•   Session 1: 6 seats left
  •   Session 3: Open
  •   Session 4: Open

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Biomedical Engineering

The Human Body as a Biological Electric Generator

Biomeasurement systems are used in acquiring biosignals such as the electrocardiogram (heart), electromyogram (muscles), blood pressure and flow, temperature, etc. By analyzing these signals, healthcare professionals can make inferences about the overall health and well-being of an individual. We also use biomeasurements to diagnose illnesses and diseases and to identify a treatment. Furthermore, biosignals can be exploited to control devices that interface with the body, such as prosthetics. Another example is the remote control of assistive devices like wheelchairs, using body movements or gestures.

This engaging and hands-on 1-week course exposes students to complex biomedical engineering concepts using familiar everyday examples. The course is an exceptional opportunity to learn the basic components of a biomeasurement system, and focuses on how to acquire and analyze biological signals. At the end of the course, students will be able to develop their own basic biosystems for acquiring data and controlling devices, such as, switching lights on and off using eye movements or by flexing a muscle.

Faculty: Patrick Kumavor, PhD, Assistant Professor-in-Residence, University of Connecticut, Biomedical Engineering Department


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At a Glance:

Sessions Offered:

  • Session 1: July 7 - July 13
  • Session 3: July 21 - July 27
  • Session 4: July 28 - August 3

Location: UConn Storrs Campus

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