Course: Mastering Slope Stability: From Theory to Practice with Rocscience Software

• Course Date: December 2-3, 2024
• Venue: Radisson Paraíso Hotel
• Address: Cúspide 53, Parques del Pedregal, Tlalpan, 14010 Mexico City, CDMX
• Languages: English with simultaneous Spanish translation
• Capacity: 25 spots
• Schedule: 08:30 hrs – 17:30 hrs
• Duration: 14 instructional hours
• Instructor: Dr. Reginald Hammah, CSO & Director of Rocscience Africa
• Registration Fees: USD $900

What’s Included:

• Participants will receive fully operational software licenses (commercial versions) for two weeks after the course ends for continued use of:
  • RS3 & RS2
  • Slide2 & Slide3
• Coffee and Lunch
  
• PDH Certificate

If you have any questions about the course or the registration process, please get in touch with us at latam@rocscience.com.

Course Overview:

Dive deep into the world of slope stability analysis with this comprehensive course designed for civil and geotechnical engineers. "Mastering Slope Stability" bridges the gap between theoretical concepts and practical applications. It will equip you with the skills to tackle real-world challenges using Rocscience's cutting-edge slope stability software suite, including Slide2, Slide3, RS2, and RS3.

This course covers:

• Fundamentals of soil and rock strength
• Typical civil slope stability problems
• 2D and 3D limit equilibrium techniques
• Advanced analysis using numerical methods
• Practical problem-solving scenarios

Through hands-on exercises and interactive sessions, you'll learn to:

• Conduct detailed slope stability analyses using both 2D and 3D Rocscience software
• Interpret results confidently and recommend effective stabilization options
• Apply your knowledge to a wide range of scenarios, from natural slopes to engineered structures
  

Whether you are a seasoned professional or new to the field, this course will enhance your ability to design safe, stable slopes and effectively manage geotechnical risks. Join us to elevate your expertise and master slope stability analysis.

Course Instructor: