Andrew Thomson
Atkins
Chief Geotechnical Engineer
The speaker will present recent project examples which illustrate the rapid development in modelling seen in this field.
The regulatory requirements of the UK nuclear sector are driving ever-increasing demand for complex soil-structure interaction modelling. This is driven by the need to update the safety cases of existing assets as they age, and the demanding design requirements of new nuclear power stations. With ever-increasing computational power at our disposal, it has become practicable for seismic geotechnical engineers to consider taking on more complex numerical modelling than historically possible, reducing conservative simplifications and enabling more accurate modelling of complex problems.
These include detailed modelling of piled foundations and explicit modelling of entire nuclear power islands. The speakers in this meeting will present recent project examples which illustrate the rapid development in modelling seen in this field.
Atkins
Chief Geotechnical Engineer

Uganda records among the highest road fatality rates in Sub-Saharan Africa. The presentation will examine the current road safety landscape, audit methodologies, and practical interventions for safer roads.

Whilst engineers struggle to adapt infrastructure for a changing climate, nature is already surviving and thriving in these conditions. Using a biomimicry approach, this presentation explores how organisms on the Isles of Scilly could inform climate resilience in the UK.

Explore the growing challenges of water management, including urban flooding, declining public trust and climate pressures. Learn about the barriers to implementation and discover why we need more industry-wide reflection on effective, scalable solutions.