Digital Steel Passport Platform
The Digital Steel Passport Platform Customisation Review and Feedback Session focuses on traceability, data transparency, and sustainability in the steel supply chain.
WEBINAR
Join us online for a series of workshops on the Digital Steel Passport, a tool in development to improve transparency and data use across the steel supply chain. These sessions are part of the pilot phase and your chance to help shape how the platform is built.
Register now!
The Digital Steel Passport is taking shape. Here’s your chance to see it and steer it
Course content
Want to help shape how steel products are specified, tracked, and certified in Aotearoa?
Event details
Following the initial pilot workshops, the Digital Steel Passport platform has moved into a more developed stage. This session is your opportunity to review what’s been built, see how your earlier feedback has been incorporated, and weigh in on the customisation decisions still to be made.
Mick Fritschy (Rosella Street) and Osama Mughrabi (HERA) will walk you through the current platform and facilitate a focused discussion on what still needs refinement before the tool is ready for industry use.
What you’ll learn
- A walkthrough of the current platform build
- How the system handles compliance, certification, and traceability data
- Key customisation decisions and where your input matters most
- What comes next in the development process
Event Format
1-hour online workshop followed by 30 minutes for open discussion and feedback, facilitated by Mick Fritschy (Rosella Street) and Osama Mughrabi (HERA)
Cost
Free – for all participants
Book your spot!
Online via Zoom
3 June, 9:00–10:30 NZT
8 June, 9:00–10:30 NZT
10 June, 9:00–10:30 NZT
Speakers
Osama Mughrabi
HERA
Structural Sustainability and
Circular Economy Engineer
I work at the intersection of structural engineering and sustainability, helping to advance low-carbon design practices across New Zealand’s construction sector. My role involves technical research, industry collaboration, and the development of practical solutions to reduce the environmental impact of structural system, particularly using low-carbon steel and sustainable design frameworks.