1.Mentor -Mentee System:

The mentor-mentee system is maintained in the department. The key objectives of this system include:

Ø To Provide students with personalized assistance to navigate their academic journey effectively.

Ø To help mentees understand course requirements, improve study techniques, and address academic challenges.

Ø To Guide mentees in managing stress, developing resilience, and balancing academics with personal life.

Ø To Encourage mentees to acquire essential soft skills like communication, teamwork, and problem-solving

Ø To Encourage mentees to expand their network with faculty, alumni, and industry professionals.

Outcome: The Mentor-Mentee system is designed to bridge the gap between students and faculty, ensuring that students receive the necessary guidance and support throughout their educational journey.

2. Observing the National Energy Conservation Day

The department of Physics regularly observed the National Energy conservation Day on 14^th December

 The Objectives are:

Ø To Promote the adoption of sustainable energy practices in daily life.

Ø Spread awareness about the role of reduced energy consumption in mitigating climate change.

Ø Educate people about the benefits of renewable energy sources like solar, wind, and hydropower

Ø Showcase how energy-saving measures can reduce utility bills and support the national economy.

3. Observing the National Science Day

The department of Physics regularly observed the  National Science Day on 28^th February by conducting Student Outreach program.

The Objectives are:

Ø Celebrate the discovery of the Raman Effect by Sir C.V. Raman, for which he received the Nobel Prize in Physics.

Ø Encourage young minds to participate in energy-saving campaigns and innovations. Encourage critical thinking and problem-solving through scientific approaches

Ø Build a culture of responsible energy use for a sustainable future.

Ø Address societal challenges like health, agriculture, and environmental issues through scientific innovation

Ø Provide a platform for showcasing scientific projects and innovations

Ø Create awareness about the ethical and responsible use of scientific advancements

Outcome:

Both observances aim to build a sustainable, informed, and innovative society by addressing critical issues through awareness, education, and community participation.

4. Regularly Organizing Webinar on Environmental Issues:

Purpose of Conducting a Webinar on Environmental Issues

Ø To Educate participants about pressing environmental problems such as climate change, pollution, deforestation, and biodiversity loss.

Ø To Promote eco-friendly habits like reducing waste, conserving water, and adopting renewable energy sources.

Ø To Provide a platform for experts to share their knowledge, research, and solutions to tackle environmental challenges

Ø To Provide a platform for experts to share their knowledge, research, and solutions to tackle environmental challenges

Ø To Discuss innovative technologies and tools for monitoring, mitigating, and adapting to environmental changes

Ø To Motivate young minds to take up careers in environmental science, conservation, and sustainable development.

Ø ToEncourage community-driven initiatives to address local and global environmental issues.

Outcome: A webinar on environmental issues serves as an educational and collaborative platform to drive positive environmental action and foster a culture of sustainability.

5.Preparing and Circulating Laboratory Manuals in advance

The Purpose is to

Ø Provide students with a clear understanding of the objectives, procedures, and theoretical background of each experiment before entering the lab.

Ø To promote efficient use of Lab time

Ø To Allow students to familiarize themselves with the steps and equipment required, reducing confusion during lab sessions.

Ø Enable more focused and productive lab work by minimizing time spent on instructions during the session.

Ø Educate students about safety precautions and proper handling of laboratory equipment to prevent accidents.

Ø Help students plan and organize their observations, calculations, and results systematically

Ø Maintain consistency in the way experiments are conducted across different groups and batches.

Ø Support the development of independent learning and problem-solving skills.

Outcome: The advance preparation and distribution of laboratory manuals ultimately aim to create a structured, safe, and efficient learning environment that enhances students’ practical skills and comprehension of physics concepts.