The hazards that hurt people are not always the hazards that kill them. Despite record-low injury rates, construction continues to experience unacceptable numbers of serious injuries and fatalities (SIFs). This webinar explores the science of energy-based safety and introduces two powerful tools—the Energy Wheel and High Energy Control Assessment (HECA)—to help organizations identify high-energy hazards, evaluate safeguards, and strengthen SIF prevention efforts. Participants will learn why traditional safety metrics fall short and how to focus on controlling hazardous energy to reduce catastrophic events and build a safer, more resilient workforce.
Learning objectives include:
Is Total Recordable Incident Rate (TRIR) a measure of safety performance?
How to explain the relationship between hazardous energy and serious injuries and fatalities (SIFs).
How to use the Energy Wheel to identify high-energy hazards.
How to apply the High Energy Control Assessment (HECA) framework.
Scott M. Greenhaus is affiliated with Structural Technologies a construction technology and service provider specializing in concrete repair, strengthening, protection and new construction products, systems and services throughout the United States and the Middle East. Scott graduated with degrees in Civil Engineering and an MBA from the University of Maryland and has served as the Executive Vice President and Chief Risk Officer of Structural Technologies headquartered in Columbia, MD. Mr. Greenhaus is Vice Chairman of the University of Maryland Engineering Board of Visitors and has been on the Board of Directors of the Post-tensioning Institute (PTI), International Concrete Repair Institute (ICRI) and American Society of Concrete Contractors (ASCC) and served as the Chairman of the ASCC Safety and Risk Management Council. He is also a member of ASCE, ACI, ANS, and ASSE. Mr. Greenhaus was also the past president of PTI and has chaired many committees in these trade and technical associations.
Webinar Moderator