Is Rehabilitation Therapy Technology good for employment?

Is Rehabilitation Therapy Technology good for employment? The answer is as follows:

Studying rehabilitation therapy technology is good for employment.

Currently, the job outlook for the rehabilitation therapy technology program is very good because of the growth of the elderly population and the chronic diseases that may cause physical and cognitive dysfunction, and the rehabilitation therapy technology plays a big role in solving this problem.

Meanwhile, the government has been promoting health for all and vigorously developing the rehabilitation therapy market, which includes the provision of more government subsidy policies or program support. In addition, the demand for nursing directors, hospital managers and rehabilitation therapists as well as other practitioners is also on the rise, bringing about a favorable development for the job prospects of rehabilitation therapy technology.

Rehabilitation engineering technology mainly studies the basic knowledge and skills in clinical medicine, human kinesiology, rehabilitation therapy, rehabilitation devices and aids, and carries out the auxiliary design of rehabilitation appliances, production, assembly, quality testing, maintenance, marketing management and after-sales service. Common rehabilitation appliances include: prosthesis, orthotics, wheelchair, etc.

The courses are Human Kinetics, Medical Physics, Rehabilitation Evaluation, Clinical Kinesiology, Physical Therapy, Chinese Traditional Rehabilitation Therapy, Occupational Therapy, Rehabilitation Engineering, Medical and Surgical Diseases, and Musculoskeletal Rehabilitation.

Rehabilitation Therapy Technology Professional Competency Requirements:

1. Ability of mechanical drawing, graphic literacy and computer-aided design.

2, with common rehabilitation aids assembly and local modification ability.

3, with common rehabilitation aids selection and clinical application of the ability.

4, with common rehabilitation aids assembly, debugging, testing and maintenance capabilities.

5, with prosthetic, orthopedic production and assembly capacity.

6, with small intelligent rehabilitation aids localization, assembly, debugging and application capabilities.

7, with the use of green production, environmental protection, safety and security, quality management and other related knowledge and skills to engage in vocational activities.

8, with digital technology and information technology to adapt to the needs of the digital development of the rehabilitation aids industry, the ability to apply.

9, with the ability of inquiry learning, lifelong learning and sustainable development.