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DESIGNING PROJECTS IN A RAPIDLY CHANGING WORLD

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3.5 SYSTEM ASSESSMENT<br />

RAPTA PROCESS<br />

1. Scoping<br />

4. System<br />

Description<br />

2. Engagement &<br />

Governance<br />

3. Theory of<br />

Change<br />

5. System<br />

Assessment<br />

SYSTEM ASSESSMENT<br />

Step 1 Explore alternative futures)<br />

Step 2 Assess general resilience<br />

(adaptive or coping capacity for<br />

unknown risks, trends or shocks)<br />

Step 3 Assess specified resilience (to<br />

known risks, trends, shocks)<br />

Step 4 Identify the potential benefits<br />

of maintaining current system<br />

identity, adapting and/or<br />

transforming the system<br />

Step 5 Summarise resilience status and<br />

adaptation/transformation<br />

needs<br />

6. Options &<br />

Pathways<br />

7. Learning<br />

Figure 13 Map of the System Assessment component, showing the steps<br />

3.5.1 Purpose of System Assessment<br />

In RAPTA the System Assessment component contains<br />

the core features of resilience thinking. This<br />

distinguishes it from other approaches, such as triple<br />

bottom line assessment or risk assessment methods.<br />

However, these and other forms of assessment (e.g.<br />

vulnerability assessment) may, if they already exist,<br />

provide a useful entry point to the component.<br />

3.5.2 Use in phases of project cycle<br />

The System Assessment will be very different in different<br />

phases of the project cycle. The assessment<br />

conducted in the project identification phase will rely<br />

on the judgement of a small subset of stakeholders.<br />

It will not be supported by a well-developed system<br />

description that reflects the interest and experience<br />

of all stakeholders. Rather, it will be a minimal assessment,<br />

developed for the purpose of contributing to<br />

the output of this phase.<br />

The project design phase requires a more detailed<br />

System Assessment because it will underpin the<br />

Options and Pathways. In the design phase, it<br />

requires a robust Engagement and Governance<br />

process. In the implementation phase, there will be<br />

new insights and perhaps critical knowledge gaps<br />

which need to be filled in the System Description<br />

and System Assessment as project interventions are<br />

implemented. For this reason, in the implementation<br />

phase the System Assessment component provides<br />

capacity to review and learn about the system in the<br />

light of new findings.<br />

3.5.3 Steps to conduct the System<br />

Assessment<br />

Step 1 Explore current and alternative future systems<br />

and states<br />

There are many ways and tools for envisioning and<br />

modelling futures and scenarios, with forecasting,<br />

hindcasting etc. This can be done in simple qualitative<br />

ways, through to very theoretical, and/or<br />

RAPTA guidelines for project design 63

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