Many people are very interested in the medical imaging technology major recently and keep asking what they can do after graduation? So today our editor will analyze it for you!
Medical Imaging Technology Major What will you do after graduation?
Cultivation objectives:
1. Master the basic theories and basic knowledge of basic medicine, clinical medicine, and electronics
2. Master all aspects of medical imaging technologies (including conventional radiology, CT, MRI, DSA, ultrasound medicine, nuclear medicine, interventional medicine, etc.) and basic theoretical and operational skills of computers
3. Able to use various images The ability of diagnostic technology to diagnose diseases
4. Be familiar with the guidelines, policies and methods related to radiation protection, and be familiar with relevant medical ethics
5. Understand the professional branches of medical imaging Theoretical frontiers and development trends
6. Master the basic methods of literature retrieval, data query, and computer application, and have certain scientific research and practical work capabilities.
Employment direction:
Engage in X-ray photography technology, X-ray diagnostic technology, ultrasonic diagnostic technology (including color ultrasound), and CT diagnostic technology in medical institutions at all levels
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Main courses:
1. Medical imaging technology: The main content of this course includes the basic theory of medical imaging, medical film processing technology, medical imaging photography posture, digital imaging technology, and CT examination technology, MRI examination technology and ultrasonic examination technology, etc. It focuses on elaborating the basic theories, basic knowledge and basic skills of this discipline, while paying attention to the updating of knowledge and the systematic nature of professional knowledge.
2. Medical Imaging Diagnostics: This course mainly highlights the selection of examination methods, and explains the medical imaging diagnostic standards based on clinical and pathological foundations. At the same time, each main chapter is accompanied by diagnostic points to facilitate learning. This textbook relies on the modern medical imaging knowledge system to organically combine various medical imaging examination methods and corresponding diagnostic content to build a complete knowledge structure; in addition, this textbook abandons outdated content in traditional knowledge and enriches practical New knowledge is conducive to the connection between theoretical knowledge and practical work.
3. Diagnostic Ultrasound: This course is written according to the format of disease pathology, clinical manifestations, ultrasonic examination, differential diagnosis and other medical imaging examinations. It has clear layers, concise language, and grasps the scientific and scientific nature of the content. Inspirational, advanced and practical, some obsolete contents have been updated to make them more conducive to practical work. In addition, this textbook also includes some principles of ultrasound imaging, which is helpful for better understanding and mastering the main content of this subject.
4. Medical imaging equipment: This course is centered on the "three basics". Its content systematically introduces X-ray machines, digital imaging equipment, CT machines, MRI machines, nuclear medicine imaging equipment, and ultrasound. The basic structure, basic principles, maintenance and repair of common faults of diagnostic instruments.
5. Medical Imaging Physics: This course mainly talks about the physical basis of medical imaging. Its content is based on x-ray images with higher clinical use and better popularity (including ordinary x-ray images, CR, DR , DSA and x-CT), radionuclide imaging (RNI), magnetic resonance imaging (MRI) and ultrasound imaging (USG), the physical imaging principles and technical operations are the main contents.
6. Cross-sectional anatomy of the human body: This course is a basic course for modern medical imaging diagnostics such as CT, MRI, and USG. Each chapter is mainly based on line drawings and comprehensively introduces the cross-sectional anatomy of each system. Basic knowledge is also provided with CT, MRI, and USG maps to facilitate students' learning.
7. Interventional Radiology: This course is based on medical imaging diagnostics and clinical diagnostics. Under the guidance of medical imaging equipment, simple equipment is used to obtain pathology, cytology, physiology and biochemistry, and bacteria. A series of diagnosis and treatment technologies based on science and medical imaging data, which mainly include three parts: interventional equipment and interventional methods, interventional diagnostics, and interventional therapy.
Professional certificates:
One: Professional qualification certificate
Two: Medical imaging
Three: Radiologic technician
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