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Emergency medicine – simulation of a difficult pediatric airway

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Project Overview

Intubation is a necessary procedure that ventilates the airway of patients who are ill, injured or anesthetized. The procedure introduces its own risks and is further complicated when performed on pediatric patients, so the physicians must be proficient to avoid any complications. Due to those concerns, there is an acute need for pediatric airway models which record and display pressures placed on the patient during intubation procedures thereby assisting physicians in their practice of the technique. A device which accurately reflects the geometry of a pediatric airway and incorporates sensitive, discrete pressure sensors with an intuitive user interface feedback will help create standards for physicians and improve their performance in similar procedures. Last semester we researched, designed and fabricated a pediatric airway model with the ability to give feedback during intubation practice. Our device allows real-time analysis of infant intubation procedures and provides visual force feedback. Though we have successfully developed a functional prototype, our airway model and feedback system needs to be refined through testing and consulting with our client and physicians alike to establish performance standards and reach a marketable product.

Team Picture

Team members from left to right: Zac Balsiger, Scott Mawer (above), Jon Luedtke (below), Malachi Willey
Team members from left to right: Zac Balsiger, Scott Mawer (above), Jon Luedtke (below), Malachi Willey

Contact Information

Team Members

  • Zachary Balsiger - Team Leader
  • Scott Mawer - Communicator & BPAG
  • Jonathan Luedtke - BSAC
  • Malachi Willey - BWIG

Advisor and Client

  • Dr. Joseph Towles - Advisor
  • Dr. Carla Pugh - Client
  • Mr. Calvin Kwan - Alternate Contact

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