Mine Health, Safety, Environment & Tailings Management learning path: everything to study, topic by topic

Core risk concepts in mining including likelihood, consequence, risk matrices, and the hierarchy of controls applied to operational hazards.

Systematic identification of physical, chemical, geotechnical, and ergonomic hazards across mining operations through inspections and workplace risk assessments.

Behaviours, leadership, and reporting systems that build a strong safety culture, including stop-work authority, near-miss reporting, and visible felt leadership.

The duty-of-care principles, operator obligations, and worker rights that underpin mining HSE law and the general structure of HSE management systems.

Identifying material unwanted events, defining critical controls, and verifying their effectiveness through critical control management (CCM) and bowtie analysis.

Managing fatal-risk activities such as mobile equipment, ground control, energy isolation, and working at heights through fatal-risk standards and verification.

Selecting, fitting, and managing personal protective equipment as a last line of defence, including respiratory protection, fit testing, and PPE limitations.

Controlling high-risk tasks through permit-to-work systems covering confined space entry, hot work, and isolation, with clear authorisation and handover protocols.

Fundamentals of tailings storage facilities including embankment types, water balance, beach management, and the differences between upstream and downstream construction.

Managing tailings dam safety through failure modes, instrumentation and monitoring, freeboard control, and the engineer-of-record and dam safety review processes.

Applying the Global Industry Standard on Tailings Management including consequence classification, accountable executive, responsible tailings facility engineer, and disclosure.

Deposition planning and dewatered tailings alternatives such as thickened, paste, and filtered (dry stack) tailings, including their trade-offs and operational implications.

Managing mine water including acid and metalliferous drainage, water treatment, discharge limits, and site water balance to protect receiving environments.

Controlling fugitive dust, particulate matter, and emissions through dust suppression, monitoring, and management of occupational and community exposure.

Protecting biodiversity through the mitigation hierarchy, habitat management, no-net-loss commitments, and biodiversity offsets across the mine lifecycle.

Planning progressive rehabilitation and mine closure including landform design, closure cost provisioning, post-closure monitoring, and relinquishment criteria.

Building emergency response and preparedness capability including emergency response plans, incident command systems, drills, and escalation and communication protocols.

Preparing for tailings dam breach through dam break analysis, inundation mapping, trigger action response plans (TARPs), and community warning and evacuation systems.

Managing mine rescue capability including rescue teams, self-contained breathing apparatus, underground refuge chambers, and rescue from fire, inrush, and entrapment events.

Meeting mining HSE regulatory obligations including permits, statutory reporting, inspector engagement, and managing notices and enforcement actions.

Applying ICMM mining principles and performance expectations covering responsible production, human rights, social performance, and sustainability commitments.

Planning and executing HSE audits and assurance including audit programs, nonconformance management, corrective actions, and independent third-party review.

Measuring HSE performance using lagging indicators such as TRIFR, LTIFR, and environmental incident rates, and understanding their limitations and proper interpretation.

Designing leading indicators that predict HSE performance such as critical control verifications, hazard reporting rates, and action close-out, to drive proactive improvement.

Establishing board and executive HSE governance including accountability, risk appetite, management review, and assurance over critical and catastrophic risks.