Project Scope
The final system will incorporate small sensors into the helmet and padding or in the mouth guard to monitor core temperature based on readings taken from the head or mouth respectively. Research will determine the best location for the sensors and the number of sensors required to capture an accurate core temperature reading. In the case that a player overheats, the system will be able to alert him or her to cease activities and seek immediate medical attention. Algorithms will be developed to correlate the readings from the temporal artery or mouth guard with accurate core temperatures. The system will be designed to account for environmental factors, such as the ambient temperature or moisture, that might affect the temperature reading. The system must not compromise the protective integrity of the helmet or mouth guard and must meet current industry durability standards for repeated impacts.
The final system will incorporate small sensors into the helmet and padding or in the mouth guard to monitor core temperature based on readings taken from the head or mouth respectively. Research will determine the best location for the sensors and the number of sensors required to capture an accurate core temperature reading. In the case that a player overheats, the system will be able to alert him or her to cease activities and seek immediate medical attention. Algorithms will be developed to correlate the readings from the temporal artery or mouth guard with accurate core temperatures. The system will be designed to account for environmental factors, such as the ambient temperature or moisture, that might affect the temperature reading. The system must not compromise the protective integrity of the helmet or mouth guard and must meet current industry durability standards for repeated impacts.