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    Glencore 2027 graduate programme: site rotation insights for mining engineers

    February 25, 2026|

    Reviewed by Tom Sullivan

    Glencore 2027 graduate programme: site rotation insights for mining engineers

    First reported on Australian Mining

    30 Second Briefing

    Glencore has opened applications for its 2027 graduate programme, offering two-year rotations across underground and open-cut operations, processing plants and corporate technical teams at its Australian copper, coal and zinc assets. Graduates in mining, geotechnical, mechanical, electrical and process engineering, plus environmental science and metallurgy, will be placed at sites such as Mount Isa Mines and the Hunter Valley coal operations, with structured mentoring and chartered status support. The intake targets students graduating in 2026, with applications now open via Glencore’s careers portal.

    Technical Brief

    • Graduates are expected to participate in continuous improvement projects, including cost-optimisation and throughput-debottlenecking initiatives.

    Our Take

    Glencore’s 2027 graduate intake in Australia comes as the company is ramping up long‑life copper assets such as Kamoto Copper Company in the DRC, signalling that early‑career talent will likely be channelled into copper and critical‑minerals growth rather than legacy coal alone.

    Across our mining coverage, Glencore appears more frequently in strategic copper and battery‑metal stories than most diversified peers, so an Australian graduate programme framed this far ahead to 2027 is likely about building a pipeline of engineers and geoscientists for decarbonisation‑linked portfolios.

    The abandoned Rio Tinto–Glencore mega‑merger reported on 6 February 2026 leaves both firms pursuing separate growth paths; for Glencore, that increases the importance of in‑house capability building such as this graduate programme rather than relying on acquiring talent through large corporate combinations.

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    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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