LDE structural engineers assessing an Art Deco building for seismic strengthening in Napier, Hawke’s Bay

Structural Engineering in Napier

Few New Zealand cities carry their seismic history as visibly as Napier. The 1931 Hawke’s Bay earthquake levelled the centre and gave rise to the Art Deco city that stands today, and that legacy keeps seismic assessment and strengthening at the front of structural work here. LDE’s Napier structural engineers design in steel, concrete and timber for residential, commercial and industrial buildings, and bring real depth to the assessment and strengthening of existing and heritage structures across Hawke’s Bay.

We size and detail new structures, design strengthening that respects a building’s character, and coordinate the structural design with the liquefaction-prone flats around Ahuriri and the port. With the port, horticulture and wine all major regional industries, our workload runs from packhouses and wineries to commercial premises and the city’s distinctive older buildings. Working alongside our geotechnical team, our Chartered Professional Engineers turn complex briefs into buildable, code-compliant structures, and stay close to a project through construction.

For Hawke’s Bay clients, that means structural advice that takes the region’s seismic reality seriously.

How our Napier team delivers structural engineering

In a high-seismic city built on a 1931 rebuild, seismic performance and the strengthening of existing buildings shape much of the structural work. Our Napier engineers design in steel, concrete and timber for new builds, and bring particular depth to the assessment and strengthening of older and heritage structures across the city.

It is the same structural engineering capability behind our buildings work across Hawke’s Bay, covering new design, alterations and seismic strengthening.

Seismic assessment and strengthening of existing and heritage buildings
Structural design for residential, commercial and industrial builds
Steel, concrete and timber framing for new structures
Foundation coordination on liquefaction-prone Ahuriri and coastal flats

Building standards and consenting in Hawke’s Bay

Building work in Napier is consented through Napier City Council, with Hawke's Bay Regional Council hazard information informing the wider context. We design every structure to the New Zealand Building Code and the relevant national standards.

New Zealand Building Code clause B1 Structure
Standards New Zealand loadings and seismic design standards
Engineering New Zealand chartered practice

Structural capability across Hawke’s Bay

We bring full structural design to new builds, alterations and seismic strengthening across Hawke’s Bay, in steel, concrete and timber, with particular strength in the assessment and strengthening of the region’s older and heritage buildings. Our wider work supports buildings across the region, and you can explore examples on the projects page.

Common questions about structural engineering in Hawke’s Bay

Does LDE carry out seismic strengthening of Napier buildings?

Yes. Seismic assessment and strengthening is a core part of our Napier work, given the city’s history and its many older and Art Deco buildings. We assess the structure, design the strengthening and detail it to respect the building’s character.

How does liquefaction risk affect structural design in Napier?

The reclaimed and coastal flats around Ahuriri and the port carry liquefaction risk, so the structure and its foundations are designed together to tolerate the ground behaviour. We coordinate the structural and geotechnical design from the outset.

Who carries out LDE’s structural work in Napier?

Chartered Professional Engineers from our team, backed by the wider LDE network across New Zealand and Australia.

Can LDE strengthen a heritage or Art Deco building?

Yes. Napier’s heritage and Art Deco buildings need strengthening that lifts seismic performance while protecting their character. We assess the structure, design a sympathetic strengthening scheme and provide the documentation your consent needs, so the building’s value and its safety both improve.