The initiative aimed to bridge the gap between theoretical physics and its practical application in the medical field, providing students with a comprehensive understanding of radiation and its uses in medical diagnostics and treatment.

The primary objectives of the course were:

1. To provide in-depth knowledge of radiation physics.

2. To understand the application of radiation in medical imaging and therapy.

3. To familiarise students with safety protocols and regulations in radiation use.

4. To offer hands-on experience with modern radiological equipment.

Course Structure

The course spanned six days, divided into theoretical lectures, practical sessions, and a final examination. Schedule

The syllabus included the following key topics:

Topic 1 : Radioactivity & Laser

The phenomenon of radioactivity. The origin of radioactivity. The environmental impact of radioactivity. Societal impact of radioactivity. Ruby laser.

Topic 2 : How has physics become an integral part of human beings' medical perspective?

Highlights of use of LASER in ophthalmology, larynx surgery, dermatology, myopia and light, phototherapy - blue white light for neonatal jaundice, optical diagnostics, pulse oximetry, photodynamic therapy, radiation.

Topic 3 : Cancer and radiation

What is cancer and how radiation induces or works on cancer , radiobiology - the effect of radiation on human DNA - the basis of damage - stochastic and non stochastic outcomes.

Topic 4 : Radiation machines in medical sciences 

Brief history of evolution of machines - radioactive nuclides to LINAC to heavy particle, proton, neutron beam generating machines.

The collaboration with the Medical College provided students with a unique opportunity to learn from medical physicists, radiologists, and oncologists. This interdisciplinary approach ensured that students not only understood the physics behind radiation but also its practical implications in the medical field.

The course was led by esteemed faculty from both the Department of Physics and the Malda Medical College.

1. Dr Ujjwal Saha, Department of Physics, Malda College, Malda

2. Dr Uttam Kumar Sarkar, Department of Physics, Malda College, Malda

3. Dr Shyam Das, Department of Physics, Malda College, Malda

4. Ms. Moumita Das, Department of Physics, Malda College, Malda

5. Mr. Bishnu Bhowmik, Department of Physics, Malda College, Malda

6. Dr K.B. Choudhury, Malda Medical College, Malda

7. Dr. Sayantika Saha, Malda Medical College, Malda.

Practical sessions were conducted in the radiology and oncology departments of the Malda Medical College, Malda. Students had the opportunity to:

1. Operate radiological equipment under supervision.

2. Observe diagnostic and therapeutic procedures.

After the end of the course there will be an assessment based on the modules covered.

Certificate of Completion will be given to successful participants. 

Will be uploaded after course completion