🧲 Physics

Physics is the study of matter, energy, and the fundamental forces of nature. It helps students understand how the universe behaves, from the tiniest particles to the largest galaxies...

Physics is essential for technological advancement and scientific understanding. It builds a foundation for careers in engineering, research, space science, robotics, and more...

• Conceptual Understanding of Physical Laws
• Scientific Reasoning and Problem Solving
• Mathematical Application in Physical Contexts
• Data Interpretation and Experimental Skills
• Critical and Logical Thinking
• Technical Report Writing and Presentation

• Concept Demonstrations and Simulations
• Hands-On Experiments and Lab Activities
• Visual Aids and Digital Tools for Illustration
• Numerical Problem Solving Sessions
• Real-Life Applications and Case Studies

• Theory Exams and Numerical Tests
• Practical Lab Assessments
• Projects and Investigative Assignments
• Conceptual Quizzes and Viva Voce
• Group Activities and Presentations

Physics underpins modern technologies like electricity, optics, mechanics, thermodynamics, and quantum theory...

Physics is deeply connected with mathematics, chemistry, engineering, and computer science. Understanding physical principles enhances learning in technical and analytical subjects...

By the end of the course, students will be able to:

• Explain fundamental physical concepts and laws
• Apply formulas and principles to solve real-world problems
• Conduct experiments and analyze results accurately
• Use scientific tools and methods to make observations
• Appreciate the role of Physics in technology and the universe