Objectives of training
To cultivate high-level technical and applied specialists who are engaged in the installation and debugging of medical imaging equipment, operation, maintenance and management of electromechanical and medical-industrial integration.
Second, training requirements
To cultivate a certain degree of medical imaging equipment operation and quality management and maintenance of knowledge, able to engage in the production of various types of medical imaging equipment, inspection, installation, maintenance and management of applied senior engineering and technical personnel, clinical medical imaging, nuclear medicine, radiation safety protection, diagnosis and treatment of radiation operation in the field of a certain degree of competence.
Three courses
Imaging anatomy, basic medical imaging electronics, microcomputer principles and applications, microcontroller and programmable control, radiation physics and protection, principles of medical imaging, medical imaging equipment, CT principles and techniques, MRI technology and devices, medical ultrasound instrumentation, clinical medicine, diagnostic imaging, imaging technology, diagnostic ultrasonography, medical image processing and PACS, X-ray television and PACS. and PACS, X-ray television and digital technology, radiation therapy technology.
Four, employment-oriented
Medical imaging equipment use, debugging, maintenance and technical management work.
Medical Electronic Instruments and Maintenance
I. Training Objectives
To train technicians with quality testing of medical instruments, and to train applied talents who can be engaged in quality supervision, testing, maintenance and sales of medical equipment.
Second, training requirements
Through the systematic study of physics, electronics, digital circuits, analog circuits and medical equipment and other knowledge, to master the detection of commonly used medical instrument performance. Master the working principle of medical instruments and troubleshoot the common faults of instruments in use. Master the national standards and testing methods of active and passive medical devices. Master the supervision and management regulations of medical devices and related technical supervision regulations.
Three courses
Main subjects: physics, digital electronics, analog electronics, medical instrumentation.
Major courses: advanced mathematics, physics, human anatomy, introduction to clinical medicine, basic circuit analysis, drawing autoCAD, analog electronics, digital electronics, display technology, electric chip machine and control, single-machine principles and applications, FOXP80 database application basics, medical electronic instruments, medical testing equipment, medical X-ray machines, medical ultrasound equipment, medical Electric equipment, medical refrigeration equipment, modern medical imaging equipment
Direction of employment
Medical units at all levels: medical equipment manufacturing enterprises