THERMIC (Thermoregulatory Health Emergencies and Rapid Management Interdisciplinary Collaboration)

ADVANCE TEMPERATURE MONITORING

Develop minimally invasive, field-ready temperature monitoring solutions that address privacy, hygiene, and patient acceptance concerns while maintaining clinical accuracy for detecting thermal emergencies.

OPTIMIZE COOLING TECHNOLOGIES

Evaluate and improve heatstroke cooling systems to reduce logistical burdens (water/ice requirements) and enhance portability for emergency, athletic, and military field applications.

ACCELERATE TREATMENT STRATEGIES

Create next-generation bioheat transfer models that simulate hyper/hypothermia scenarios to inform evidence-based device design and treatment protocols for rapid thermal management in diverse operational environments.

THERMIC Thermoregulatory Health Emergencies and Rapid Management Interdisciplinary Collaboration

A multi-institutional initiative advancing temperature monitoring and thermal management solutions

This effort brings together experts in biomedical engineering, emergency medicine, physiology, athletic training, and bioheat transfer to tackle essential gaps in the detection and treatment of hyperthermia, hypothermia, and thermal emergencies.The initiative is led by The University of Texas at San Antonio, through the Medical Design Innovations Lab and the Department of Emergency Medicine, and includes collaborators from University of Arkansas, The University of Texas at Austin, UT Southwestern Medical Center, United States Army Research Institute of Environmental Medicine (USARIEM), United States Army Institute of Surgical Research (USAISR), Phoenix Fire Department, and University of Minnesota.Current efforts focus on the development of a temperature monitoring system, evaluation of advanced cooling technologies, and development of next-generation bioheat transfer models to inform both device design and treatment strategies. By combining experimental, computational, clinical, and field expertise, including that of athletic trainers, the THERMIC group is working to accelerate the translation of research into practical, field-ready solutions for heat- and cold-related emergencies.