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This course is designed to introduce learners to modern GMT (Generic Mapping Tools) through command-line scripting, with a practical focus on geophysical applications in seismology and geodesy. Students will learn to work directly in the terminal, using GMT to process, analyze, and visualize real-world geoscience data.This course is ideal for students and researchers seeking to strengthen both their technical GMT skills and their geophysical interpretation abilities.

The Seismology Skill Building Workshop is a FREE ~70 hour online course to build scientific computing and computational thinking skills while working with seismic data. Participants should expect to invest approximately 5-6 hours per week, including participating in the weekly webinar (or watching the recording).  At the end of the workshop participants receive a performance report certificate and a micro-credential. This certificate describes module content, the number of assignments completed, and the average score for each module.

Overview: This workshop provides the foundation for Earth science instructors to integrate near-surface geophysics instrumentation and methods into their undergraduate courses — from introductory to majors-level. Geophysics methods can be applied to a wide range of societally important topics, from natural hazards to groundwater resources to forensics and provide a powerful way to engage students … Continued

Facilitated by the EarthScope Consortium, this course is designed to introduce participants to MsPASS, a powerful, modern framework for processing seismology data on desktop, High-Performance Computing (HPC), and cloud systems.

This course covers the theory and application of repeat-pass synthetic aperture radar interferometry (InSAR) using the GMTSAR software package. Participants will learn foundational SAR/InSAR concepts and work hands-on to generate interferograms from test datasets and (optionally) construct time series using Sentinel‑1 data.

This five-day technical course is organized to accommodate participants with varying levels of experience and interests in both static and kinematic GNSS applications. Each day includes dedicated time for one-on-one tutoring using participants’ own data sets. Participants are encouraged to bring prepared data or identify data sets in advance for use during the course. Instruction will combine conceptual presentations, guided demonstrations, and structured hands-on practice.