What does rehabilitation engineering technology do?

The employment direction of rehabilitation engineering technology is mechanical design engineering technicians, electronic instrument and electronic measurement engineering technicians, rehabilitation assistive technology consultants and other occupations, rehabilitation assistive devices design and transformation, rehabilitation assistive devices assembly and debugging and other positions (groups).

I. Professional introduction

Rehabilitation engineering technology mainly studies the basic knowledge and skills of clinical medicine, human kinematics, rehabilitation therapeutics, rehabilitation devices and auxiliary devices, and carries out the auxiliary design, production, assembly, quality inspection, maintenance, marketing management and after-sales service of rehabilitation devices. Common rehabilitation devices are: artificial limbs, orthoses, wheelchairs, etc.

Second, the orientation of training objectives.

1. This major cultivates all-round development of morality, intelligence, physique, aesthetics and labor, has a solid scientific and cultural foundation and knowledge of rehabilitation medicine, common rehabilitation AIDS, biomedical sensors and detection, and related laws and regulations, and has the ability of assembly and debugging, design transformation, adaptation and clinical application.

2, with the craftsman spirit and information literacy, able to engage in rehabilitation AIDS assembly and transformation, rehabilitation AIDS selection and clinical application, prosthesis and orthosis production and assembly of high-quality technical and technical personnel.

Main professional ability requirements and main professional courses and practical training

First, the main professional ability requirements

1, with mechanical drawing, drawing recognition and computer-aided design capabilities;

2. Have the ability to assemble and partially transform commonly used rehabilitation AIDS;

3. Have the matching and clinical application ability of common rehabilitation AIDS;

4. Have the ability to assemble, debug, test and maintain common rehabilitation AIDS;

5. The ability to manufacture and assemble artificial limbs and orthotics;

Second, the main professional courses and practical training

1, professional basic courses: human anatomy, human physiology, rehabilitation of common diseases, human biomechanics, mechanical drawing and computer-aided design, electrical and electronic technology application, C language programming, and mechanical engineering foundation.

2. Professional core courses: human rehabilitation AIDS, rehabilitation treatment and training equipment, standards and testing of rehabilitation AIDS, biomedical sensors and testing technology, prosthesis technology and orthosis technology.

3. Internship: 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 prosthetic orthotics are carried out in and out of school for real professional scenes or work situations.