IStructE president Brian Uy: embodied carbon and competence shifts for designers
Reviewed by Tom Sullivan
First reported on New Civil Engineer
30 Second Briefing
Brian Uy, Sydney-based 105th President of the Institution of Structural Engineers, is centring his term on structural efficiency and embodied carbon, technical competency and research, and professional registration. His inaugural address, “Structural engineering: past, present and future”, stresses rigorous fundamentals alongside innovation in areas such as low‑carbon materials and advanced analysis. For practitioners, this signals stronger emphasis on quantified embodied carbon in design, tighter competence expectations, and closer linkage between research outputs and codified practice.
Technical Brief
- He stresses that finite element and non-linear analysis must be underpinned by hand-checkable load paths and equilibrium.
- Design optimisation is framed as reducing member count and section sizes before considering novel materials or products.
- For composite steel–concrete systems, he points to slip, shear connection and long-term deflection as often under‑checked.
- He calls for closer coupling of university large-scale testing with code calibration for stability, robustness and fire.
- Registration is linked to explicit responsibility for checking others’ designs, not just signing global compliance statements.
- Uy notes that poor understanding of construction staging still drives unanticipated deflections and temporary instability on site.
- For similar infrastructure schemes, his stance implies more rigorous back-to-basics checks alongside any advanced digital workflow.
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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