GeoStudio Core Remote Fundamentals
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Feb 
14th
 at 
11:00am
 – 
Feb 
16th
 at 
3:00pm 
Australia/Brisbane
GeoStudio Core Remote Fundamentals

Take a deep dive (3 days, 4 hours each) into the GeoStudio core, which includes SLOPE/W, SEEP/W and SIGMA/W. This instructor-led remote course covers the fundamental concepts of each analysis type, as well as tools and features to complete comprehensive slope stability analyses with GeoStudio core.

 

$900 USD + GST 

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GeoStudio Core Remote Fundamentals

The first day (4 hours) will be spent reviewing the theory behind SLOPE/W, setting up a stability analysis involving definition of materials, spatial functions and trial slip surfaces. Also more complex problems will be explored such as slip surface optimisation, incorporating pore water pressure into your SLOPE/W analysis and finally how to analyse slope stabilisation measures in the form of reinforcements.


The second day (4 hours) will be spent reviewing the theory behind SEEP/W, discussing the distinction between steady-state and transient flow problems, and the focus on various examples in the SEEP/W domain, analysing complex flow conditions involving saturated and unsaturated stratum. If time permits, a brief insight into the SEEP 3D domain.

 

The third day (4 hours) will review the theory behind SIGMA/W, how to set up a SIGMA/W analysis and the various analysis types, available soil strength models, and examples of Strength Reduction Stability (SRS) and consolidation analyses.

 

A pre-requisite to this course is completing the GeoStudio Getting Started session or GeoStudio Basics. 

 

What should I have? 

To make the most of this course, please ensure you have:


• A stable internet connection 

 

• A secondary screen is highly recommended.

 

• Training licences and materials will be provided for this course.

Course Cost

An attendee will have two options to choose between:


1. $600 USD+GST (SLOPE/W+SEEP/W)

 

OR

 

2. $900 USD+GST (SLOPE/W+SEEP/W+SIGMA/W)

Date/Time

Starts: 
February 
14
 at 
11am
Ends: 
February 
16
 at 
3pm
Australia/Brisbane

Maximum Capacity

To ensure a quality training experience for all participants, course groups remain small. Once the registration limit is reached, additional registrants will be added to a waitlist and notified if a spot becomes available. 

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This course is suitable for

New users who would like a solid understanding of the basics before getting started

Current users who would like to use Leapfrog more often, but feel they need a better understanding of what Leapfrog Geo can do for them

Those who are interested in Leapfrog Geo, and would like to try before they buy

You'll get these take-aways

Comprehensive session notes

Common workflow ‘cheat sheets’

Certificate of completion

Training agenda

This course will be delivered as four-hour sessions run over the course of 4 days (4 x 4hr = 16 hr total).

Day one

4 Hours of Training

Day two

4 Hours of Training

Day three

4 hours of training

Day four

4 hours of training

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Presenters information

Farzin Hamidi 


Geotechnical Engineer 

Seequent

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© Seequent, The Bentley Subsurface Company. All rights reserved

Farzin Hamidi

Geotechnical Engineer 

Seequent

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

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