Intelligent medical engineering refers to the modern medical and biological theories as the basis, the integration of advanced brain cognition, big data, cloud computing, machine learning and other artificial intelligence and related fields of engineering technology, intelligent medical engineering is the study of human life and the nature of disease phenomena and their laws, explore the human-computer synergy of the intelligent diagnostic and therapeutic methods and clinical application of the emerging
Intelligent medical engineering is an emerging field that studies the nature of human life and disease phenomena and their laws, and explores intelligent diagnosis and treatment methods and clinical applications of human-machine collaboration.
The main courses of Intelligent Medical Engineering
Basic courses of public ****: University Computer Fundamentals, University English, Higher Mathematics, Linear Algebra, Probability Theory and Mathematical Statistics, Physical Education, Intelligent Medical Engineering, College Students' Employment Guidance, College Students' Mental Health Education, Communication and Speech, Creation and Change, Thinking Innovation and Development, Entrepreneur's Road to Growth, Creative and Entrepreneurial Education, and Quality Education Practice and other courses, ideological and political theories and theories. Practice and other courses, ideological and political theory courses in accordance with national regulations.
Intelligent Medical Engineering Basic and Specialized Courses: Basic Medicine, Physiology, Diagnostics, C Programming, Database Fundamentals, Electronic Circuit Fundamentals, Introduction to Artificial Intelligence, Data Structures, Human Anatomy, Medical Image Processing, Biomedical Measurement and Instrumentation, Medical Signal Analysis and Processing, Introduction to Brain and Cognitive Science, Intelligent Medical Engineering Machine Learning and Pattern Recognition, Intelligent Human-Computer Exchange Technology, Intelligent Sensor and Detection Technology, Medical Electrophysiology, Medical Ethics, Medical Psychology, Healthcare Data Analytics and so on.
Cultivation Objectives of Intelligent Medical Engineering
To cultivate the all-round development of morality, intellectuality, physicality and aesthetics, to practise socialist core values, to have good professional ethics and humanistic literacy, to master a certain amount of basic knowledge of basic medicine, life science, electronic technology and natural science, and to master the related technologies of artificial intelligence, human-computer interaction, electronics, and big data related to intelligent medical diagnosis. Ability to research and develop intelligent medical instruments, intelligent medical system development, and mining, processing and analyzing intelligent medical data, etc., oriented to the intelligent medical industry enterprises and institutions, medical technology departments, bioengineering field and electronic technology, computer technology, information technology and other departments Intelligent Medical Engineering able to engage in the design, development, testing, application, and maintenance of intelligent medical systems, etc., and have a sense of social responsibility, Innovation spirit, international vision and strong engineering practice ability of high-quality, application-oriented senior specialists.
Professional Profile of Intelligent Medical Engineering
Intelligent Medical Engineering is a highly interdisciplinary discipline of medicine, science and engineering, and its research content includes intelligent drug development, medical robotics, intelligent diagnosis and treatment, intelligent image recognition, intelligent health data management, etc.. Intelligent medical engineering aims to establish an interdisciplinary and diversified teaching and research platform, promote the cross-fertilization of various disciplines, and then cultivate comprehensive and high-quality talents who can adapt to the development of the times.
Employment Direction of Intelligent Medical Engineering
After graduation, students majoring in Intelligent Medical Engineering can be engaged in clinical and research work in large-scale general hospitals, as well as research and development and management work in colleges and universities, research institutes, artificial intelligence, and intelligent medical-related enterprises.
Application areas of intelligent medical engineering
The application areas include intelligent medical care and telemedicine, intelligent medical imaging and intelligent diagnosis, intelligent medical instruments and surgical robots, patient-centered intelligent health management system, intelligent drug mining and medical research and other cutting-edge medical directions.