Applying Ground Models in the Design and Construction of Infrastructure Projects

 

Join us for an expert-led session exploring how robust ground models enable better decision‑making, risk management, and design optimisation across major infrastructure projects.

This webinar brings together three leading specialists offering perspectives from stakeholder management, geotechnical design, and academic research in underground engineering.

You will hear from 

Holger Kessler

Senior Stakeholder Manager, Assets & Technology, Atkins Realis

Developing ground models from geological and geotechnical investigations

• Holger Kessler will discuss the critical role of effective stakeholder engagement when developing and applying ground models.
• Holger will outline how clear communication of subsurface uncertainties helps align technical, operational, and commercial stakeholders throughout the project lifecycle.

Jono Cook

Geotechnical Director – Underground Structures Group, WSP

Applying ground models in the design and construction of infrastructure projects 

• Jono Cook (WSP) will follow with insights from 25 years of geotechnical practice, focusing on geomechanical characterisation and underground structure design.
• Drawing on experience across mining and civil tunnelling, he will highlight how detailed ground modelling supports safe and efficient solutions in challenging conditions such as creeping strata, soft ground tunnelling, and deep shaft construction.

Professor Yu Li

Vice Dean School of Civil Engineering, Southwest Jiaotong University

Using ground models for safe and efficient shaft sinking

• Finally, Professor Yu Li (Southwest Jiaotong University) will present advances in intelligent construction technologies, ventilation systems, and disaster‑mitigation research.
• She will share global innovations in tunnel engineering and how data‑driven ground modelling is shaping the next generation of underground infrastructure.

This session is ideal for engineers, designers, project managers, and anyone involved in geotechnical or underground works.