PEOs, POs, PSOs
Course Outcomes (COs) Upon successful completion of the Master of Pharmacy (M.Pharm) in Pharmacology, students will be able to:
- Understand Advanced Pharmacological Concepts
- Gain in-depth knowledge of drug mechanisms, molecular pharmacology, and pathophysiology. Analyze Drug Action and Therapeutics
- Evaluate pharmacokinetics, pharmacodynamics, and toxicological effects of drugs. Conduct Preclinical and Clinical Research
- Design and execute in vitro, in vivo, and clinical studies for drug development. Master Experimental Pharmacology Techniques
- Utilize animal models, bioassays, and molecular biology tools for research. Apply Principles of Drug Discovery and Development
- Understand the process of drug screening, lead optimization, and clinical trials.
- Ensure Drug Safety and Pharmacovigilance
- Assess adverse drug reactions (ADRs), drug interactions, and risk-benefit analysis. Utilize Modern Analytical Techniques
- Implement HPLC, LC-MS, ELISA, and spectroscopic methods in pharmacological studies. Contribute to Translational Medicine
- Bridge the gap between basic research and clinical applications in drug therapy. Develop Regulatory and Ethical Competency
- Adhere to GLP, GCP, ICH guidelines, and bioethics in pharmaceutical research. Engage in Scientific Writing and Presentation
- Prepare research papers, review articles, and conference presentations effectively.
Program Outcomes (POs) Graduates of the M.Pharm (Pharmacology) program will:
- Possess Advanced Knowledge in Pharmacology: Demonstrate expertise in drug action, toxicology, and molecular pharmacology.
- Develop Research and Analytical Skills :Conduct experimental studies, statistical analysis, and pharmacological assessments.
- Ensure Drug Efficacy and Safety :Evaluate therapeutic effects, toxicity profiles, and pharmacovigilance data.
- Adopt a Problem-Solving Approach :Address pharmacological challenges through critical thinking and innovation.
- Contribute to Pharmaceutical and Clinical Research :Participate in drug discovery, regulatory submissions, and clinical trials.
- Follow Ethical and Regulatory Standards :Apply principles of bioethics, animal ethics, and research integrity.
- Utilize Cutting-Edge Technologies :Integrate biotechnology, bioinformatics, and nanopharmacology in research.
- Collaborate in Multidisciplinary Teams :Work alongside healthcare professionals, scientists, and industry experts.
- Communicate Scientific Knowledge Effectively :Publish research findings, patents, and technical reports.
- Engage in Lifelong Learning and Innovation :Stay updated with emerging trends, novel drug targets, and translational medicine.