The Institution of Structural Engineers The Institution of Structural Engineers

Key attributes: the judging criteria

  • Planet
  • People
  • Process
  • Profession

Planet

Prioritising sustainability, resilience, and environmental responsibility to protect and regenerate the planet.

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People

Fostering meaningful collaboration and leaving a lasting positive effect on people and society.

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Process

Elevating projects through engineering processes to deliver outstanding outcomes.

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Profession

Advancing excellence in structural engineering, shaping the future of the profession by inspiring engineers and the public alike.

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Sustainability and reuse in the 2024 winning projects

Mary Ward Centre

Refurbishment of a 1970s building rather than demolish and a new build.
This now provides a multi-functioning community space.

Distilling excellence: a toast to structural ingenuity

McConnels distillery reflect on their win - an innovative blend of sensitive conservation and striking structural interventions to revitalise a historic building.

Te Matatiki Toi Ora The Arts Centre

Structural engineers being involved throughout - from immediate impact after the earthquake to salvaging heritage materials for the rebuild.

Previous winners after seismic activity

Christchurch Town Hall

A project to repair and strengthen a town hall following devastating earthquakes. Significant portions of the structure were upgraded, repaired and restored. Other areas underwent a complete rebuild. High-end analysis minimised the strengthening work required for the superstructure. On completion, the town hall achieved a 100% New Building Standard rating.

Christchurch Arts Centre - Block C

The Arts Centre of Christchurch is a locally, nationally and internationally significant set of heritage buildings, which gained even more significance as the devastating earthquakes of 2011 destroyed so many other parts of the city’s built heritage. The repair, restoration, strengthening and conservation of these historic buildings was an extremely complex task from a structural point of view, with each separate structure presenting its own set of challenges and demands. To compound the technical difficulties of the site, variability of construction materials and the extent of the damage, the structural strengthening elements need to be ‘invisible’ as far as possible, in order to preserve the unique and precious heritage features.

EEFIT

The Earthquake Engineering Field Investigation Team (EEFIT) is a joint venture between industry and universities, conducting field investigations following major earthquakes.

Structural engineering and the disaster recovery cycle

The critical role structural engineers play when a natural catastrophic event like an earthquake occurs.

The catastrophic 7.7 magnitude earthquake that happened on 28 March in Myanmar did substantial damage, impacting people over a large area and causing significant loss of life across the region.

Managing existing and building resilient efficient structures

Managing existing structures conference

A hybrid conference dedicated to ensuring the safety and durability of aging structures. Gain practical insights from real-world case studies on structural appraisal, retrofit, and life extension of existing buildings.

Structural concepts: designing more efficient structures - June 2026

This online course introduces four core structural concepts, intuitively interpreted from the Principle of Virtual Work, together with corresponding implementation routes and physical measures, empowering structural engineers to design more effective, efficient, and elegant (3E) structures. 

EEFIT - Observations from the Myanmar earthquake 28 March 2025

Joint Preliminary Virtual Reconnaissance Report (J-PVRR). Structural engineers are helping to address some of society’s biggest challenges – responding to natural disasters and the climate emergency.

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