I. Introduction of Medical Information Engineering Specialty Medical information engineering is an interdisciplinary subject, which is a new comprehensive subject that combines information science and life science. It is the application and integration of electronics, computers, communications, intelligent instruments, sensing and testing, medical instruments, biology and modern medicine in life sciences. Cultivate practical talents who are professional and practical, have a wide range of knowledge and strong comprehensive application ability in the collection, transmission, processing, analysis and storage of biomedical information and the development of new biomedical electronic information instruments.
Second, the training of medical information engineering requires that this major mainly study courses such as introduction to medical information, information organization, information retrieval, hospital information system, clinical decision-making system, medical market information, medical record information management, bioinformatics, etc., and cultivate applied and compound senior talents with medical professional knowledge, theoretical basis of modern management and basic knowledge and skills of information science, and knowledge and application ability of computer science and technology. It can not only meet the unique professional needs of information service, information research and consulting talents in the medical and health field, but also meet the needs of other information institutions and information departments of enterprises and institutions for information talents.
Third, the medical information engineering discipline requires that this major has higher requirements for physics. This major is suitable for students who are interested in the research and application of medical information engineering and love medical information.
Four, medical information engineering professional knowledge and ability 1. Have extensive basic knowledge of engineering and general medical knowledge;
2. Master the basic theory, basic knowledge and basic operation skills of electronics and computer science software and hardware;
3 master the basic theory, knowledge and skills of medical imaging equipment and technology;
4 master the skills of biomedical information collection, analysis and information processing, and have the preliminary ability to engage in medical information collection and processing research;
5. Be able to skillfully use the knowledge learned and engage in the application, maintenance and management of medical imaging equipment involving other medical instruments;
6. Understand various imaging diagnosis technologies, basic theories, methods and skills such as radiation diagnosis, ultrasound diagnosis and radionuclide diagnosis for disease diagnosis.