Hilary Shields
About Hilary Shields
Hilary Shields is a Senior Geotechnical Engineer at Arup with extensive experience in major infrastructure projects and geotechnical analysis techniques.
Title
Hilary Shields holds the position of Senior Geotechnical Engineer. In this role, she applies her expertise in geotechnical engineering to manage complex projects and provide solutions for various infrastructure challenges.
Current Role at Arup
Hilary Shields has been working at Arup as a Senior Geotechnical Engineer since 1999. During her tenure, she has been involved in key projects, leveraging her extensive expertise in geotechnical analysis and engineering to deliver successful outcomes.
Channel Tunnel Rail Link Project
Hilary Shields played a significant role in the Channel Tunnel Rail Link project. She was specifically involved in the design and implementation of the observational method for the cut and cover tunnel through Central Ashford. This project was integral in improving rail connections and required meticulous geotechnical planning and execution.
Limehouse Link Road Tunnel Project
Hilary Shields contributed to the Limehouse Link Road Tunnel project in the London Docklands. Her work focused on the design and site supervision of various geotechnical aspects, ensuring the structural integrity and safety of the tunnel. This project is notable for its complex underground construction challenges.
European Commission Research Project at BRE
Hilary Shields coordinated a four-year European Commission research project at BRE. This initiative focused on developing direct design procedures for foundations using in situ test results. Her coordination efforts were crucial in advancing geotechnical practices and contributing valuable research to the field.
Expertise in Geotechnical Analysis Tools
Hilary Shields possesses expertise in using cone pressuremeter and cone penetration test devices for geotechnical analysis. These tools are essential in obtaining accurate soil properties and behavior data, which is critical for designing safe and effective geotechnical structures.