Victoria Janssens
About Victoria Janssens
Victoria Janssens is an Associate at Arup in Dublin, Ireland, with extensive international experience in structural engineering and a PhD in Structural Engineering from Trinity College Dublin.
Company
Victoria Janssens is an Associate at Arup in Dublin, Ireland. She has been with the company since 2020. Arup is a global professional services firm known for its work in engineering, architecture, design, planning, and consulting. Victoria's role at Arup involves contributing to projects and initiatives within the structural engineering division.
Title
Victoria Janssens currently holds the title of Associate at Arup. She has a significant background in structural engineering, having previously held positions such as Senior Structural Engineer and Associate (Structures) at BuroHappold Engineering.
Education and Expertise
Victoria Janssens has a solid academic background, including a PhD from Trinity College Dublin focused on 'Modelling Progressive Collapse in Steel Structures'. She has a Postgraduate Diploma in Statistics (Distinction) and a BA BAI in Civil, Structural, and Environmental Engineering, also from Trinity College Dublin. Her expertise extends to seismic upgrades, high-end single-family homes, and robustness of structures.
Professional Background
Victoria Janssens has garnered extensive international experience in structural engineering. She worked at BuroHappold Engineering in various capacities, including Associate (Structures) in Hong Kong and Senior Structural Engineer. She also served as a Structural Engineer at Wicke Herfst Maver Consulting Inc. in Canada and contributed to COST Action TU0601 (Robustness of Structures). Earlier in her career, she was involved in academic roles such as Undergraduate Teaching Assistant at Trinity College Dublin.
Achievements
Throughout her career, Victoria Janssens has contributed to significant projects, including seismic upgrades and high-end single-family homes. Her academic achievement in obtaining a PhD specializing in the progressive collapse of steel structures underlines her technical expertise and commitment to advancing structural engineering.