Geoff Clarke
About Geoff Clarke
Geoff Clarke is a Structural Engineer at Arup in London, with extensive experience in structural engineering and a strong academic background from Memorial University of Newfoundland.
Current Role at Arup
Geoff Clarke has been working as a Structural Engineer at Arup since 2014. Based in London, United Kingdom, he has been integral to various projects during his tenure. His key responsibilities include post-processing finite element results to calculate rebar intensities and providing reinforcement layouts for drawings. Geoff also prepares design calculation reports and produces markups for the drafting team.
Past Experience with Kiewit Aker Contractors
Before joining Arup, Geoff Clarke worked at Kiewit Aker Contractors from 2012 to 2014. During his two years there, he served as a Structural Engineer, contributing to a range of structural engineering projects. His experience at Kiewit Aker helped him build a strong foundation in the field, which he has continued to develop in his subsequent roles.
Education at Memorial University of Newfoundland
Geoff Clarke holds a Master of Engineering in Engineering and a Bachelor of Applied Science in Civil Engineering from Memorial University of Newfoundland. He completed his Master's degree from 2010 to 2012, focusing on advanced studies in engineering. Prior to that, he earned his Bachelor's degree between 2003 and 2009, laying the groundwork for his career in structural engineering.
Early Career and Internships
Geoff Clarke's early career included roles as a Field Engineer at H.j. O'connell Ltd and a Work Term Student at Offshore Mechanics. He worked at H.j. O'connell Ltd in Canada twice, first in 2009-2010 and again for a short stint in 2010. His internship at Offshore Mechanics in 2008 provided him with crucial early experience in structural engineering.
Involvement in White Rose Extension Project
Geoff Clarke was involved in the detailed design of the White Rose Extension Project, focusing on the CGS Base Slab and Shaft. His responsibilities included post-processing finite element results to calculate rebar intensities and providing reinforcement layouts for drawings. He also tested new tools for reinforced concrete sectional analysis and prepared design calculation reports.