Ready to take your GeoStudio skills to the next level? Â
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Join us in this instructor-led remote course to learn the fundamental concepts and tools for GeoStudio slope stability and groundwater flow analysis, so you can hit the ground running.
This course covers:
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1. The first day (4 hours) will be spent reviewing the theory behind SLOPE/W, setting up a SLOPE/W and SLOPE3D stability analysis and reviewing more complex options such as slip surface optimisation, probabilistic and sensitivity analyses, and seismic loading.
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2. The second day (4 hours) will be spent reviewing the theory behind SEEP/W, setting up a SEEP/W and SEEP3D analysis and reviewing more complex topics such as specialised boundary conditions and convergence issues.
This course will be delivered as two four-hour sessions over two days (2 x 4 hr = 8 hr total).
To make the most of this course, please ensure you have:
• A stable internet connectionÂ
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• A secondary screen is highly recommended.
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Training licences and materials will be provided for this course.
Pre-requisites:Â
Please complete the GeoStudio Remote Getting Started course, either the remote session or online in your own time on MySeequent. You will also need to have a basic understanding of LEM and FEM methods.
Courses are capped to ensure a quality training experience for all participants. Once the registration limit is reached, additional registrants will be added to a waitlist and notified if a spot becomes available.
Farzin has 10 years of geotechnical engineering experience in field work, laboratory (rock/soil) testing, site investigation, and numerical modeling to examine slope/tunnel stability. Since joining Seequent in August 2021, Farzin has gained experience in GeoStudio technical support. He is an expert in geotechnical site investigations and stability analysis and worked in underground/open pit mines and infrastructure projects such as Dawson and Grosvenor Mine, Inland Rail (G2K), Cross River Rail-Tunnel Station Development (TSD), Kingsford Smith Drive (KSD) upgrade, Burdekin falls dam and Queen’s Wharf. He received his Ph.D. at Geotechnical Engineering Centre (GEC), University of Queensland. He has a strong technical background in rock mechanics, in-situ stress measurement, rock/soil fluid interactions, laboratory and in-situ characterization of rocks and soils, rock failure control by support design, instrumentation, and monitoring for surface and underground excavations