Sunday, November 2

Full Day Courses | 8:00 a.m. – 5:00 p.m.

Seismic Site Response: Ergodic vs. Site-Specific Methods

Instructor: Jon Stewart

This short course will explain the differences between ergodic and site-specific (non-ergodic) seismic site response methods. Technical background will be provided, specific procedures described, and example applications shared. The course includes recently approved NEHRP Provisions changes that are expected to be incorporated into building codes, helping attendees prepare for upcoming standards in seismic hazard analysis.

RAPID Facility Field Geo-Instrumentation Training

Instructor: Joe Wartman

This hands-on course from the NSF-supported RAPID Facility introduces attendees to modern field instrumentation techniques and best practices for reconnaissance data collection. Training includes lidar, drone imaging, GNSS surveys, seismometers, and cone penetration tools. Participants will also explore the DesignSafe-CI cyberinfrastructure and other technologies used in natural hazard reconnaissance.

AI: Fundamentals of Machine Learning for Geotechnical Practice

Instructor: Joseph Vantassel

Designed for beginners, this course provides a practical introduction to machine learning (ML) in geotechnical engineering. Topics include data preparation, model development, evaluation, and interpretability. Participants will engage in limited hands-on exercises using open-source Python tools, building foundational ML skills applicable to future geotechnical applications.

Advances in Slope Stability Analysis and Shear Strength Applications

Instructors: Timothy D. Stark, Ph.D.; Jack Montgomery, Ph.D.; Jay McKelvey, Ph.D.

This course presents modern approaches to static and seismic slope stability analysis, shear strength selection, and stabilization techniques. Attendees will engage with software demonstrations, real-world case studies, and in-depth discussions on drained/undrained strength testing, debris flows, and slope failures. The course is ideal for geotechnical engineers, regulators, and construction professionals.

Debris Flow Analysis after Wildfires Using HEC Tools

Instructor: Ian Floyd

This two-part training covers simulation of debris flow after wildfires using HEC-HMS and HEC-RAS. Morning sessions focus on debris yield modeling using empirical methods in HEC-HMS. Afternoon sessions explore non-Newtonian mud and debris transport in HEC-RAS, including parameterization and floodplain mapping. Attendees should download the latest software versions prior to training.