sites, fauna movement pathways, and ceremony routes in relation to proposed mine layouts and supporting infrastructure. When incorporated during concept and pre-feasibility stages, this spatial integration can inform option development, avoidance strategies, and alignment decisions before capital commitments are locked in. More advanced applications, including digital twins and scenario modelling, introduce the ability to test design and sequencing options dynamically. These tools can support adaptive planning by illustrating how changes to layout, staging, or access may interact with cultural, environmental, and operational considerations over time. In mining contexts, this can assist teams in understanding cumulative impacts, construction interfaces, and long-term operational implications in a format that is accessible to both technical specialists and Indigenous decisionmakers. Importantly, these technologies do not replace cultural dialogue or governance processes. Rather, they complement them by translating engineering concepts into spatial and visual formats that support more informed discussion. By creating a shared reference point, VR and GIS can help reduce misinterpretation, support earlier convergence on viable options, and provide a more robust basis for participation in decision making. From a project delivery perspective, technology enabled co-design has value when applied early. By informing site selection, infrastructure corridors, and sequencing before designs are finalised, these tools can reduce late-stage redesign, limit heritage related disruption, and support clearer approval pathways. In this way, immersive and spatial technologies function not only as engagement tools, but as inputs to risk management and project definition in complex mining environments. Case Study: VR Enabled Consent and Engagement on Wik Waya Land In Queensland, Australia, the expansion of a bauxite mine on Wik Waya land underscored the importance of gaining consent from the Traditional Owners as a pivotal step for project progression. To facilitate understanding and informed decision making, 3D renderings of engineering drawings were presented in a VR context. This technological approach allowed Traditional Owners to virtually "walk" on Country and observe, in real time, the anticipated changes to their landscape before any physical work began. The VR tool proved invaluable by ensuring inclusivity: it was accessible to all members of the Traditional Owner group, regardless of language, mobility, gender, or age. This inclusivity fostered a comprehensive engagement process, so that every voice could participate and contribute meaningfully to the consent process. From a project perspective, the VR engagement supported earlier shared understanding of land disturbance extent and sequencing, informing consent discussions prior to detailed design finalisation. Additionally, Elders were able to perform cultural practices within the VR environment, including calling out to their ancestors. This act served to affirm that the work was proceeding with full consent and invoked protection for those involved in the project, reflecting the deep cultural and spiritual connections to the land that guided the engagement process. Image 2: Wik Waya Elder uses the virtual reality tool to visualize changes to the landscape ahead of construction activity. 80
RkJQdWJsaXNoZXIy MTM0Mzk2