1. Team 39: Gino Buzzelli Isaac Elbaz Timothy Hemingway Matthew Hogan Jonathan Pahl Samuel Pezzino First Responder Tracking & Vitals Monitor Watching those, who watch over us.

2. Problem Statement • According to the US Fire Administration in conjunction with FEMA: 46.5% of fatal injuries to firemen are due to heart attacks. • Monitoring of vitals will aid supervisors in preventing injury or death of first responders. • Tracking location will allow for rapid recovery of injured personnel. • Mapping of building’s interior will give fire fighters a better understanding of a hazardous situation.

3. Shortfalls of Current Solutions PHASER: does not provide location data which is necessary to rapidly extract injured first responders. GLANSER: provides location data but does not provide vitals. HARRISGR100: provides mapping and location data however does not provide vitals.

4. System Overview Command Center Unit First Responder Unit

5. Vitals Monitoring • Real-time monitoring of vitals will help prevent life threatening conditions such as: • Heatstroke • Heart attack • The fire fighter unit will monitor: • Heart Rate • Body Temperature • Blood O2 levels

6. Tracking • Tracking of personnel in a hazardous environment will allow for rapid extrication in the event of injury. • Tracking will be accomplished by triangulation. • Triangulation data will be used in conjunction with the mapping module to produce an interior model of the building.

7. Interior Mapping The firefighter unit will be connected to a LIDAR device which measures distances of objects from the individual. This data will be used to construct a map of the interior of the environment.

8. Final Product

9. Project Summary Estimated development time: 198 Days Estimated budget for development: $2,122,275.00

10. Questions?