Medical imaging technology what course of study

Institutional specialties:

Basic academic system: four years | Enrollment object: | Education: Junior College | Specialty code: 101003

Cultivation objectives

Cultivation objectives: This specialty cultivates the modernization of China's medical and health care development needs to adapt to China's medicine and health, love of medicine and health care, discipline and law-abiding, unity and cooperation, hard work and study, Pioneering and enterprising, with good moral character and professional ethics, with more solid basic theory and basic knowledge of medical imaging technology, proficiency in the basic ability to engage in the actual work of imaging technology and skills, a full understanding of medical imaging technology in the application of clinical diagnosis of the value of medical imaging technology and the limits of medical imaging technology in the field of medical imaging technology, medical imaging technology professional field of medical imaging equipment to engage in the work of medical imaging inspection of medical imaging technology applied talents. The program is designed to provide students with the ability to apply medical imaging technology in the field of medical imaging technology by utilizing medical imaging equipment.

Cultivation Requirements: The students of this specialty mainly study the basic theory and basic knowledge of medical imaging technology, receive training in the basic operating skills of medical imaging technology (conventional radiology, CT, MR, ultrasonography, nuclear medicine, interventional radiology), and master the basic theory and operating skills of the technologies and computers within the scope of medical imaging, such as the imaging principle, operation, maintenance, and common failures of the various medical imaging equipment. They will master the basic theory and operation skills of medical imaging equipment, such as the principle of imaging, operation, maintenance and troubleshooting of common problems, as well as the application of various image processing software, the rules and regulations of radiation protection, and the ability of literature search, data query and computer application, and be familiar with the knowledge of diagnosis of common diseases, and be able to use various imaging techniques to obtain the high quality images required for diagnosis, and be familiar with the principles of medical ethics related to medical imaging examinations.

Graduates should acquire the following knowledge and abilities:

1. master the basic theories and knowledge of conventional radiology, CT, MR, ultrasonography, nuclear medicine, interventional radiology and other basic medical imaging technology;

2. master the relevant examination techniques of medical imaging equipment, and master the routine maintenance of the equipment, maintenance, and troubleshooting techniques;

3. have the ability to develop the image of the image, and the ability to use various imaging techniques to obtain high-quality images for diagnosis, and be familiar with the principles of medical ethics.

3. Have the basic ability to develop image processing software, proficiency in the use of PACS system and maintenance technology, and imaging workstation post-processing technology (proficiency in the use of Functool software, DTI studio software, MATLAB software, etc.);

4. Familiar with the rules and regulations and laws related to radiation protection;

5. Understand the cutting-edge theories, application prospects, development dynamics and industry needs of medical imaging technology;

6. Have certain scientific research and practical work ability, have certain critical thinking ability, have a good spirit of cooperation, the courage to innovate, be able to complete certain scientific research tasks, and have the ability to communicate with the international medical science and the ability to use computers.

Main disciplines: Medical Imaging, Basic Theory of Medical Imaging Application, Clinical Medicine.

Core courses: Applied Mathematics of Imaging, Physics of Imaging, Fundamentals of Image Processing Algorithms, Principles of Medical Imaging Imaging, Medical Image Processing, Medical Imaging Inspection Techniques, Medical Imaging Equipments, Installation and Maintenance of Medical Imaging Equipments, and Diagnostic Medical Imaging.

The main practical teaching links: professional internship (medical imaging examination technology and diagnostic imaging internship), professional skills training (imaging equipment practice base professional training).

The main professional experiments: medical imaging inspection technology experiments, medical image processing experiments, medical imaging equipment experiments, medical imaging diagnostics experiments, imaging equipment installation and maintenance experiments, medical imaging imaging principle experiments, image signal analysis method experiments.

Course duration: four years.

Degree: Bachelor of Science.

Vocational Ability Requirements

Main Content of Specialized Teaching

Basic Medical Science, Clinical Medical Science, Medical Imaging, Structure and Maintenance of Imaging Equipment, Medical Imaging Technology, Photography, Diagnostic Imaging, Interventional Radiology, Imaging Physics, Ultrasound Diagnosis. Imaging Physics", "Diagnostic Ultrasonography" Some colleges and universities train in the following specialty direction: radiation therapy technology.

Professional (Skills) Direction

Medical Institutions: Medical Imaging Inspection, Medical Imaging Diagnosis, Equipment Maintenance, Radiation Therapy.

Examples of professional qualifications

Examples of further study specialties

Employment direction

Employment direction of medical imaging

Medical Imaging Specialization

Medical Imaging Specialization has a very good employment outlook, and graduates are mainly engaged in clinical medical imaging diagnostic or radiotherapy work or Medical education and medical research work, but also to medical and health units engaged in medical imaging diagnosis, interventional radiology, nuclear medicine imaging technology and other aspects of the work. Medical imaging students graduated from the main positions are: ultrasound doctors, software implementation engineers, ultrasound physicians, radiologists, radiologists, clinical medicine, clinical pharmacy, medical imaging and nursing graduates and former graduates, pre-sales engineers, health care center doctors consultant technician, ultrasound doctors, radiology technicians, physicists, ultrasound and so on.

Employment prospects for medical imaging

Medical imaging is an auxiliary clinical medicine, with a close relationship with the clinical, the examination is also a test of clinical relevance, employment is better than the clinical, because the medical imaging profession is the rise of these years, coupled with the development of China's various 2, 3 tier cities, after the development of many hospitals have strengthened the auxiliary departments, into the new science and technology, this kind of professional doctor is relatively short of less competition, but treatment is not as good as the clinical, imaging, and medical imaging, medical imaging and nursing graduates. The medical imaging specialty is a relatively new one in the professional disciplines, but the treatment is not as good as the clinical, and the work of imaging is relatively easy. Medical imaging profession in the professional discipline belongs to the medical category of clinical medicine and medical technology, which is clinical medicine and medical technology category **** 17 majors, medical imaging profession in clinical medicine and medical technology category ranked 12th, ranked 21st in the whole medical category. According to the survey in 2013, 37,812 medical imaging graduates of fresh graduates salary of 3,304 yuan, 0-2 years salary of 4,091 yuan, more than 10 years salary of 5,091 yuan, 3-5 years salary of 5,026 yuan, 8-10 years salary of 8,999 yuan.

According to statistics, the regions with the best employment prospects for medical imaging majors are: 1, Beijing, 2, Guangzhou, 3, Shanghai, 4, Shenzhen, 5, Chengdu, 6, Jieyang, 7, Hangzhou, 8, Chaoyang, 9, Wuhan, 10, Shenyang.

Corresponding Occupations (Positions)

Other Information:

Basic Medicine, Clinical Medicine, Medical Imaging. Main Courses: Physics, Basic Electronics, Computer Principles and Interfaces, Imaging Equipment Structure and Maintenance, Medical Imaging Technology, Photography, Human Anatomy, Diagnostics, Internal Medicine, Diagnostic Imaging, Interventional Radiology, Imaging Physics, Diagnostic Ultrasound, Diagnostic Radiology, Nuclide Diagnostics, Nuclear Medicine, Medical Imaging Anatomy, Tumor Radiotherapy Therapeutics, Diagnostic Ultrasound.