Webinar Series: Technical Solutions For Linear Infrastructure Projects

Join our technical experts in this 3-part webinar series on topics from effectively utilising your site investigation data, to slope stability, through to informing design. The interconnected use of subsurface data at every stage of the workflow can increase confidence and reduce risk for Consultants, Contractors and Owners.

This webinar series consists of 3, 1-hour webinars, each demonstrating a different part of the workflow.

 

Part 1: Integrating and Visualising Available Subsurface Data

A 3D geological engineering model will change how you and your stakeholders look at the ground beneath your project, bringing clarity to even the most complex subsurface conditions. Bringing together the different data sets for your projects in a visual, interactive environment ensures your teams no longer waste their time battling with disparate geoscience data, and allows for easier and more effective communication with stakeholders.

 

Part 2: Interpreting Subsurface Data to Aid Geotechnical Analysis 

Ensuring you build and operate resilient and safe infrastructure is essential. Sound numerical analysis validates design and construction works, enabling contractors to safely deliver projects and owner operators to ensure resilient and reliable operation.

We’ll show you how to utilise ground models that can then be used as part of the geotechnical analysis for a project, saving time and providing greater consistency through different stages of your workflows.

 

Part 3: Managing Geoscience Data and Collaborating to Refine Project Design 

A subsurface digital twin approach for ground models is future proofing for resilient and sustainable operation. Give your teams a unified and cohesive workspace in the cloud that keeps everyone up to date with changes as they happen, ensuring consistency to minimise risk.

The ground models can be brought into the design space to understand the subsurface conditions impact on the project design and aid in improving and refining project design.

Overview