Victoria Barbour Smith C Eng Mice
About Victoria Barbour Smith C Eng Mice
Victoria Barbour Smith is a Structural Engineer specializing in infrastructure design at Arup in London, United Kingdom.
Current Role at Arup
Victoria Barbour Smith currently works at Arup as a Structural Engineer. Based in London, United Kingdom, her role commenced in 2018. She is part of the Civil Structures, Bridges, and Tunnels group and specializes in infrastructure design. Her responsibilities include both concept stage and detailed design for station, railway, bridge, and airport infrastructure projects.
Experience at Balfour Beatty VINCI
Victoria Barbour Smith worked at Balfour Beatty VINCI as an Engineer from 2018 to 2019. During her one-year tenure, she gained significant experience in the engineering field, contributing to various infrastructure projects.
Career at Arup
Victoria Barbour Smith has a long-standing association with Arup. She first joined the company as a Vacation Student in 2014 in Edinburgh, United Kingdom, and later in 2015 in London, United Kingdom. She then progressed to the role of Graduate Structural Engineer from 2016 to 2018. In 2018, she was promoted to Structural Engineer. Her time at Arup has provided her with extensive experience in infrastructure design.
Educational Background
Victoria Barbour Smith studied Civil and Structural Engineering at the University of Cambridge, where she achieved a Master of Engineering (MEng) degree. She was enrolled in the program from 2012 to 2016. Through her rigorous academic training, she developed a strong foundation in civil and structural engineering principles, which she has applied throughout her professional career.
Specialization in Infrastructure Design
Victoria Barbour Smith specializes in infrastructure design within the Civil Structures, Bridges, and Tunnels group at Arup. Her expertise spans both the concept stage and detailed design phases for infrastructure projects including stations, railways, bridges, and airports. Her diverse skill set ensures that she can manage complex engineering challenges in these sectors.