Curtin mining innovations shortlisted: geotechnical and safety takeaways for engineers
Reviewed by Tom Sullivan

First reported on Australian Mining
30 Second Briefing
Curtin University has shortlisted three mining-focused technologies for its 2026 Curtinnovation Awards: a machine-learning tool for predicting tailings dam failures, a low-energy sensor network for real-time underground strata monitoring, and a modular system for recovering critical minerals from low-grade waste streams. The shortlisted projects, all led by Curtin researchers, target high-risk domains such as tailings storage, deep-level ground control and mine waste reprocessing. For operators, the work signals more data-rich geotechnical surveillance and potential new value from legacy waste facilities.
Technical Brief
- Selection criteria emphasise deployability in operating mines, not just laboratory proof‑of‑concept prototypes.
- Tailings failure prediction work relies on machine‑learning models trained on historical dam performance and incident datasets.
- Underground strata monitoring research uses distributed, low‑power sensors designed for continuous operation in poor‑signal headings.
- Critical minerals recovery concept targets low‑grade waste streams, implying hydrometallurgical or physico‑chemical separation flowsheets.
- Safety framing of the awards links shortlisted work to high‑consequence risk domains rather than incremental productivity gains.
- Research outputs are scoped as enabling tools and systems; mine‑specific calibration, standards alignment and QA remain operator responsibilities.
- For industry, the pipeline suggests more data‑centric geotechnical risk controls and waste valorisation options over the next award cycle.
Our Take
Curtin University’s presence in several recent Australian Mining pieces – from gallium processing with Nimy Resources to rare earths work with Victory Metals – suggests the 2026 Curtinnovation Awards shortlists are emerging from an increasingly industry-linked research pipeline rather than purely academic concepts.
With Western Australia already highlighted in our coverage as a hub for critical minerals (gallium, rare earths, lithium) and iron ore research, mining-focused Curtinnovation projects in 2026 are likely to be picked up quickly by local operators looking for deployable safety and productivity tools.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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