ICE events programme: climate-resilient transport design notes for engineers
Reviewed by Joe Ashwell
First reported on New Civil Engineer
30 Second Briefing
ICE is launching a new events programme focused on resilient transport networks, coastal erosion management and active travel design, targeting practising civil and infrastructure engineers. Sessions are expected to cover topics such as multi-modal transport corridors, coastal defence schemes integrating hard structures with beach nourishment, and junction or streetscape layouts that prioritise walking and cycling. The programme signals demand for practical design guidance on climate resilience, long-term asset performance and integrating active travel into existing highway and rail corridors.
Technical Brief
- Active travel design content is likely to interrogate junction geometry, visibility splays and pedestrian / cyclist priority controls.
- Coastal resilience discussions will need to address overtopping criteria, design freeboard and acceptable residual flood risk.
- Multi-modal corridor sessions can be expected to cover segregation widths, crossing treatments and speed management for vulnerable users.
- Long-term asset safety will hinge on inspection intervals, condition rating systems and intervention trigger thresholds.
Our Take
ICE’s events programme sits alongside New Civil Engineer’s awards and conferences, which in our database increasingly foreground themes like bridge retrofitting and digital handover, signalling that professional development is being steered towards lifecycle asset management rather than just new-build delivery.
The prominence of New Civil Engineer in recent early-career challenges and awards suggests ICE events may be one of the few structured routes for younger engineers to engage with cutting-edge topics such as retrofit libraries and digital asset platforms, which are under-represented in traditional university curricula.
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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