Learning Resources

Resources

• Library
• Advanced Physics laboratories
• Research Labs
• Research Journals
• LCD projector (s)
• Sufficient computers with internet connection

Experimental Learning and Hands-On Training

Students gain hands-on experience with cutting-edge equipment to conduct experiments through advanced physics laboratories of the department. Computer-Interfaced Science Experiments including Virtual Labs, ExpEYES, and Python-based simulations are used to conduct real-time data analysis and experiments in fields like quantum physics, electronics, and materials science. These experiments can simulate various physics processes in a virtual environment and provides fun, interactive, research-based simulations of physical phenomena. These enable students to make connections between real-life phenomena and the underlying science, deepening their understanding and appreciation of the physical world.

Skill-Based Workshops including telescope making and LED bulb making offer practical exposure to designing and constructing functional devices, promoting creativity and problem-solving skills.

LED Bulb making workshop

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Laboratory Method

Snapshot - Celestia - Astrophysics simulation software

Snapshot - SolveElec - Electronics simulation software

Inquiry-Based Physics Education (IBPE)

Students are encouraged to ask questions, explore solutions, and conduct experiments designed to deepen their understanding of complex physics concepts through investigation and research.
Students work under faculty mentorship on research projects in various areas of Physics. This enables them to apply theoretical knowledge to real-world problems and innovations.

Peer Teaching

Peer teaching is an innovative educational strategy that enhances student learning through collaboration and mutual support. In the Department of Physics, peer teaching has been implemented to develop a collaborative learning environment, improve understanding of complex concepts, and develop essential communication skills among students. Students of the department participate in peer-teaching session on Teacher’s Day (September 05) of every year, where senior students mentor juniors, facilitating collaborative learning and deeper understanding of difficult concepts.

ICT-Enabled Teaching

The department uses Information and Communication Technology (ICT) tools, including smart classrooms, simulations, and interactive platforms to enhance the teaching-learning process. Our department is a Nodal centre for Virtual Lab- an initiative of Ministry of Human Resource Department (MHRD) under National Mission on Education through ICT. This allows students to perform physics experiments online, simulating real-world scenarios in areas like electronics, optics, and other fields of Physics.

Skill Based Workshops

Students are trained in ExpEYES (Experiments for Young Engineers and Scientists), an open-source project designed for physics experiments, and Python programming for data analysis and simulations, which are critical for modern scientific research. Skill based workshops are regularly organised to enhance students' educational experiences and preparing them for future careers. These workshops not only promote hands-on learning but also equip the students with essential technical and soft skills.

Industry Visits and Exposure

Regular visits to industries, research labs, renewable energy plants, and other national institutions are conducted in every year to give students an insight into the real-world applications of physics in various sectors. The department facilitates direct interaction with experts from leading industries and research centres in order to help students understand the career and research opportunities in different areas of Physics.

Science Exhibitions and Outreach

Science exhibitions are organised by the Department of Physics as an outreach program. Students get the opportunity to showcase their innovative projects, and experimental designs during science exhibitions, promoting hands-on learning and creativity. The students of the Department of Physics, with the help of their teachers, teach and demonstrate fundamental physics concepts to school children and nearby community to promote scientific literacy.

TALENTA Lecture Series

The Department of Physics regularly conduct seminars -TALENTA Lecture series- with an aim to give students a unique opportunity to interact with distinguished scientists and researchers from India and other countries, strengthening the link between academic learning and practical scientific activities.  Department also organise seminars focusing on the importance of energy conservation, discussing innovative technologies and sustainable practices. Each year, we celebrate World Space Week by hosting a seminar series that covers various topics related to space exploration, astronomy, and astrophysics, featuring expert speakers from academia and industry.

 

Teaching Methodology adapted by the department

1. Supervised study
• In order to develop learning habits and train students to know how to study, the Department organises supervised study sessions in the zero-hour, lunch break or evening sessions. Through this, teacher can guide students in using reference books, diagrams, charts etc.
2. Laboratory method
• For selected topics, which need experimentation/ demonstration, department arranges Laboratory methods.
3. Using Computer Assisted Instructions
• Abstract concepts are communicated through PowerPoint/OHP presentations and animations.