Shanghai Medical Devices College is currently the only independent establishment specializing in the training of medical equipment and pharmacy equipment engineering and technology talents of higher education! This is the key specialty of Shanghai Medical Devices College of Technology: medical equipment manufacturing and maintenance Cultivation goal: This specialty cultivates with precision medical equipment design, development, development and application of comprehensive ability, with medical engineering, electromechanical combination of composite characteristics of higher engineering technology applied talents. Main courses: human anatomy, human physiology, engineering drawing, engineering mechanics, mechanical principles, precision mechanical design, basic electrical technology, analog electronics, digital electronics, information technology, automatic control principles, microcomputer principles and applications, advanced language programming, hydraulic and pneumatic technology, biomedical engineering materials, biomedical testing technology, medical testing equipment, medical optical instruments, human functional surrogate devices, hospitals, hospitals, hospitals, hospitals, hospitals, hospitals, hospitals, hospitals, hospitals, hospitals, hospitals, hospitals, hospitals, hospitals, hospitals, hospitals and hospitals. Medical Optical Instruments, Human Functional Substitute Devices, Hospital Equipment and Instruments. Career Opportunities: Chinese and foreign medical equipment enterprises engaged in the research and development of medical equipment, new product development and design, and management; medical and health systems at all levels engaged in the application, management and maintenance of hospital equipment; medical equipment supervision and management departments at all levels of the government engaged in the technical management of medical equipment. Clinical Engineering Technology Major Cultivation Objective: This major is founded by the cooperation between Shanghai Higher Institute of Medical Devices and Osaka Shikei Gakuen of Japan to cultivate compound clinical engineering technology talents. According to the cooperation agreement between China and Japan, outstanding students (about 10% of the total number of students) can be sponsored by the school to go to Osaka Shikei Gakuen in Japan for a one-month training and graduation internship. After graduation, students will be recommended by the school to go to the Japanese partner school for further study and apply for the national qualification examination for clinical engineering in Japan. Major courses: human anatomy, physiology, general theory of clinical medicine, electronic technology, basic mechanics, human body information and its measurement technology, medical clinical diagnostic equipment, medical treatment equipment, human function substitution device, medical equipment safety management, clinical medicine internship, small project research, electronics internship, comprehensive internship of medical equipment, electrocardiogram measurement and dismantling internship, internship of the use of commonly-used electronic measurement equipment, hospital internship, graduation design, etc. Internship in hospitals, graduation design, etc. Five of the major courses are taught by Japanese teachers. Career Opportunities: To work with medical staff in the front line of hospitals in the operation, maintenance, management and repair of medical equipment, and to ensure the safety and effectiveness of the instruments and equipment in clinical use. In addition, students can work as designers, processors, marketers, and managers in the development, manufacturing, and marketing of medical equipment. Those who have obtained a certificate of qualification from the Japanese National Examination for Clinical Engineers will have the opportunity to work as clinical engineers in related organizations in Japan. Rehabilitation Engineering Technology Major Cultivation Objective: This major cultivates senior applied technical talents with the characteristics of medical-industrial and electromechanical integration, who are not only adapted to the needs of the front line of modern prosthetic and orthopedic technology, but also can be engaged in the technology, marketing and management work in the field of medical equipment and rehabilitation engineering. Main specialized courses: medical foundation, rehabilitation medicine, engineering drawing, engineering mechanics, human biomechanics, mechanical design, basic mechanical manufacturing technology, basic electrical technology, basic electronic technology, microcomputer principles and applications, basic C language programming, hydraulic and pneumatic technology, ergonomics, biomedical measurement technology, medical equipment management, prosthetic-orthotic technology, human assisted rehabilitation devices, rehabilitation therapy and training devices, human functioning of rehabilitation engineering. and training devices, human function surrogate devices, orthopedic devices. Career opportunities: managers and engineers in medical/rehabilitation equipment manufacturing enterprises; prosthetists and orthotists and rehabilitation technicians in hospitals, rehabilitation centers and prosthetic enterprises; marketing and technical service engineers in medical/rehabilitation equipment manufacturing and trading enterprises; operators, installers and repairers of rehabilitation equipment in hospitals; supervisors, inspectors and testing personnel of rehabilitation equipment in supervision, management and testing institutions of rehabilitation engineering products. Testing Technology and Application (Medical Device Testing) Detection Technology and Application (Medical Device Detection Technology) Cultivation Objective: This specialty cultivates senior applied technical talents who have the knowledge of precision medical device design and quality inspection technology and its supervision and regulations, and who can be engaged in medical device quality supervision, inspection, production, sales and other work. Main Courses: Basic medical science, biomedical materials, engineering drawing and AutoCAD, electrical and electronic technology, basic medical device testing technology, commonly used equipment in hospitals, medical optical instruments, medical testing instruments, medical device supervision and management regulations, active medical device testing technology, passive medical device testing technology, medical device electromagnetic compatibility testing technology, hospital internships, graduation design and so on. Career opportunities: drug supervision and management departments at all levels, engaged in medical device product registration, market safety circulation inspection and other supervision and management