Professional level specialist (higher vocational education)
Basic schooling is three years
Academic qualification specialist (higher vocational education)
What is the professional code 49215
Rehabilitation engineering technology mainly studies the basic knowledge and skills in clinical medicine, human kinematics, rehabilitation therapeutics, rehabilitation devices and assistive devices, and carries out the auxiliary design of rehabilitation devices. Common rehabilitation devices include: artificial limbs, orthoses, wheelchairs, etc. Keywords: medical devices, prosthetics, orthoses and wheelchairs
What are Human Kinematics, Medical Physics, Rehabilitation Assessment, Clinical Exercise Therapy, Physiotherapy, China Traditional Rehabilitation Therapy, Occupational Therapy, Rehabilitation Engineering, Internal and Surgical Diseases and Musculoskeletal Rehabilitation
. Detailed explanation
Three-year basic study period. Occupation orientation
Occupation orientation: mechanical design engineers, electronic instruments and electronic measurement engineers, rehabilitation assistive technology consultants, and other positions (groups) such as rehabilitation assistive devices design and modification, rehabilitation assistive devices assembly and debugging. Training goal orientation
This major cultivates high-quality technical and technical talents with all-round development of morality, intelligence, physique, beauty and labor, solid scientific and cultural foundation, knowledge of rehabilitation medicine, common rehabilitation AIDS, biomedical sensors and detection and related laws and regulations, the ability of assembly and debugging, design and transformation, adaptation and clinical application, the craftsman spirit and information literacy, and the ability to engage in the assembly and transformation of rehabilitation AIDS, the selection and clinical application of rehabilitation AIDS, and the production and assembly of prostheses and orthotics. Main professional ability requirements
1. Ability of mechanical drawing, drawing recognition and computer-aided design; 2. Have the ability to assemble and partially transform common rehabilitation AIDS; 3. Have the ability of matching and clinical application of common rehabilitation AIDS; 4. Have the ability to assemble, debug, detect and maintain common rehabilitation AIDS; 5. Have the ability to manufacture and assemble artificial limbs and orthotics; 6. Have the ability of local modification, assembly, debugging and application of small intelligent rehabilitation AIDS; 7. Have the ability to engage in professional activities with relevant knowledge and skills such as green production, environmental protection, safety protection and quality management; 8. Have the application ability of digital technology and information technology to meet the needs of digital development of rehabilitation AIDS industry; 9. Have the ability of inquiry learning, lifelong learning and sustainable development. Main professional courses and practical training
Professional basic courses: human anatomy, human physiology, rehabilitation of common diseases, human biomechanics, mechanical drawing and computer-aided design, application of electrical and electronic technology, C language programming and mechanical engineering foundation.
professional basic courses: human rehabilitation AIDS, rehabilitation treatment and training equipment, rehabilitation AIDS standards and testing, biomedical sensors and testing technology, prosthetic technology, orthosis technology.
Practice and training: Computer-aided design, biomechanics and gait analysis, rehabilitation AIDS training, intelligent rehabilitation AIDS, rehabilitation training equipment, biomedical sensors and detection, and the manufacture and assembly of artificial limbs and orthotics are carried out in and out of school. In the medical equipment and equipment manufacturing industry, rehabilitation AIDS production, manufacturing, technical service enterprises and other units for post practice.
Examples of vocational certificates are not available at present
Examples of continuing majors are continuing higher vocational undergraduate majors: medical device engineering technology and rehabilitation assistive devices technology are continuing ordinary undergraduate majors: rehabilitation engineering, biomedical engineering, Prosthetic and Orthopedic Engineering
Examples of continuing undergraduate majors
Employment rate is 93%-1%; in 219, 93%-97%; in 22, 97%-1%; in 221, the ratio of male to female is 43%-57%;
Courses include anatomy, human biomechanics, orthopedic pathology, mechanical design and drawing, technology, prosthetic orthosis technology, and human-assisted rehabilitation equipment. Other information:
Rehabilitation engineering technology mainly includes anatomy, human biomechanics, orthopedic pathology, mechanical design and drawing, technology, prosthetic orthosis technology, human-assisted rehabilitation equipment, etc. In the school, we will carry out practical training on human body structure and function, human biomechanics, human body function replacement device, prosthesis technology, orthosis technology, instrument drawing and computer drawing, mechanical design foundation, electrician and electrician technology application, technology and rehabilitation engineering professional foundation. Technical Prospect of Rehabilitation Engineering Rehabilitation Treatment Engineering is an unpopular specialty, which can engage in design and technical services, marketing and management for rehabilitation engineering technical field, rehabilitation engineering product supervision and testing institutions, clinical rehabilitation, medical/rehabilitation equipment production and trading enterprises, mechanical design, electronics and computer technology and other departments. This industry has a good prospect. Suitable for rehabilitation institutions at all levels, rehabilitation departments of general hospitals, various sanatoriums, community medical and health centers, civil welfare institutions, disabled persons' federations and other related rehabilitation technical posts. The employment direction of rehabilitation engineering technology is mainly for prosthetic orthosis assembly and various enterprises, institutions and rehabilitation medical institutions related to rehabilitation engineering and medical device engineering. In the technical post groups of prosthetic orthosis manufacturing and assembly, rehabilitation appliance manufacturing and sales and maintenance, they are engaged in the design, manufacture, assembly, maintenance, technical support, customer management and marketing of prosthetic orthoses.