ICE Resilient Transport conference: asset adaptation lessons for engineers
Reviewed by Tom Sullivan
First reported on New Civil Engineer
30 Second Briefing
More than 200 infrastructure professionals met in Manchester in September for the inaugural ICE Resilient Transport conference, focusing on how rail, road and urban networks can withstand mounting climate, capacity and funding pressures. Sessions examined adapting existing assets rather than relying on new-build schemes, including retrofitting drainage and scour protection, hardening critical bridges and tunnels, and revising design standards for more frequent extreme rainfall. Delegates also discussed whole-life asset management, data-led condition monitoring and integrating resilience into business cases for major UK transport corridors.
Technical Brief
- Safety discussions repeatedly tied resilience to maintaining operational standards under degraded or partial service conditions.
- Asset owners stressed the need to align resilience interventions with existing UK safety regulatory frameworks and approvals.
- Data-led condition monitoring was framed as a safety tool for earlier identification of failure precursors.
Our Take
ICE’s new Manchester-based conference sits alongside its wider events programme on resilient transport and coastal erosion flagged in our 23 October coverage, signalling a push to turn policy themes into practitioner-focused training rather than one-off thought-leadership pieces.
With more than 200 infrastructure professionals attending and New Civil Engineer already curating awards and early-career challenges, this format gives ICE a ready-made funnel to surface case studies and best practice that can later be formalised through NCE’s awards and bridge-focused initiatives.
Within our 935 Infrastructure stories, relatively few are explicitly framed around ‘resilient transport’ and ‘active travel’, so this ICE–New Civil Engineer collaboration is likely to shape how future UK project write-ups describe safety and sustainability performance, especially for urban schemes around hubs like Manchester.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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