Developing Project Cost Estimates in Volatile Markets - RETC2023

- Organization:
- Society for Mining, Metallurgy & Exploration
- Pages:
- 12
- File Size:
- 180 KB
- Publication Date:
- Jun 13, 2023
Abstract
For public organizations, preparing accurate project cost estimates is a critical component
in capital project planning. Project delivery methods provide a structured
approach to moving projects through the design and construction lifecycle, and typically
use cost estimates as key inputs at each stage to determine if the project will
advance. As design stages can occur years or even decades before construction contracts
are awarded, estimates need to make reasonable assumptions about how the
work may be executed (means and methods) as well as potential future market trends
so that appropriate values for material pricing, labour costs, escalation, and owner’s
costs can be included.
This process is challenging enough during stable markets, as historic trends can
often be misleading and require a suitable understanding of economic factors to use
appropriately. When you mix in the market volatility that has been observed since
2020, developing accurate project cost estimates becomes even more challenging. In
cases such as this, having a structured approach to cost estimating that includes an
adequate risk-based reserves cannot be overstated as it provides the basis for ongoing
project decisions.
This paper explores some of the historic and more recent market trends that have
impacted key aspects of project cost estimates for capital project planning. It also provides
recommendations on how to develop cost estimates for infrastructure projects,
with examples from Metro Vancouver, which plans for and delivers regional-scale services
to 2.6 million residents. A brief commentary on the use of escalation clauses in
contracts is also presented.
Citation
APA:
(2023) Developing Project Cost Estimates in Volatile Markets - RETC2023MLA: Developing Project Cost Estimates in Volatile Markets - RETC2023. Society for Mining, Metallurgy & Exploration, 2023.