Program Outcomes (POs) and Course Outcomes (COs)
Program Outcomes
PO1 Advanced Subject Knowledge — Attain in‑depth theoretical and practical knowledge in the chosen science discipline.
PO2 Research and Experimental Skills — Design and execute experiments, use appropriate research methods, analyse data and interpret results.
PO3 Technical and Analytical Competence — Apply advanced computational, quantitative and laboratory techniques relevant to the discipline.
PO4 Problem Solving and Critical Thinking — Formulate research questions, evaluate evidence and develop scientifically sound solutions.
PO5 Scholarly Communication — Prepare technical reports, research papers and present scientific results clearly (written and oral).
PO6 Ethical Conduct and Safety — Follow research ethics, lab safety, and data integrity principles.PO7 Lifelong Learning and Professional Development — Pursue continuing education, adapt to new techniques and contribute to discipline advancement.
Course Outcomes
CO1: Understand advanced theories of classical mechanics, quantum mechanics, electrodynamics, and solid-state physics.
CO2: Apply mathematical and computational tools to solve physical and engineering problems.
CO3: Conduct laboratory experiments with precision and compare experimental results with theoretical models.
CO4: Use modern instruments and data analysis techniques for research and measurement applications.
CO5: Develop the ability to communicate scientific concepts clearly and concisely in written and oral form.
