Liam Bromiley
About Liam Bromiley
Liam Bromiley is a Civil Engineer at Arup with extensive experience in civil engineering and a strong focus on sustainability and value engineering.
Current Role at Arup
Liam Bromiley has been working as a civil engineer at Arup since 2019. Based in Sheffield, he is involved in various projects, focusing on value engineering, sustainability, and social value. His work includes collaborating with local councils, private developers, and major clients like Network Rail and HS2 Ltd.
Previous Experience at Arup
Before taking on his current role, Liam Bromiley worked as a Graduate Civil Engineer at Arup from 2017 to 2019. During his time in this role, he gained substantial practical experience in civil engineering, developing crucial skills that would later benefit his ongoing career in Sheffield, United Kingdom.
Education and Expertise
Liam Bromiley graduated from the University of Bath with a Master's degree in Civil Engineering, studying from 2011 to 2016. His education provided a solid foundation in civil engineering principles and practices. Prior to university, he attended Malbank Sixth Form, where he studied Maths, Physics, and Chemistry, achieving A-Levels. He also attended Brine Leas High School, earning his GCSEs.
Professional Background
Liam Bromiley's career spans multiple roles and industries. He worked at Cycling Sheffield as a cyclist from 2016 to 2017, and as a cycle courier for Deliveroo in London in 2016. His early experience includes roles such as a Geotechnical Engineering Summer Student at Atkins in 2015, an Industrial Placement Student at Laing O'Rourke in 2013-2014, a Retail Assistant at Cotswold Outdoor from 2011 to 2013, and an intern at Up and Under Group in 2010.
Major Project Involvement
Liam Bromiley played a significant role in leading the highways and civil engineering discipline delivery for the HS2 Midland Mainline Hybrid Bill submission to the UK Parliament. His contribution to this high-profile infrastructure project highlights his expertise and dedication in civil engineering.