Stroke recovery with medical robotics

Description

The objective of this course is to provide an insight of human movement from a neuromuscular perspective. Basically, it provides an integral overview of how motor planning, control and execution is performed. Furthermore, the main motor neuronal impairments are reviewed and a neuro rehabilitation perspective using biomedical robotics as the main approach is analyzed from a clinical, engineering and market perspective. Current top research, clinical interventions and market products are presented along the course.

· Knowing a medical vision and engineering il of as planning, control and execution of human movement, coordinated by the central nervous system occurs.

· Know what are the main conditions that affect the coordination of the motor system.

· Learn the principles of research topics in rehabilitation engineering fields, including stroke, spinal cord injury, brain-computer interfaces, speech impairments, Parkinson's , Amyotrophic Lateral Sclerosis .

· Learn the latest engineering approaches to these problems.

Professionals who complete the program will be able to ...

· Have an understanding of how the planning, control and motor execution of the human body works in the central nervous system

· Learn what are the current clinical and research techniques that exist in rehabilitation engineering for different conditions of the central nervous system.

· To have an approach with researchers, highly experienced professionals and leading companies in the market at a national and international level that can provide an interesting vision of these issues.

What You Will Learn!

• Neurorehabilitation
• Robotics
• Neuroplasticity
• Biomedical
• Stroke
• Cerebral Palsy
• Amyotrophic Lateral Sclerosis (ALS)
• Health care
• Neurology
• Rehab
• Parkinson

Who Should Attend!

• Neurologists
• Physiotherapists
• Mechanical engineers
• Occupational therapists
• Speech therapists
• Rehab doctors
• People with disabilities
• Electronic engineers

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