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Summer 2017 – Virtual-reality enhanced exoskeleton for rehabilitation controlled via reverse engineering the central nervous system

Affiliations: AggiE_Challenge
Project Leader: Amin Zeiaee
amin.zeiaee@tamu.edu; rana.soltani@tamu.edu
Mechanical Engineering
Faculty Mentor: Reza Langari, Ph.D.
Meeting Times:
Summer 2017: TBD
Team Size:
0 (Team Full)
Open Spots: 0
Special Opportunities:
Opportunity to work with a real robotic system, opportunity to work with microsoft Hololens, opportunity to interact with a medical robot
Team Needs:
Solid Basic Engineering Knowledge, Interest in programming and robotics, motivated and interested in hands on experience
Description:
Focus of this project is on developing a virtual-reality enhanced upper limb exoskeleton for rehabilitation of stroke patients. Exoskeleton is an orthosis device worn by the patients which will enable automated physical therapy. To enhance the rehabilitation process, a virtual reality environment will be linked to the exoskeleton. Thus the research effort will include automation, control and programming tasks.

Written by:
Jennie Lamb
Published on:
February 5, 2020

Categories: FullTags: Summer 2017

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