Read the latest news on our research projects and other MRIWA updates
Stage 3 of C4P furthered local pilot pCAM production capabilities, development of expertise, and identified WA specific industry opportunities.
Published: 4 September 2026
Supporting innovative research that advances Western Australia’s minerals sector, the program offers five scholarships across priority areas including Critical Minerals, Net Zero Emissions Mining, Green Steel and Precision Mining.
Applications are now open for MRIWA’s 2027 Scholarships Program, supporting future research leaders undertaking innovative minerals and mining-related research in Western Australia.
Development of a data visualisation platform to predict battery state of charge for electric haul trucks via machine learning.
MRIWA’s involvement reflects our ongoing commitment to inclusive research ecosystems, reconciliation and supporting Indigenous economic participation in Western Australia.
Machine learning is transforming geological mapping and mineral exploration across Western Australia’s Yilgarn Craton
Recently-completed MRIWA project M0470A delivers new insights into the mineral endowment of the Fraser Zone, a highly prospective but complex exploration province in Western Australia.
New optimisation framework improves value, efficiency, and sustainability in mine planning
New battery models and control strategies support renewable integration, reduced energy costs and a cleaner future for WA’s mining sector.
MRIWA is proud to support the Indigenous-led Black Coffee Business Networking Event on 30 July 2026 at Mineral Resources Park, bringing together Aboriginal business owners, community leaders, and industry and research partners for meaningful connection.
Australia’s Super Anode Project advanced high‑performance anode materials, boosting national battery capability and creating major value‑adding opportunities for Western Australia’s graphite sector.
Electrifying mining fleets slashes emissions, cuts costs and unlocks safer, high‑performance operations—driving Australia’s next wave of mining competitiveness.
Recently-completed project M10412 provides new insights into the fundamental controls on high-grade gold ore systems.
