Sandvik’s Digital Mining Technologies division, created in 2021 to drive underground electrification, automation, digitalisation and end-to-end optimisation, is now deploying interoperable systems across planning, execution and processing. The business integrates Deswik mine planning, Newtrax IoT and OptiMine/Fleet management with AutoMine automation to link real-time telemetry from loaders, trucks and drills to short-interval control and production scheduling. For engineers, the key shift is from siloed fleet and planning tools to a single data environment that can support dynamic haulage routing, energy use tracking and condition-based maintenance.

BHP president Americas Brandon Craig describes a “massive opportunity” to lift copper output from Tier‑1 assets such as the Escondida open pit in Chile and the Olympic Dam underground operation in South Australia. He points to latent capacity in existing concentrators, debottlenecking of haulage and crushing circuits, and incremental leaching projects as lower‑risk growth options compared with greenfield builds. For geotechnical and mining teams, the focus is on optimising pit slopes, underground ground support and tailings storage to sustain higher throughput without major new footprints.

Fortescue has joined the CoRE Learning Foundation as a garnet-level sponsor, backing its national STEM education program aimed at building a future workforce for mining, resources and renewable energy projects. The partnership supports CoRE’s project-based learning model, which links school curricula to real-world mine planning, orebody modelling and decarbonisation challenges faced by operators such as Fortescue. For geotechnical and mining engineers, this signals stronger pipelines of graduates familiar with digital geology tools, pit design concepts and energy-transition technologies before entering tertiary study or apprenticeships.