Enhancing Workplace Health and Safety with Physiological Monitoring (Recording)-Enhancing Workplace Health and Safety with Physiological Monitoring

Video Transcription

Video Summary

The AECOM and AIHA webinar on "Enhancing Workplace Health and Safety with Physiological Monitoring" offered insights into the importance and use of physiological monitoring to assess heat strain. Dr. Kenji Saito and Dr. Maggie Morrissey-Bassler discussed the physiological impacts of heat stress on the body, focusing on organs such as the brain, heart, and kidneys. They emphasized the use of physiological monitoring not only for risk assessment but also for decision-making and health promotion. Physiological monitoring allows for real-time, individualized data, which can address the variability between workers’ responses to heat exposure.<br /><br />Core body temperature, heart rate, and the physiological strain index were highlighted as primary variables for monitoring heat strain, with emphasis on validated methods for accurate assessment. Challenges include the high cost of devices, data privacy concerns, and the need for informed consent and user acceptance.<br /><br />In Q&As, discussions covered the long-term effects of heat stress, accommodations for affected workers, and the potential influence of stimulants on heat stress sensitivity. Ultimately, the session linked the crucial role of heat strain monitoring with appropriate workplace safety measures, allowing for targeted interventions to mitigate heat-related illnesses effectively. For CME credit, attendees must complete an evaluation process through AECOM's educational platform.

Keywords

physiological monitoring

workplace health

heat strain

heat stress

core body temperature

heart rate

physiological strain index

data privacy

workplace safety

heat-related illnesses