Elinor Reeves
About Elinor Reeves
Elinor Reeves is a Structural Engineer at Arup in London with extensive experience in engineering design and project management.
Professional Role at Arup
Elinor Reeves has been a Structural Engineer at Arup since 2019, based in London, United Kingdom. Her role involves working on innovative and complex engineering projects. Prior to her current position, she started at Arup as a Graduate Structural Engineer from 2017 to 2019, gaining valuable experience which paved the way for her current role.
Previous Engineering Positions
Before joining Arup, Elinor Reeves worked as a Research Placement Student at Huxlo LTD. in Bristol, United Kingdom, in 2016 for two months. She also gained hands-on experience as a Student Site Engineer at Fulton Hogan in Auckland, New Zealand, in 2015 for two months. At E3 Consulting Engineers, she worked as a Student Engineer from 2014 to 2015. Additionally, she was an Undergraduate Placement Student at The Manufacturing Technology Centre Limited in Coventry, United Kingdom, in 2013 for three months.
Academic Background in Engineering
Elinor Reeves earned her Master of Engineering (MEng) in Engineering Design with a major in Civil Engineering from Bristol University, where she studied from 2012 to 2017. Prior to her university education, she attended Simon Langton Grammar School for Boys from 2010 to 2012 and Barton Court Grammar School from 2005 to 2010.
Project Contributions and Innovations
At Arup, Elinor Reeves implemented an efficient workflow linking Revit with the GSA model, enhancing accuracy and saving time in analysis models. She served as the Resident Engineer overseeing substructure items and jump form core construction at 2 Ruskin Square. Her innovative strengthening works for 1 Triton Square contributed to a 44% carbon saving in construction and operation. Additionally, she conducted decking optioneering for the Euston Masterplan Development project and a feasibility study for a new timber pavilion for the Sky Osterley Campus. She also completed detailed concrete design for the Visa Data Centre structure.