(303) 420-8242 | 7333 W. Jefferson Ave., Suite 235, Lakewood, CO 80235 USA
Events | March 4, 2026
The course, Industrial Hygiene in the Semiconductor Industry: Key Hazards, Controls, and Best Practices, provides a focused introduction to industrial hygiene principles as applied in semiconductor research and production environments and other technology industries. Participants will review chemical and physical hazards commonly encountered across wafer fabrication, sub-fab operations, lithography, etch, deposition, ion implant, and chemical mechanical planarization (CMP) processes, as well as key physical hazards including noise, radiation, heat stress, and ergonomic risk.
The course will also address semiconductor-specific challenges such as cleanroom PPE considerations, engineering control verification, sub-fab exposure pathways, and risks associated with maintenance and non-routine work. Exposure assessment strategies, monitoring instrumentation, air and surface sampling approaches, and methods for evaluating engineering control performance will be reviewed.
Designed for environmental health and safety professionals with early to mid-career experience, the course provides practical support for hazard recognition, exposure evaluation, and risk-informed decision-making in complex semiconductor operations.
Course instructors include C&IH Director of Engineering Daniel Hall, Padre Consulting Services Managing Principal Steve Trammell, C&IH Exposure Modeling Engineer Cassidy Strode, C&IH Senior Scientist James Rasmuson, and C&IH Industrial Hygienist Noah Featherman.
Additional information about the symposium and technical program is available on the SESHA 2026 Annual Symposium Website.