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Desgin Of Neuroprosthetic Syst Z |
Enrollment Information (not real time - data refreshed nightly)
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Class #:
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12602 | |
Enrollment Capacity:
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25 |
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Section:
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Z |
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Enrollment Total:
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1 |
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Credits:
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3.00 credits
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Seats Available:
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24 |
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Dates:
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05/30/2023 - 07/07/2023 |
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Status:
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OPEN |
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Days, Time:
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T R , 10:00 AM - 1:10 PM |
| Room: |
Bonner 316 |
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North Campus |
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| Enrollment Requirements |
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Prerequisites: Pre-Requisite: BE307 or an introductory level understanding of circuits and programming; approved biomedical engineering major or permission of the department. |
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| Course Description |
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| Modern neuroprosthetic devices are sensory based biorobotic systems driven by human biosignals. This course will examine these devices, how they work, and how to design them into a functioning mechatronic system. Students will learn hands-on skills developing a neuroprosthesis using Arduino compatible modules such as: EMG sensors, motors, microcontrollers, etc. Students will become familiar with the electronic systems and how to integrate them into a device, as well as programming the device to operate based on typical control algorithms. Mechanical drafting and development of a 3D printed prosthesis is also included. By the end of the course, students will have built a functioning mechatronic system for a neuroprosthetic device, and will have a broad understanding in prototyping/design of prosthetic systems. Computer programming, mechanics, and electronics course background strongly recommended. Pre-requisite BE307 or equivalent. |
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| Instructor(s) |
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Stefanovic |
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| On-line Resources |
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| Other Courses Taught By: Stefanovic |
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