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

This course is designed to give developing professionals a strong foundation in sustainable engineering, equipping them with the knowledge and practical skills to effectively integrate sustainability into their work.

Aimed at students, this series of seven webinars which runs until May 2027 will enable you to learn about professional life from recent graduates from across the industry.

Discover the engineering behind the Carlingford Lough Greenway, a 20km cross-border walking and cycling route linking Newry and Carlingford. Learn how innovative design, stakeholder collaboration and construction planning delivered this landmark active travel scheme.