work; medical device testing department, engaged in medical device quality inspection work; medical device production, sales units, engaged in the production of medical devices, sales, after-sales service, product declaration and other work; hospitals engaged in hospital equipment testing and maintenance work. Pharmaceutical equipment professional Cultivation objectives: This specialty for the national pharmaceutical machinery, pharmaceutical production industry to train the production and management of the first line of technical positions in the application of talent. Pharmaceutical production of raw materials and finished drug production of two major parts of the production of finished drugs involved in this specialty is mainly part of the production of finished drugs, that is, usually referred to as "pharmaceutical" production. The establishment of this specialty is to meet the development of China's "pharmaceutical preparations" production of pharmaceutical equipment management, operation, maintenance, manufacturing personnel in the urgent needs. Main courses: mechanical drawing and AutoCAD, basic mechanical design, electrical and electronic technology, basic mechanical manufacturing, electrical control and PLC, industrial pharmacy, automatic control of pharmaceutical production process, pharmaceutical production specifications and workshop design, introduction to pharmaceutical equipment, pharmaceutical machinery design. Career opportunities: pharmaceutical production, pharmaceutical machinery manufacturing, food and packaging companies, and pharmaceutical equipment marketing organizations. Medical Electronic Instrument and Maintenance Specialty Cultivation Objective: This specialty is an interdisciplinary specialty based on modern electronic technology and information technology applied in the field of medical instruments. This specialty cultivates new senior applied talents who can be engaged in medical diagnostic instruments mainly, other medical instruments as a supplement, focusing on the local design and manufacture of digital medical electronic instruments, maintenance and testing, clinical management and marketing services and other technical work. Main courses: human physiology, human anatomy, biomedical electronics, human physiological parameters detection technology, medical diagnostic instruments (various types of vital signs detection instruments, laboratory testing instruments), medical imaging diagnostic instruments (ultrasound and diagnostic radiology equipment), digital medical instruments. Career direction: mainly oriented to the management organization of medical equipment, R & D and production enterprises, medical and health units and operating companies, and other electronic technology enterprises and institutions. Medical Therapy Equipment Application Technology Specialty Cultivation Objective: To cultivate professional knowledge of medical therapy equipment, to be able to engage in medical therapy equipment, supplemented by other medical equipment, local design and manufacturing, maintenance and testing, operation and management and marketing services and other work of the higher technology application talents Main Courses: Human Anatomy, Human Physiology, Electronic Technology, Biomedical Electronics, Microcomputer Principles and Applications, Digital Medical Instrumentation, Medical Therapy Equipment, Human Physiology, Electronic Technology, Digital Medical Instrumentation, Microcomputer Principles and Applications, and so on. The main courses: human anatomy, human physiology, electronic technology, biomedical electronics, microcomputer principles and applications, digital medical instruments, medical treatment equipment, surgical emergency equipment, medical instrument safety technology. Career direction: mainly for medical equipment, especially medical treatment equipment management organizations, research and development and production enterprises, medical and health care units and operating companies, as well as other electronic technology enterprises and institutions. Medical imaging equipment management and maintenance (diagnostic imaging) professional
Cultivation goal: This specialty cultivates to adapt to the needs of socialist modernization, can engage in various types of medical imaging equipment production, inspection, installation, maintenance and management of applied senior engineering and technical personnel. Main courses: human anatomy, basic circuitry, basic medical imaging electronics, basic mechanical structure of radiological equipment, electrical motors and programmable control, radiological physics and protection, introduction to medical imaging equipment, microcomputer principles and applications, nuclear medicine imaging equipment, medical X-ray machine circuit principles, medical X-ray machine mechanical structure, CT principles and techniques, MRI technology and devices, medical ultrasound instruments, medical image processing and PACS, X-ray television and digital technology. Career direction: After graduation, students are suitable to engage in the management and maintenance of imaging equipment in related hospitals; engage in business management and technical services in medical imaging equipment operating companies; and engage in product development, manufacturing and technical management in related research institutions and production enterprises. Management and Maintenance of Medical Imaging Equipment (Radiotherapy) Specialty Cultivation Objective: To cultivate higher technical and applied specialists who are able to meet the needs of socialist modernization and engage in radiotherapy technology in hospitals, medical research units, radiotherapy equipment manufacturing and designing units, as well as in the operation, debugging, operation, maintenance, and auxiliary design of radiotherapy equipments. Main courses: human anatomy, basic electric circuit, basic medical electronics, microcomputer principles and applications, C language programming, engineering mathematics, medical imaging physics, radiation physics of tumors, nuclear medicine physics, medical imaging equipment, radiotherapy equipment, radiation therapy technology, medical image processing and PACS. Career direction: After graduation, students are suitable for hospital radiotherapy department to engage in radiotherapy equipment use, maintenance and management; to the radiotherapy equipment operation debugging, operation and maintenance, auxiliary design and other higher technical application specialists. After graduation, students are suitable for hospital radiotherapy department engaged in radiotherapy equipment use, maintenance and management; to radiation therapy equipment manufacturing, design and other units engaged in product development, manufacturing, technical management and other work.