Characterizing the relationship between infrared thermography of bony prominences occluded by lower limb orthopedic casts and local skin integrity in hospitalized children with disabilities

This project aims to improve the early detection of pressure injuries (PIs) in children with disabilities who wear casts for long periods. PIs occur when continuous pressure over bony areas damages the skin, leading to pain, infections, and longer hospital stays. Currently, it is difficult to monitor the skin under a cast because it cannot be seen or touched. This study will use thermal imaging to measure temperature changes through the cast material, which may indicate early signs of skin damage. By analyzing these thermal patterns and developing machine learning models, the project seeks to improve how hospital staff monitor and protect the skin health of casted children. This approach could enhance patient care and reduce complications, benefiting both children and the healthcare system.

Faculty Supervisor:

Tom Chau

Student:

Partner:

Holland Bloorview Kids Rehabilitation Hospital

Discipline:

Engineering

Sector:

Health and Related Sciences & Technology

University:

University of Toronto

Program: