Rocscience

How did #Rocscience evolve into a leading geotechnical software company? Uncover our story from the inception as a Rock Engineering Group at the @UofT to becoming a leader in building world-class tools for geotechnical professionals. bit.ly/4cjSDfz

Read the full study and see how FEM adds a new layer of confidence to your open-pit stability assessments: bit.ly/4cZRSfg

Join Dr. Alireza Azami this June as he demonstrates how to effectively build complex models from scratch, covering everything from constitutive modeling of geomaterials to steady-state and transient seepage analysis in RS2 and RS3. Register Now: bit.ly/4duTopE

Join Dr. Sina Javankhoshdel and Dr. Thiago Bretas as they demonstrate how to effectively build 3D models from scratch and use advanced search techniques to identify the most critical slip surfaces in both civil and mining environments. Register Now: bit.ly/4sfZVZU

This article breaks down how to use RS2 and Consolidated Voronoi-based Meshing (CVBM) to simulate this process more accurately. Read the full breakdown here: bit.ly/4btU2RE #RS2 #RockMechanics #GeotechnicalEngineering #NumericalModeling #MiningEngineering #Tunneling

Modern seismic design requires more than just basic assumptions. Our upcoming webinar on Advancing Seismic Site Response with RSSeismic explores how to bridge the gap between complex ground motion data and reliable 1D site response analysis. Register Now: bit.ly/4lzovm4

Interested in learning how your institution can benefit? Explore the Academic Bundle here: bit.ly/4sGk0s2 #Rocscience #AcademicBundle #EngineeringEducation

By calibrating models against observed behavior in deep excavations, engineers can refine rock mass parameters and improve the reliability of future designs. Read the full technical breakdown: bit.ly/4lxJw0r #Rocscience #EX3 #MiningEngineering

The Rocscience team is having a fantastic time at GeoCongress 2026! Stop by Booth #327 to meet the team in person and experience live demos of our latest geotechnical software solutions. #Rocscience #GeotechnicalEngineering #GeoCongress2026

We are excited to announce that on May 21-22 in Vancouver, the Vancouver Geotechnical Society will host a two-day intensive short course on RSSeismic modeling. Register Now: bit.ly/40XGh8U #Rocscience #RSSeismic #GeotechnicalEngineering

If you missed our session on Advanced Design and Analysis of Supports with 2D and 3D LEM, the recording is now available. Watch the full webinar recording here: bit.ly/4svN05X #Rocscience #GeotechnicalEngineering #SlopeStability #LEM #Slide2 #Slide3 #SupportDesign

Understanding the behavior of unsaturated soils is critical for the safety and longevity of tailings storage facilities. A new in-depth study on how these conditions shape dam stability is now available. Read the full article here: bit.ly/4aSWRgj

Building 67 km of rail on 3 meters of peat? The REM Montreal project faced a massive geotechnical hurdle: constructing a heavy embankment over the Bois-de-Liesse wetlands. Read the full Case Study: bit.ly/4r6g02Z #InfrastructureDevelopment #RailConstruction #Settle3

Our latest article explores the critical factors in choosing the right slope stability analysis method for your projects, from LEM to Finite Element Analysis. Read the full article here: bit.ly/4r0Yxc9 #Rocscience #SlopeStability #GeotechnicalEngineering

Rocscience is off to Geo-Congress 2026, and we look forward to connecting with the geotechnical community. See you there! #GeoCongress2026 #Rocscience #GeotechnicalSoftware #Geotechnical #Innovation #AI #EngineeringSoftware

Scale your analysis with RS2 automation This approach allows engineers to automatically match soil parameters with real-world monitoring data, ensuring more reliable project outcomes. Read the full technical breakdown here: bit.ly/4aDue56

Learn how integrating field observations with numerical modeling helps dissect failure mechanisms and mitigate future risks. Read the full case study: bit.ly/4kSHLL5 #GeotechnicalEngineering #CivilEngineering #Geology #Rocscience

Dr. Ellen Rathje on the "missing middle" in geotechnical engineering: where data, simulation, and cyberinfrastructure meet. Watch: bit.ly/4l0dzha #ThroughTheLens #GeotechnicalEngineering #DataDrivenEngineering #GeotechnicalData #EngineeringInnovation #NumericalModeling

Combined Block Analysis is here in RocSlope3! With Combined Blocks Analysis, you can now visualize clusters of blocks that move together. Try New Feature: bit.ly/3Ov1lkf #GeotechnicalSoftware #Software #Geotechnical #Engineering #RockSlopeStability #Innovation #AI

Urban areas feature high-rise buildings and neighboring structures that interact and affect soil settlement. Settle3 allows you to model multiple structures in one project and accurately calculate consolidation. Try Settle3: bit.ly/4bZJ1JW

Speakers Dr. Brent Corkum and Angela Li show how the new DIPS handles larger datasets, automates tasks and integrates with Rocscience tools to help you build stronger workflows and analyze complex data more efficiently. Watch the full webinar: bit.ly/3O9KUKd