Overview of Medical Physics Course
The post graduate masters degree provides understanding and application of physics in varied areas at appropriate levels. The program is designed for advanced learning in medical physics. Students develop required skills for practicing and interpreting research data analysis. Course equips students to apply knowledge of physics and technology in relevant areas, provides scope for employment in clinical environments. Instruction helps them to obtain in-depth information in specialized areas such as PET, scanning, ophthalmology, virology, informatics and MRI. The curriculum includes lectures, seminars, theory, practice, tutorials, e-learning and research works. The course enhances problem solving skills and research based approaches for self directed learning.
Eligibility for M.Sc Medical Physics
The aspiring candidates should possess B.Sc with Physics as the main subject/ applied physics/ electronic engineering from a recognized university. Students should have strong skills in English. Admission is based on written test and interview.
Overview of M.Sc Medical Physics Course
The course is designed for studying diagnosis of human disease, planning and development of equipment for treatments. Students develop understanding of radiation physics, principles of radiation and its kinds used in medical fields. Course trains them in handling sophisticated, latest gadgets for ensuring safe procedures for screening patients, patient positioning for allowing patients for treatments in a comfortable manner. The students should develop interpersonal skills to work and interact with oncologists, nurses, doctor’s therapists and patients. The job of physicist involves challenging tasks to handle sick patients and equipment's very carefully. Students are trained to ensure effective and safe radiation diagnosis of a patient. The program provides hands on experience for handling the equipment properly and for its utilization in specific areas. It enhances skills in problem solving and accurate observation skills for data collecting, recording and reporting. Students are trained in developing logical arguments and in executing experiments.
The core study areas cover the subject’s radiation physics, anatomy and physiology, electronics, instrumental lab, radiation treatment planning, biophysics, nuclear medicine, programming research, dissertation, clinical imaging, scientific management, ultrasonic medicine industrial radiography, environmental pollution control, statistics and experimental techniques. Treating planning includes giving correct and calculated doses in patient’s body.
Job Prospects for the qualified M.Sc Medical Physicist
Students find job in health care sectors, hospitals, clinics, equipment producing industries, educational institutions, nuclear research organizations. The job profiles are as product specialist, physiotherapist, professors, managers, medical physicists, radiation safety officers, medical representatives, scientific content writer.
M.Sc Medical Physics Admissions for 2018 - 2019 Academic Year
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