On April 10, the University of Connecticut convened a diverse group of scientists, safety professionals, and industry leaders at its Storrs campus to address the growing challenge of heat‑related workplace hazards. The day‑long Occupational Heat Safety Summit, organized with Kestrel Instruments and the Korey Stringer Institute, focused on translating emerging research into practical protections for workers across sectors.
Record‑breaking temperatures and tightening occupational regulations have amplified concerns about heat stress for workers in fields ranging from logistics to aviation. Recognizing the urgency, the University of Connecticut’s Korey Stringer Institute (KSI)—a nationally recognized hub for heat‑safety research—partnered with instrument maker Kestrel Instruments to host the Occupational Heat Safety Summit.
The summit drew representatives from major employers such as UPS and Delta Air Lines, standards‑setting bodies including the American Conference of Governmental Industrial Hygienists (ACGIH) and the International Safety Equipment Association (ISEA), and a spectrum of technology providers. Participants ranged from manufacturers of environmental monitoring devices and personal protective equipment to innovators in physiological monitoring and industrial‑hygiene consulting.
By assembling this cross‑sector audience, the event aimed to surface practical barriers to adopting heat‑safety measures, clarify decision‑making processes within organizations, and identify research priorities that could inform future policy and product development.
Douglas Casa, CEO of KSI and a Board of Trustees Distinguished Professor of Kinesiology at UConn, emphasized the institute’s long‑standing role in heat‑safety education:
“Through our research, education, and advocacy, we’re working to drive meaningful change and bring proven heat‑safety practices into occupational settings where they’re urgently needed.”
Michael Naughton, COO of Kestrel Instruments, framed the summit’s purpose as creating a space for open dialogue:
“We’re creating space for open discussion around what’s working, what’s missing, and what needs to happen next to better protect workers.”
Kestrel Instruments showcased its rugged environmental monitoring tools, which are already deployed in occupational, athletic, and military contexts. Demonstrations highlighted how real‑time heat‑stress data can inform immediate safety decisions and support longer‑term risk assessments.
Organizers described the summit as a step toward a sustained “heat‑safety think tank” that will continue to align scientific insights with industry needs and regulatory frameworks. The collaborative model—linking academia, private‑sector innovators, and policy influencers—offers a template for addressing other climate‑related occupational hazards.
The Occupational Heat Safety Summit reflects a growing consensus that protecting workers from extreme heat requires coordinated action across research, technology, and regulation. As climate trends intensify, such interdisciplinary forums are likely to become a cornerstone of occupational health strategy.
