Programs for Master of Medical Physics (Six-year)
At the end of the course students will:
Have good quality of professional ethics, spirit of innovation, practical abilities and independent learning capabilities
Have a good command of basic theories and technologies of radiological medicine systematically
Have a good scientific literacy and be a high quality medical physicist with spirit of innovation and competitiveness
Have chance to work in the departments of radiotherapy or medical imageology, or continue with PHD program
Students are required to go through examinations of every basic courses, professional courses and practical courses, and obtain the following knowledge and abilities:
Be ability to collect medical history comprehensively, systematically and correctly
Provide physical and technical supports for medical imaging and radiotherapy
Be good at clinical thinking and expression
Be ability to make designs of radiotherapy treatment planning, dosage calculation and quality controlling
Be ability to perform techniques of radiodiagnosis and radiotherapy and also quality management
Be ability to complete installing, maintenance and feature development of modern medical imaging equipment
Be ability to apply appropriate clinical techniques of diagnosis and treatments for specific situations
Be ability to make effective communications with patients and their families
Be ability to make professional communications with doctors, nurses and other health care professionals
Be ability to make independent readings and obtain new knowledge of medical related issues
Be ability to propagate healthy lifestyle behaviours and knowledge of diseases control and prevention to patients and the public
Have abilities of autonomous learning and life-long learning
Major disciplines: basic medicine, clinical medicine, radiological medicine
Main courses: physiology, anthropotomy, histology and embryology, biochemistry, pathology, pharmacology, introduction to clinical
medicine, internal medicine, surgery, nuclear physics, radiotoxicology, radiation dosimetry, radiobiology, radiation injury, radiation oncology, nuclear medicine, diagnostic imaging, radiohygiene, medical imaging physics, radiophysics, medical imaging equipments, radiation therapy equipment,medical imageology, radiotherapy dosimetry
Practice teaching: clinicalpractice, graduation practice
Length of learning
6 years
Master of Medicine
Other programs for Master:
Programs for Master of Radiation Medicine (Three-year)
Programs for Master of Epidemiology and Health Statistics (Three-year)
Programs for Master of Occupational Health and Environmental Health (Three-year)
Programs for Master of Nutrition and Food Science (Three-year)
Programs for Master of Children, adolescent health and women health care (Three-year)
Programs for Master of Toxicology (Three-year)
Programs for Master of Medical Informatics (Three-year)
Programs for Master of Medical Law Social medicine and health (Three-year)
Programs for Master of Public Health (MPH) (Three-year)
Programs for Master of Public Health (MPH) (Two-year)
Programs for PHD:
Programs for PHD of Radiation Medicine
Programs for PHD of Toxicology
Programs for PHD of Environmental health and occupational health
Programs for PHD of Nutrition and food science
Programs for PHD of Epidemiology and Health Statistics
Programs for PHD of Medical genomics
Programs for PHD of Medical informatics
Programs for PHD of Social medicine and health management
