Training and Development
Contractor safety in Queensland’s coal sector isn’t just flawed—it’s dangerously broken, and one veteran risk expert is calling time on the whole system.
When Katrina Garven, Principal Database Consultant at Alias Database Services, reflects on how mining and exploration companies use geological data, she sees an industry undergoing a quiet revolution.
When Anton Kirsten took the stage at the Life of Mine | Mine Waste and Tailings 2025 conference in Brisbane, he wasted no time outlining a problem that’s been quietly growing into a full-blown crisis: there simply aren’t enough Engineers of Record (EoRs) to go around.
AI can transform mining operations, but as Dr Penny Stewart warns, its real value will only be unlocked if the technology is transparent, tested and trusted.
New rules, stricter enforcement and a state-wide crackdown are forcing South Australian mines and quarries to radically rethink how they manage crystalline silica exposure - or risk being shut down.
For an industry under mounting scrutiny and regulatory oversight, there is perhaps no role more critical - or misunderstood - than that of the Engineer of Record (EoR).
When it comes to identifying rocks in mineral exploration and mining projects, the human eye remains the industry’s most widely used tool, despite its limitations, but for Dr Michelle Tappert, co-founder of Hyperspectral Intelligence Inc.
In an era where emerging technologies promise to transform mining operations, from AI-driven optimisation to fully automated systems, the real challenge is not finding the next breakthrough.
At the sharp end of metallurgical decision-making, where feasibility meets financial risk, one recurring theme echoes loudest: if you don’t know your orebody, you don’t know your project.
In an industry awash with plug-and-play software and AI buzzwords, Oliver “Olly” Willetts, senior geologist and resource estimation consultant at SRK Consulting, stands out for his clear-eyed, problem-first approach to geoscientific data management.
