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Regional Mobilisation Capability and Capacity Study

Categories:
Defence Industry
Nick Campton-Smith, Zaka Hayek, Scott Williams
2 mins

Approach and Methodology

  • The RMCCS work is challenging and complex, both in terms of content and concept. It involves conceptualising vast geographic and diverse regions into digestible findings of relevance for Defence mobilisation planning. Open-source reporting forms the foundation of the RMCCS work, comprising intense, in-depth analysis of specific mobilisation factors to derive critical insights into the impacts of Defence mobilisation on Northern Australia, and the realistic support potential of the regions for Defence operations.
  • The RMCCS work leverages an adapted Joint Military Appreciation Process (JMAP) operational planning methodology and ADF intelligence procedures, which produces a consistent and repeatable process for the assessment work. The scope of the RMCCS project highlights the requirement for Defence to revisit and enhance its understanding of the domestic operating environment. It is a practical and tested approach to refocus Defence planning on the complexities and challenges of mounting and sustaining support for operations leveraging the northern bases and civilian infrastructure.

Outcomes and Value Delivered

From May 2023 to October 2023, Synergy undertook a prototype assessment of the Kimberley region of Western Australia. This holistic, frank picture of the Kimberley operating environment was well received, and spurred Defence to request two additional RMCCS assessments.

From November 2023 to June 2024, Synergy successfully delivered RMCCS reports into the Northern Territory and Northern Queensland, and from July 2024 has commenced work into the Pilbara and Gascoyne regions of Western Australia.

Key Criteria Covered

  • Quantitative data analysis on identified risks
  • Assessing gaps and opportunities from the NCPRP 2024 for enhancement
  • Stakeholder Engagement sessions to garner perspectives and knowledge on the latest developments in complex risk assessment.