Mining Geotechnics Course

Lesson 1 • Introduction to Mining Geotechnics

Defines geotechnics within the mining context and outlines its role in safety and production. Sets the framework for all subsequent technical content.

Lesson 2 • Groundwater Fundamentals in Mining

Presents hydrogeological concepts relevant to mine stability and drainage. Establishes pore pressure principles used in slope and underground analysis.

Lesson 3 • Rock and Soil Classification

Covers standard classification systems for intact rock and soil used in mine design. Provides the vocabulary and criteria applied throughout the course.

Lesson 4 • Basic Rock Mechanics Principles

Introduces stress, strain, and deformation concepts in rock masses. Builds the mechanical foundation required for stability analysis in later chapters.

Lesson 1 • Laboratory Testing of Rock and Soil

Describes standard laboratory tests for strength, deformability, and index properties. Links test results to design parameters used in stability models.

Lesson 2 • Field Data Collection Methods

Covers scanline mapping, window mapping, and drill core logging for geotechnical data. Ensures consistent, reliable input for rock mass classification.

Lesson 3 • Geotechnical Data Management

Addresses database design, quality control, and data workflows for geotechnical projects. Ensures data integrity for downstream analysis and reporting.

Lesson 4 • Geotechnical Domain Modeling

Integrates structural, lithological, and strength data into spatial geotechnical domains. Provides the model framework for slope and underground design.

Lesson 1 • Slope Failure Mechanisms

Identifies planar, wedge, circular, and toppling failure modes in open pit slopes. Provides the diagnostic basis for selecting correct analysis methods.

Lesson 2 • Kinematic Analysis of Slopes

Uses stereonet projection to assess structurally controlled failure potential. Connects discontinuity orientation data to slope design decisions.

Lesson 3 • Probabilistic Slope Analysis

Introduces probability of failure and reliability concepts for slope design. Quantifies uncertainty in geotechnical parameters and design outcomes.

Lesson 4 • Limit Equilibrium Methods

Applies limit equilibrium techniques to calculate factor of safety for slope designs. Covers method selection, input parameters, and sensitivity analysis.

Lesson 5 • Numerical Modeling for Open Pit Slopes

Introduces finite element and distinct element methods for complex slope analysis. Extends beyond limit equilibrium for structurally complex or large-scale slopes.

Lesson 1 • Ground Support Systems

Covers rock bolts, shotcrete, mesh, and cable bolts as components of ground support. Matches support elements to ground conditions and failure mechanisms.

Lesson 2 • Empirical Underground Design Methods

Applies the Q-system and stability graph methods to design excavation dimensions and support. Provides rapid, experience-based design tools for standard conditions.

Lesson 3 • Excavation Response and Failure Modes

Describes how rock masses respond to excavation through elastic, plastic, and brittle mechanisms. Identifies failure modes that govern support and excavation design.

Lesson 4 • Numerical Analysis of Underground Openings

Uses finite element and boundary element models to analyze stress and deformation underground. Extends empirical methods for complex geometry or high-stress conditions.

Lesson 1 • Data Analysis and Alert Systems

Processes monitoring data using trend analysis, velocity criteria, and automated alerts. Enables timely decisions to protect personnel and infrastructure.

Lesson 2 • Principles of Geotechnical Monitoring

Establishes the purpose, design logic, and performance objectives of monitoring programs. Connects monitoring to risk management and operational decision-making.

Lesson 3 • Underground Monitoring Systems

Applies convergence measurement, stress cells, and microseismic monitoring underground. Detects rock mass deterioration and seismic hazard in active mine workings.

Lesson 4 • Surface Displacement Monitoring

Covers prisms, total stations, radar, and GPS for measuring surface movement. Provides tools for detecting slope deformation in open pit and waste dump settings.

Lesson 1 • Waste Rock Dump Geotechnics

Covers dump geometry, material properties, and failure mechanisms for waste rock facilities. Establishes design parameters for stable dump construction and operation.

Lesson 2 • Seepage and Drainage in Tailings Facilities

Analyzes seepage through tailings embankments and designs drainage control measures. Manages pore pressure to maintain embankment stability and prevent piping.

Lesson 3 • Tailings Facility Risk and Closure

Assesses failure consequence, dam break analysis, and long-term closure requirements. Integrates risk management with regulatory and community obligations.

Lesson 4 • Tailings Material Characterization

Describes tailings geotechnical properties including gradation, plasticity, and consolidation. Provides the material basis for tailings facility design and stability assessment.

Lesson 1 • Dynamic Ground Support Design

Designs support systems capable of absorbing dynamic energy from seismic events. Selects yielding bolts, mesh, and shotcrete combinations for rockburst conditions.

Lesson 2 • Rockburst Hazard Assessment

Applies stress analysis and seismic data to assess rockburst potential in mine workings. Identifies high-hazard zones for targeted mitigation and re-entry protocols.

Lesson 3 • Seismic Monitoring and Analysis

Covers microseismic network design, event location, and source parameter analysis. Provides the data foundation for seismic hazard assessment and response.

Lesson 4 • Sources of Seismicity in Mines

Identifies tectonic, fault-slip, and strain-burst sources of mine seismicity. Establishes the physical mechanisms that drive seismic hazard in mining environments.

Lesson 1 • Geotechnical Management Plans

Structures geotechnical management plans covering design, monitoring, and review cycles. Ensures systematic implementation of geotechnical controls across mine operations.

Lesson 2 • Geotechnical Reporting Standards

Applies professional reporting standards for geotechnical investigations and design submissions. Produces clear, defensible reports meeting regulatory and client requirements.

Lesson 3 • Geotechnical Failure Consequence Analysis

Quantifies potential consequences of geotechnical failures on people, assets, and environment. Supports risk-based design decisions and emergency preparedness planning.

Lesson 4 • Geotechnics Across the Mine Life Cycle

Integrates geotechnical input from exploration through closure into mine planning decisions. Demonstrates how geotechnics evolves in scope and detail at each project stage.