This paper gives an overview of the benefits for New Zealand in developing a National Digital Infrastructure Model (NDIM) and provides some examples of activities both here and overseas. It
Water infrastructure world-wide is facing a number of pressures including increasing demand due to population growth and urbanisation, increasing legislative requirements, climate change, and ageing infrastructure. Supporting growth and prosperity
The Quake Centre’s Building Innovation Partnership (BIP) has developed the proof-of concept for a National Pipe Data Portal. In this project, students from the Master of Applied Data Science (MADS)
This report is an output from the Quake Centre’s Building Innovation Partnership programme (BIP), which is jointly funded by industry and the Ministry of Business Innovation and Employment (MBIE). This
This report is an output from the Quake Centre’s Building Innovation Partnership programme (BIP), which is jointly funded by industry and the Ministry of Business Innovation and Employment (MBIE). This
Water infrastructure world-wide is facing a number of pressures including increasing demand due to population growth and urbanisation, increasing legislative requirements, climate change, and ageing infrastructure. Supporting growth and prosperity
Flood inundation is a frequent, widespread, and impactful hazard, which regularly causes damage to housing and infrastructure along with disruption to communities and businesses. Further, flood risk is expected to
Each year, there are around 6000 injuries on the New Zealand construction site that have resulted in more than a week away from work [1]. It is critical for the
This systematic literature review was conducted for the BIMSafe NZ project, which is a three-year, $1.7 million partnership between the construction industry and the government that intends to lower
This report generated by Quake Centre’s Building Innovation Partnership (BIP) is intended to provide an overview of the technologies that are available for in-situ pipe assessment as well as look