Building investment prioritisation framework

Resilient Organisations worked with a major New Zealand healthcare provider to develop a prioritisation framework for investment across a large portfolio of buildings.
 
The framework considers building resilience from a holistic perspective, delivering safe facilities that provide effective service delivery under a range of future conditions.
Project overview

Working with our client, and external engineers, we developed a framework for prioritising resilience investment across our client’s building portfolio. The process aimed to balance parallel and sometimes competing objectives including:

  1.  life safety risk related to seismic hazards
  2.  risks from other hazards, and
  3.  the need to effectively and efficiently continue operations with minimal disruption.

The framework guides users through a process of defining the criticality of the building, considering factors such as: occupancy; requirements for post-disaster functionality; risk to neighbouring structures and access routes; and importance of building to organizational functionality day to day.  The framework also includes consideration of ongoing maintenance costs; costs to relocate services during building works; potential future uses of buildings, and opportunities to change the use of buildings or to achieve service improvements through investment options.

It is designed to be a collaborative process carried out by a cross-section of staff familiar with operational, strategic, and crisis functions of the organization.   Application of the framework will help to achieve a robust building portfolio that supports the effective day-to-day operation of the business now and into the future.

Key contact
Charlotte Brown

Principal Research Consultant
Resilient Organisations Ltd
e : charlotte.brown@resorgs.org.nz

Our funders

This project was funded by a private client.

 

Project outputs

Brown C, Seville E, Horsfall S, Bugler G, Brunsdon D, Hare J. Seismic repair and retrofit prioritization framework. Earthquake Spectra. 2022;0(0). doi.org/10.1177/87552930221109292.

Download pre-print version of the paper
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