The M.Pharmacy program in Pharmaceutical Analysis is designed to provide advanced knowledge in the qualitative and quantitative analysis of drugs, pharmaceuticals, and biological samples. The program focuses on modern analytical techniques such as chromatography, spectroscopy, and hyphenated methods, ensuring precision, accuracy, and regulatory compliance in drug development and quality control. Students gain expertise in method development, validation, and quality assurance, preparing them for roles in pharmaceutical industries, research laboratories, and regulatory organizations. Advanced instrumentation and analytical skills form the core of this specialization, aligning with industry and research requirements.
To excel in pharmaceutical analysis education and research, producing skilled professionals in drug quality and regulatory sciences.
- To impart advanced analytical and instrumentation knowledge
- To promote research in drug analysis and quality assurance
- To develop expertise in regulatory and validation processes
- To foster industry-ready analytical professionals
- Excel in pharmaceutical quality control and analysis roles
- Contribute to research and innovation in analytical sciences
- Adapt to evolving analytical technologies and regulations
- Uphold ethical and professional standards
- POs: Apply advanced analytical techniques, develop/validate methods, interpret scientific data, use modern instruments, communicate findings.
- PSO1: Expertise in chromatographic and spectroscopic techniques
- PSO2: Ability to ensure drug quality and regulatory compliance
The M.Pharmacy program in Pharmaceutics focuses on the design, development, and evaluation of pharmaceutical dosage forms. It emphasizes drug delivery systems, formulation development, biopharmaceutics, and industrial pharmacy practices. Students gain in-depth knowledge of novel drug delivery systems, nanotechnology, and controlled release formulations, along with exposure to industrial manufacturing processes. The program integrates theoretical concepts with practical applications to prepare graduates for roles in formulation development, production, and pharmaceutical research. It builds strong foundations in drug formulation and manufacturing processes essential for the pharmaceutical industry.
To be a center of excellence in pharmaceutical formulation and drug delivery research.
- To provide advanced knowledge in formulation and drug delivery
- To promote innovation in pharmaceutical product development
- To enhance skills in industrial pharmacy practices
- To support research in emerging drug delivery technologies
- Excel in formulation development and manufacturing sectors
- Contribute to innovative drug delivery research
- Adapt to modern pharmaceutical technologies
- Demonstrate ethical and professional responsibility
- POs: Design dosage forms, apply biopharmaceutics, use modern tools, solve formulation challenges, work effectively in teams.
- PSO1: Expertise in drug delivery systems and formulation techniques
- PSO2: Ability to develop safe, effective, and stable pharmaceutical products
The M.Pharmacy program in Pharmacology is focused on the study of drug action, mechanisms, and effects on biological systems. It provides in-depth knowledge of experimental pharmacology, toxicology, clinical research, and drug safety evaluation. Students are trained in preclinical and clinical studies, pharmacovigilance, and advanced research methodologies, enabling them to contribute to drug discovery and development. The program emphasizes ethical research practices and scientific analysis, preparing graduates for careers in research organizations, clinical trials, and academia. It plays a crucial role in understanding drug efficacy, safety, and therapeutic applications.
To develop expertise in pharmacological research and drug safety evaluation.
- To provide advanced knowledge in pharmacology and toxicology
- To promote research in drug discovery and evaluation
- To develop skills in clinical and preclinical studies
- To ensure ethical and scientific research practices
- Excel in pharmacological research and clinical studies
- Contribute to drug discovery and safety evaluation
- Pursue higher studies and research careers
- Demonstrate ethical responsibility in healthcare
- POs: Understand drug mechanisms, conduct experimental/clinical research, analyze pharmacological data, apply modern methodologies, communicate findings.
- PSO1: Expertise in drug action, toxicity, and safety evaluation
- PSO2: Ability to conduct preclinical and clinical research studies
