demonstrate the knowledge, skills, and attitudes critical to discipline mastery. Graduates of the Master of Science in Pharmaceutics degree program will be able to:
To prepare graduates for roles in pharmaceutical care within health systems and community environments, emphasizing the importance of appropriate medication usage, patient safety, and the delivery of high-quality healthcare services.
To equip graduates with the knowledge and skills necessary to excel in the pharmaceutical industry, with a focus on understanding quality systems, regulatory requirements, and best practices in drug manufacturing, quality control, and distribution.
To instill strong ethical values and professional behavior in graduates, emphasizing integrity, empathy, and respect for patient autonomy and confidentiality. Graduates will demonstrate ethical decision-making and adhere to professional standards in all aspects of pharmacy practice.
To cultivate social skills and promote interdisciplinary collaboration among graduates, enabling them to work effectively as part of healthcare teams and engage with diverse populations.
Knowledge: Apply foundational concepts related to pharmaceutical sciences (pharmacology, medicinal chemistry, physiology, pathophysiology, pharmacokinetics, and pharmaceutics) to complex scientific scenarios
Skills: Perform multiple research techniques that provide the foundation for discovery-focused lines of inquiry
Research Design: Design a research project that includes the collection, organization, and analysis of data in order to address a research hypothesis; this includes an adherence to scientific ethics, where honesty and integrity permeate all stages of scientific practice
Communication: Effectively communicate scientific concepts to an audience as an author, presenter, and peer reviewer
Professional Development: Cultivate a professional identity that facilitates integration into the broader scientific community.
Program Duration (Years) | 2 |
---|---|
No. of Semesters | 4 |
Admission Fee (One Time) | 10,000 |
Sem Enrollment/ Exam Fee | 5,000 |
Tuition Fee (Per Sem) | 71,720 |
Security (Refundable) | 10,000 |
Sem-1 Fee (At time of Admission) | 96,720 |
Sem-2 Fee | 76,720 |
Sem-3 Fee | 76,720 |
Sem-4 Fee | 76,720 |
Total Program Fee | 326,880 |
Code | Title | CrHrs |
---|---|---|
Core Course I | 3-0 | |
Core Course II | 3-0 | |
Core Course III | 3-0 | |
Elective I | 3-0 |
Code | Title | CrHrs |
---|---|---|
Core Course IV | 3-0 | |
Core Course V | 3-0 | |
Elective II | 3-0 | |
Elective III | 3-0 |
Code | Title | CrHrs |
---|---|---|
Core Course VI | 3-0 | |
Elective IV | 3-0 | |
Plan A: Research work |
Code | Title | CrHrs |
---|---|---|
Research Thesis | 0-6 | |
Plan B: Project work | ||
Core Course VII | 3-0 | |
Project | 0-3 | |
Plan C: Course work | ||
Core Course VII | 3-0 | |
Core Course VIII | 3-0 |
Code | Title | CrHrs |
---|---|---|
PCU 802 | Solubility and Model laws consideration in the preparation of liquid dosage form | 3-0 |
PCU 803 | Pre-Clinical Formulation | 3-0 |
PCU 804 | Formulation and Preparation of Biopharmaceuticals | 3-0 |
PCU 805 | Nano Pharmaceuticals | 3-0 |
PCU 806 | Radiopharmaceuticals | 3-0 |
PCU 807 | Stability Consideration of solid Dosage form | 3-0 |
PCU 808 | Solid dosage form design | 3-0 |
PCU 809 | Neuro Pharmaceuticals | 3-0 |
PCU 810 | Advanced Drug Delivery | 3-0 |
PCU 811 | Polymeric Drug Delivery | 3-0 |
PCU 812 | Quality Control of Sterile products | 3-0 |
PCU 813 | Controlled Drug Delivery Systems of parenteral and their classification | 3-0 |
PCU 814 | New and Novel Drug Delivery Systems | 3-0 |
PCU 815 | Transdermal Drug Delivery Systems | 3-0 |
PCU 816 | Formulation of low Solubility Drugs | 3-0 |
PCU 817 | Pharmacokinetics of drug | 3-0 |
PCU 818 | Hydrogels; Biological Properties and Applications | 3-0 |
PCU 901 | Liquid Chromatography and Liquid Chromatography-Mass spectrometry of Small Molecules | 3-0 |
PCU 902 | Pharmacokinetics and Bioavailability of Drugs from Oral Dosage Form | 3-0 |
Code | Title | CrHrs |
---|---|---|
PHC 802 | Molecular Spectroscopy | 3-0 |
PHC 803 | Advanced Analytical Techniques | 3-0 |
PCG 801 | Autocoids Pharmacology | 3-0 |
PCG 803 | Drug discovery and evaluation | 3-0 |
PCN 802 | Structure Elucidation of Natural Products | 3-0 |
PCN 803 | Biosynthesis of Natural Products | 3-0 |
PHC 804 | Advanced Mass Spectrometry and Drug Analysis | 3-0 |
PHC 805 | Principles of Drug Action | 3-0 |
PHC 806 | Advanced Clinical Biochemistry | 3-0 |
PHC 807 | Molecular Biomarkers | 3-0 |
PHC 808 | Chromatographic Techniques in HPLC, UPLC and GC | 3-0 |
PHC 809 | Drug Transporters | 3-0 |
PHC 810 | Method Development and Validation of HPLC Assay | 3-0 |
PHC 811 | Advanced Medicinal Chemistry-I | 3-0 |
PHC 812 | Advanced Medicinal Chemistry-II | 3-0 |
Procedure to Apply In-Person
Procedure to Apply Online