Global uncertainty and volatility: safety and health lessons for project teams
Reviewed by Tom Sullivan
First reported on New Civil Engineer
30 Second Briefing
Global economic uncertainty and volatile workloads are making it harder for civil engineering employers to maintain consistent workplace safety and occupational health standards, particularly on large, multi-contractor infrastructure sites. Firms are reporting pressure to compress programme durations and reduce labour costs, increasing risks around fatigue, manual handling, and safe operation of heavy plant such as tower cranes and 30‑tonne excavators. Safety managers are being pushed to rely more on digital reporting tools and remote audits, but still face gaps in on-site supervision and near-miss data quality.
Technical Brief
- Interfaces between rail possessions, highways works and heavy civil structures are creating complex permit-to-work and isolation arrangements.
- Contractors report more frequent re-sequencing of civils, M&E and rail systems packages, complicating CDM coordination and safe access planning.
- Remote safety audits are increasingly relying on photographic evidence and short video walk-throughs rather than continuous in-person supervision.
- Digital incident-reporting platforms are being pushed to capture near-miss data across multiple JV partners using different RAMS formats.
- Tier 2 and 3 subcontractors on major civils schemes are facing tighter pre-qualification around occupational health surveillance and mental health provision.
- For large construction programmes, fragmented supply chains and volatile workbanks are driving demand for more formalised, contract-level safety performance metrics and incentives.
Our Take
New Civil Engineer’s role as organiser of awards and early-career challenges in bridges and airports suggests it is increasingly shaping not just reporting but also best-practice benchmarks for safety and project delivery across UK infrastructure.
The earlier New Civil Engineer webinar on BIM, CDEs and asset management platforms points to digital handover as a weak link; tying that to this article’s focus implies that information continuity at project close-out is now being recognised as a workplace safety risk, not just an asset-management issue.
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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