Mission
To get recognized as a top-tier education and research center in pharmaceutics through innovative approaches in teaching, training, and research by disseminating new knowledge by conducting cutting edge research in the formulation sciences.
Vision
The Department of Pharmaceutics is committed to create highly trained, versatile, ethical professionals needed for providing quality medicines for health care services with technological innovations in drug product development.
Objectives
- Understand the basics of different dosage forms and pharmaceutical calculations.
- Understand the professional way of handling prescriptions.
- Understand physicochemical properties of drug molecules in designing dosage forms.
- Know the principles of chemical kinetics for stability testing and expiry determination.
- Demonstrate use of physicochemical properties in formulation development.
- Know considerations in development of pharmaceutical dosage forms.
- Understand the importance of immobilized enzymes in pharmaceutical industries.
- Genetic engineering applications in pharmaceutical production.
Course Outcomes
Theory
- Knowledge of preparatory pharmacy and conventional dosage forms.
- Understanding physicochemical properties involved in formulations.
- Understanding preformulation studies.
- Biotechnology applications in diagnosis, prevention and cure of disease.
- Scientific applications of biotechnology in genetic engineering and medicine.
Practical
- Study visits to laboratories to understand chemicals and equipment.
- Understanding purpose and implications of experiments.
- Operating laboratory machines and equipment.
- Develop maintenance skills required in industries.
- Insight into formulation research and stability studies.