University of California, Santa Cruz

Earthquakes Specialization

University of California, Santa Cruz

Earthquakes Specialization

Understand Earthquake Science.

Explore faults, seismic waves, forecasting, induced events, and earthquake safety.

Susan Y. Schwartz

Instructor: Susan Y. Schwartz

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Get in-depth knowledge of a subject
Beginner level

Recommended experience

4 weeks to complete
at 10 hours a week
Flexible schedule
Learn at your own pace
Get in-depth knowledge of a subject
Beginner level

Recommended experience

4 weeks to complete
at 10 hours a week
Flexible schedule
Learn at your own pace

What you'll learn

  • Apply quantitative methods to analyze plate tectonics, fault physics, wave propagation, and seismic magnitude metrics. 

  • Calculate earthquake recurrence probabilities and evaluate seismic hazards along active fault zones using graphical data.

  • Analyze the physics of fluid-induced seismicity and evaluate forecasting methods, early warning systems, and risk mitigation.

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Taught in English
Recently updated!

October 2026

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Specialization - 3 course series

What you'll learn

  • Apply plate tectonics, stress, and friction concepts to explain why and where earthquakes occur on different faults.

  • Analyze seismograms using math and USGS data to locate earthquakes and determine their size.

  • Use focal mechanisms to differentiate magnitude, intensity, and seismic moment during fault rupture.

Skills you'll gain

Category: Environmental Science
Category: Spatial Analysis
Category: Systems Of Measurement
Category: Mechanics
Category: Environmental Monitoring
Category: Environment
Category: Public Safety and National Security
Category: Spatial Data Analysis
Category: Applied Mathematics
Category: Graphing
Category: Vibrations
Category: Disaster Recovery
Category: Emergency Response
Category: Geographic Information Systems
Category: Physics
Category: Geospatial Mapping
Earthquake Science: Forecasting and Fault Systems

Earthquake Science: Forecasting and Fault Systems

Course 2, 8 hours

What you'll learn

  • Perform rate and probability calculations to model statistical distributions of earthquake recurrence.

  • Evaluate seismic hazard and risk levels by analyzing historical event frequency and probabilistic ground shaking models.

  • Interpret graphical data, slopes, and surface features to reconstruct the rupture history and segmentation of active faults.

Skills you'll gain

Category: Estimation
Category: Geographic Information Systems
Category: Statistical Methods
Category: Public Safety and National Security
Category: Disaster Recovery
Category: Probability Distribution
Category: Geospatial Mapping
Category: Statistics
Category: Environmental Science
Category: Physics
Category: Probability
Category: Environment
Category: Spatial Data Analysis
Category: Hazard Analysis
Category: Probability & Statistics
Category: Applied Mathematics
Category: Graphing
Category: Environmental Monitoring
Category: Spatial Analysis
Earthquake Science: Induced Events and Safety

Earthquake Science: Induced Events and Safety

Course 3, 6 hours

What you'll learn

  • Analyze the hydrodynamic mechanisms of induced seismicity by calculating fluid pressure changes and stress shifts on faults.

  • Differentiate between deterministic earthquake prediction and probabilistic hazard forecasting models.

  • Evaluate the effectiveness of building safety standards, public preparedness protocols, and early warning systems in reducing seismic risk.

Skills you'll gain

Category: Mechanics
Category: Engineering Analysis
Category: Safety and Security
Category: Geographic Information Systems
Category: Applied Mathematics
Category: Environment
Category: Spatial Data Analysis
Category: Mitigation
Category: Spatial Analysis
Category: Physics
Category: Geospatial Mapping
Category: Structural Analysis
Category: Hydraulics
Category: Public Safety and National Security
Category: Disaster Recovery
Category: Environmental Science
Category: Vibrations
Category: Hazard Analysis
Category: Environmental Monitoring

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Instructor

Susan Y. Schwartz
University of California, Santa Cruz
3 Courses3 learners

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