This campus specializes in chemical and environmental exposure research, focusing on how pollutants and emerging technologies impact human health. The institute houses state-of-the-art labs for exposure science, toxicology, and analytical chemistry, providing education and training on risk reduction strategies.
Programs translate peer-reviewed research into standards, toolkits, and online education for professionals, manufacturers, and communities to promote safer environments.
The Electrochemical Safety Research Institute campus focuses on advancing safe energy storage and generation technologies, particularly batteries and renewables, to combat climate change. It offers research-driven education on safety design, performance testing, and sustainability in electrochemical systems.
Collaborations like CARES with Purdue University provide training on resilient energy solutions, sharing open data for safer deployment of emerging technologies.
The Fire Safety Research Institute headquarters specializes in fire dynamics, tactics, and safety strategies for residential, commercial, and industrial settings. It provides full-scale testing, modeling, and evidence-based education through the FSRI Fire Safety Academy.
The campus disseminates research insights to enhance global fire safety, focusing on emerging dangers and practical training for fire professionals.
The Sharon Hill facility of the Fire Safety Research Institute, located at the Delaware County Emergency Services Training Center, specializes in practical fire research and training using real-world scenarios. It supports hands-on studies in fire behavior and emergency response tactics.
This specialist campus enhances FSRI's mission through field-based education and testing, bridging research with operational fire service needs.
This campus focuses on intelligent materials design using advanced computing and high-throughput methods to tackle global challenges like climate change and sustainability. Faculties emphasize new materials for safety, carbon capture, water purification, and decarbonization.
Research deploys novel materials to address urgent safety issues, providing educational resources on material science applications for environmental protection.
The UL Research Institutes headquarters in Evanston serves as the central hub for advancing safety science across multiple disciplines. It oversees interdisciplinary research, education programs, and strategic initiatives in public safety, fostering innovation through STEM education and collaborative research experiences.
The campus emphasizes building the future of safety science through hands-on learning and research translation into real-world applications, including Xplorlabs for interactive safety education.
