Mining Operations learning path: everything to study, topic by topic

Understanding open-pit versus underground mining methods, selection criteria, and the trade-offs that drive method choice for a given ore body

Fundamentals of ore bodies including grade, tonnage, geology, and the concepts of ore versus waste and cut-off grade that determine what is economically mineable

The end-to-end mining value chain from extraction through processing, materials handling, logistics, and export, and how each stage links to create saleable product

Weekly and monthly mine planning that sequences blocks, balances grade and tonnage targets, and translates the long-term plan into executable production schedules

Strategic life-of-mine planning including pit optimization, phase design, and scheduling that maximizes net present value across the life of the asset

Operational grade control practices including sampling, ore-waste demarcation, and reconciliation to ensure the material sent to the plant matches the plan

Classification of mineral resources and ore reserves, the modifying factors that convert resources to reserves, and the confidence categories used in public reporting

Drill and blast fundamentals including blast design, fragmentation, powder factor, and how blasting quality affects downstream loading and crushing performance

The load and haul cycle including loader-truck matching, haul road management, and cycle-time optimization that governs material movement productivity

Measuring and improving mobile equipment productivity through utilization, availability, and effective use of time to maximize tonnes moved per operating hour

Fleet management and dispatch systems that allocate trucks to loaders in real time, reduce queuing, and balance the fleet against the production plan

Fundamentals of comminution including crushing and grinding circuits, energy intensity, and the relationship between feed size and downstream recovery

The interface between mining and beneficiation, including how feed grade and blend affect recovery and concentrate quality, and how the mine can support plant performance

Managing run-of-mine and product stockpiles for blending, buffering, and grade homogenization to smooth feed to the plant and meet product specifications

Safety management systems including hazard identification, risk assessment, critical controls, and the leading and lagging indicators used to manage operational safety

Tailings storage facility management including dam stability, water balance, monitoring, and the governance practices that prevent catastrophic failure

Environmental compliance including permitting, water and dust management, rehabilitation, and closure obligations that govern the social and legal license to operate

Reliability engineering for mining equipment including failure modes, mean time between failures, and root cause analysis to extend asset life and reduce unplanned downtime

Designing maintenance strategy across preventive, predictive, and reactive approaches, and building maintenance plans that balance cost, risk, and availability

Managing physical availability and overall equipment effectiveness, decomposing losses into availability, utilization, and performance to target the biggest improvement levers

Condition monitoring techniques such as oil analysis, vibration analysis, and telemetry that enable predictive maintenance and early detection of impending failures

Understanding and managing unit cost per tonne, including the fixed and variable cost drivers, and how volume, grade, and efficiency interact to move the unit cost

Defining and using productivity KPIs across the operation, building dashboards and benchmarks, and connecting operational metrics to financial outcomes

Driving continuous improvement through structured problem solving, lean and value-driver trees, and embedding an improvement culture that sustains gains over time