1. Hands-on and Experimental Learning

• Conduct lab demonstrations and experiments 

• Encourage students to design simple physics models using low-cost materials.

• Organize “Do-It-Yourself (DIY) Physics Kits” for students to practice at home.
• Nominate faculty and students to participate in state/national innovation programs.

2. Technology-Integrated Learning

• Use ICT tools, simulations, and virtual labs to explain abstract concepts.
• Record short video lectures/experiment demonstrations for student revision.
• Create a digital question bank and resource repository accessible to students.

3. Community Outreach & Extension Activities

• Celebrate National Science Day and other science-related events with poster presentations and model exhibitions.

4. Skill Development & Career Orientation

• Arrange Career Guidance Sessions highlighting opportunities in higher education, research, and industry.

5. Eco-Friendly and Sustainable Practices

• Conduct awareness campaigns on sustainable energy and environmental conservation.
• Promote waste-to-resource experiments, like recycling lab materials when possible.

6. Student-Centered Learning Approaches

• Implement peer teaching, group discussions, and problem-solving sessions.
• Organize quiz competitions, physics puzzles, and science debates.
• Encourage students to present seminars using PPTs and models.

7. Collaborations and Linkages

• Invite guest lectures from scientists, engineers, and alumni working in physics-related fields.