Recently, I listened to a webinar organised by ACE New Zealand titled “A tikanga Māori approach to creating future-ready and resilient cities.” In this “webinar, speakers included Troy Brockbank ((Te Rarawa, Ngāti Hine, Ngāpuhi) Pou Ārahi Māori – Māori Advisory Lead (Principal) at Pattle Delamore Partners); Rau Hoskins (Director at Design Tribe); Tyrone Newson (Development…
Weathering steel for engineers – a sustainable solution to a better built environment | On-demand video 15 & 16 September 2021 AboutWho should participatePresentersPricesRegisterAbout With the increased use of weathering steel and the advantages of weathering steel to sustainable built environment, the HERA is pleased to present two webinars to share the latest information on…
We’re excited to announce that HERA’s long-anticipated Composite Design Software is now available for our members. In 2019, our Steel Research Panel identified it was important to develop electronic tools to support AS/NZS 2327 to allow our membership to better exploit the benefits of this standard. Responding to that feedback, we are pleased to release…
A recent technical study has come to HERA’s attention as it highlights our stance that you should choose infrastructure material based on design parameters. The technical study that we refer to was performed by the structural engineering firm Cary Kopczynski & Company in Seattle, WA. It compared the affordability of a hypothetical 10-story residential building…
A recent John Hopkins University Report validates our concerns at HERA around the lack of data and baseless assumptions relating to mass timber performance in high rise buildings. This is not a new conversation for HERA. We have previously raised concern about the lack of research relating to the fire performance of building materials generally…
HERA is pleased to announce the publication of HERA Report R4-153 – Steel building guide to NZS 3404:1997 amendment 1 and 2 worked examples. Authored by Dr Amir Yousefi, Dr Gary Djojo and Dr G. Charles Clifton of the University of Auckland. It’s primarily intended to be used as a learning resource for undergrad and…
E-Course | AS/NZS ISO 9606.1 Job Knowledge Gas Metal Arc Welding (GMAW/FCAW) |17-25 February 2021 | Four Series E-training Module 1: GMAW CS1:17 February 2021 Module 2: GMAW/FCAW CS2: 18 February 2021 Module 3: GMAW/FCAW CS3 : 24 February 2021 Module 4: VISUAL ASSESSMENT OF WELDS: 25 February 2021 OverviewBenefitsTraining ContentWelding SteelWelding Stainless SteelWelding AluminiumOther…
E-Course | AS/NZS ISO 9606.1 Job Knowledge Gas Metal Arc Welding (GMAW/FCAW) |17-25 February 2021 | Four Series E-training Module 1: GMAW CS1:17 February 2021 Module 2: GMAW/FCAW CS2: 18 February 2021 Module 3: GMAW/FCAW CS3 : 24 February 2021 Module 4: VISUAL ASSESSMENT OF WELDS: 25 February 2021 OverviewBenefitsTraining ContentWelding SteelWelding Stainless SteelWelding AluminiumOther…
Five-part series | Structural Bolting | E-course From 12:00pm – 2:00pm (NZST) Part one: 3 November 2020 | Part two: 10 November 2020 | Part three: 17 November 2020 | Part four: 24 November 2020 | Part five: 1 December 2020 AboutWhat you’ll getProgramsPresenterPricesRegisterAbout This e-course will address all aspects that structural engineers should know…
E-Course | AS/NZS ISO 9606.1 Job Knowledge Manual Metal Arc Welding |21-29 October 2020 | Four Series E-training Module 1: MMAW CS1 : 21 October 2020 Module 2: MMAW CS2 : 22 October 2020 Module 3: MMAW CS3 : 28 October 2020 Module 4: VISUAL ASSESSMENT OF WELDS: 29 October 2020 OverviewBenefitsTraining ContentWelding SteelWelding Stainless…
LIVE Webinar: Weathering Steel Rail & Road Bridges Design, Construction & Maintenance | 20-21 October 2020 with live Q&A at 3pm, 29th October AboutWho should participateTimesPresentersPricesRegisterAbout With the increased use of weathering steel in both Australian and New Zealand bridges the ASI and HERA are pleased to present a joint webinar to share the latest…
HERA has successfully provided Advanced FEA services to a range of projects both in Aotearoa and abroad. FEA is one of the most powerful numerical methods available to solve partial differential equations for complex structures. Providing a direct pathway to understand the feasibility of a new design or troubleshoot a problem. All without the need…