Structural engineers play an essential role in the reuse and management of existing structures, particularly when it comes to ensuring the long-term safety, functionality, and value of existing building stock.
Extending asset service life using smartphone‑based computer vision
Jan Winkler, AtkinsRéalis
Leverage smartphone‑based computer vision to make structural monitoring more scalable, affordable, and accessible compared to traditional specialised tools.
Machine learning and computer vision for automated inspection
Jelena Ninić, Durham University
Advance automated structural inspection and digitalisation by applying machine learning and computer vision techniques—including Large Vision Models—to deliver scalable, reliable condition assessment and high‑precision digital modelling with reduced manual effort.
Living with RAAC: Managing risk with technology
Matthew Petticrew, WSP
Use point cloud technology to identify, assess, and monitor high‑risk RAAC locations, supporting practical risk management where conventional methods fall short
Keeping a 100‑year‑old automotive factory fit for EV production
William Morris, Ridge
Adapt ageing industrial structures for modern demands by combining detailed condition assessment, digital scanning, and coordinated stakeholder planning to safely support evolving loads and manufacturing requirements.
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Discover practical tools and digital innovations.
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Understand considerations and methodologies needed for a building’s ongoing use and future reuse.
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Explore risk-based strategies for managing ageing assets across sectors, including live industrial sites.
This training video is open to everyone and might be of special interest for:
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Structural engineers involved in the investigation, monitoring, remediation and life extension of buildings
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Asset and estate managers, particularly within local planning authorities and government agencies
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Contractors and consultants involved in the maintenance of existing buildings
Speakers
William Morris
Senior Associate, Ridge
William Morris, BEng (Hons) CEng MIStructE, is a Conservation Accredited Structural Engineer (CARE) who has nearly 20 years’ industry experience. He is a Senior Associate with Ridge based in Oxford. He splits his responsibilities between pure conservation works, including churches, country houses, and Oxford College buildings, with work in the science and technology, advanced manufacturing, and motorsport sector. For the last 3 years, he has been the structural lead for Ridge’s work with BMW Group at their Mini Manufacturing facilities in Oxford and Swindon.
Jelena Ninić
Professor, Durham University
Jelena Ninić is a Professor at the Department of Engineering, Durham University, since October 2025. Her research focuses on digital technologies, in particular the automated reconstruction, execution, and updating of digital twins, combining advanced computational simulations with AI technologies to address resilience challenges in structural engineering. Professor Ninić serves as an Associate Editor for the journals Tunnelling and Underground Space Technology (TUST) and ICE Bridge Engineering. She is a General Council member of the IACM, an executive board member of ECCOMAS, and a core member of ISSMGE TC222. From January 2025, she will also serve as President of the UK Association for Computational Mechanics (UKACM).
Matthew Petticrew
Technical Director, UK Lead for Heritage Structures, WSP
Matthew Petticrew is a chartered engineer with a broad range of experience, including the refurbishment and conservation of existing buildings. He is Technical Director, and UK Lead for Heritage Structures at WSP. He is also an Approved Certifier of Design for the Scottish Building Standards.
Recently, Matthew has been using the skills he learned while preserving heritage structures, listed monuments, and archaeological ruins to help his clients address the risks associated with RAAC on their estates. He has been using technology to help identify and manage risks, especially where operational continuity is important and access for inspection and repair is limited.
Dr. Jan Winkler
Professional Head of Structural Health Monitoring, AtkinsRéalis
Jan Winkler is a leading expert in structural health monitoring with over 15 years of experience working on some of Europe’s most iconic bridge crossings. His expertise focuses on computer vision and digital asset management, with award-winning research in Digital Image Correlation recognized by the IABSE. Jan leads teams at AtkinsRéalis and DES that develop innovative mobile and CCTV-based systems to extend infrastructure lifespan, reduce operational costs, and foster strategic partnerships among global engineering firms, asset owners, and startups. He serves as co-Chair of the International Federation for Structural Concrete (fib) and sits on the International Advisory Board for the Danish Road Directorate. Jan holds 3 patents and has authored over 30 publications.