Craig Rew
About Craig Rew
Craig Rew is an Associate Director at Arup with extensive experience in urban highway projects and infrastructure design in London.
Current Position at Arup
Since 2014, Craig Rew has been serving as an Associate Director at Arup. In this role, he is responsible for overseeing a range of infrastructure projects, with a particular focus on urban highway projects and major transport interchanges. His extensive expertise enables him to manage the interfaces and constraints inherent in these complex projects.
Previous Roles at Arup
Craig Rew began his career at Arup as an Engineer in 1988, a position he held for 19 years until 2007. Following this, he was promoted to Associate, a role in which he continued to contribute significantly to various infrastructure projects until 2014. His long-standing tenure at Arup reflects his deep-rooted expertise and commitment to the field of civil engineering.
Educational Background in Civil Engineering
Craig Rew studied Civil Engineering at Kingston University from 1991 to 1993, where he obtained his Bachelor's Degree. This formal education provided him with the foundational knowledge and skills necessary for his specialized work in infrastructure and urban highway projects.
Expertise in Infrastructure Projects
Craig Rew's role at Arup has seen him play a key part in the design and implementation of infrastructure projects, particularly those connected to major rail and transport interchanges in London. His responsibilities include collaborating with statutory undertakers, borough officers, and Transport for London (TfL) to ensure the successful execution of these projects.
Skills in Urban Highway Projects
Specializing in urban highway projects, Craig Rew manages technical approvals and public utilities diversion works. Additionally, he has extensive experience in implementing hostile vehicle mitigation measures and conducting road safety audits. His work often involves navigating legal agreements related to these projects, ensuring compliance and effective execution.