Mining Geology and Mineral Exploration Techniques Training Course

Course overview

Finding an ore body is only the start; turning a promising anomaly into a defensible resource takes a chain of field, geophysical, geochemical and modeling work that has to hold up under audit. This course follows that chain from first mapping through to a reported resource, showing how each technique narrows uncertainty about grade, tonnage and geometry.

It is written for geologists and technical staff who work on exploration and mining projects and want a clearer view of how the pieces connect. The material keeps returning to a single question that decides whether a project advances: how confident can we honestly be in what lies underground, and what evidence supports that confidence.

The exploration and evaluation workflow in practice

Mineral projects now advance under close scrutiny from investors, regulators and communities, and reporting codes such as JORC and NI 43-101 set the language in which results must be stated. A geologist who understands how field observations feed geostatistics, and how cut-off grade choices move a reserve, can guide a project through stage gates with far fewer surprises.

Exploration budgets are also tighter and more data-rich than before, so teams are expected to integrate geochemistry, geophysics and drilling into one coherent picture instead of treating each survey in isolation. This course places those methods in the wider setting covered by our work on geological exploration and resource assessment, giving participants a frame for the decisions that follow every campaign.

What you will be able to do afterwards

After completing the course, participants should be able to:

• Interpret mineral deposit types and ore genesis processes.
• Plan and interpret field mapping and structural surveys.
• Select geophysical and geochemical survey methods.
• Design drilling and logging programs for later modeling.
• Build 3D ore-body and block models.
• Apply geostatistics to estimate ore grade.
• Explain how cut-off grade and reporting codes shape reserves.
• Communicate results to technical and non-technical audiences.

Course outline

Unit 1: Introduction to mining geology

• Mineral deposit types and ore genesis processes.
• How economic geology differs from purely academic study.
• Project stages from grassroots to mine.
• Where the geologist adds value at each stage.

Unit 2: Field exploration techniques

• Mapping geology and structure at prospect scale.
• Outcrop logging, sampling and recording conventions.
• Recognizing alteration and mineralization in the field.
• Turning field notes into a working geological model.

Unit 3: Geophysical survey methods

• Surveying magnetics and gravity for structure.
• Applying IP and resistivity for sulphide targets.
• Matching a method to the physical property of the target.
• Integrating geophysical data with mapping and geochemistry.

Unit 4: Geochemical exploration techniques

• Sampling soil, rock and stream-sediment geochemistry.
• Detecting and interpreting pathfinder element anomalies.
• Quality control and contamination avoidance in sampling.
• Ranking anomalies to prioritize follow-up.

Unit 5: Mineral resource modeling

• Building 3D ore-body and block models from drill data.
• Domaining and controlling geological boundaries.
• Applying geostatistics and grade estimation methods.
• Validating a model against the underlying data.

Unit 6: Ore reserve estimation

• Cut-off grade and ore reserve estimation logic.
• Modifying factors that move resources to reserves.
• Classifying confidence from inferred through to measured.
• Documenting assumptions so estimates can be reviewed.

Unit 7: Mining project planning

• Linking the resource model to mine design options.
• Scheduling, dilution and recovery considerations.
• Diamond and RC drilling as inputs to mine planning.
• Balancing grade, tonnage and cost across a mine life.

Unit 8: Environmental and sustainability considerations

• Environmental impact assessment and permitting.
• Water, waste and land considerations across the mine cycle.
• Community engagement and social license.
• Closure and rehabilitation planning from the outset.

Unit 9: GIS and remote sensing applications

• Managing exploration data in a GIS environment.
• Using remote sensing to target alteration and structure.
• Overlaying geochemistry, geophysics and geology spatially.
• Producing maps that support targeting decisions.

Unit 10: Risk assessment and management

• Sources of geological and estimation uncertainty.
• Resource sensitivity to cut-off grade and data density.
• Practical steps to reduce and communicate risk.
• Recording risk decisions for later scrutiny.

Unit 11: Reporting and communication

• Reporting resources and reserves under JORC and NI 43-101.
• Structuring a technical report for a mixed audience.
• Presenting confidence and limitations without overstating.
• Aligning maps, tables and text into one message.

Unit 12: Capstone mineral exploration case study

• Working through an interpreted exploration dataset.
• Deciding whether to advance or drop a target.
• Assembling field, geophysical and geochemical results.
• Presenting a defensible conclusion to the group.

How the course is delivered

The course is led by an experienced exploration geologist and runs through discussion, worked examples, and documented project case studies. Participants take guided walkthroughs of interpreted maps, drill data and block models, then work problems together in group exercises, keeping attention on interpretation and defensible reasoning throughout.

Who should attend

It suits exploration and mine geologists, resource and mining engineers, and technical or project staff who need to understand how targets become reported resources.

• Exploration and production geologists
• Resource and mining engineers
• Geophysicists and geochemists moving into resource work
• Project managers overseeing exploration campaigns

About EuroQuest International Training

Founded in 2015, EuroQuest International Training has delivered over 1,000 courses to more than 15,000 participants to date. It is headquartered in Bratislava, Slovakia, with training hubs in Dubai, London, Barcelona, Istanbul, Vienna, Paris, and Geneva, and focuses on practitioner-led technical courses for the resources and energy industries.

Frequently asked questions

Will completing this course let me sign off resource or reserve estimates?

No. Resource and reserve estimates require a competent or qualified person under the relevant reporting code, and this course is educational and does not certify estimates. What it does is help you understand how those estimates are built and reviewed, so you can contribute to and interrogate them with more confidence.

Are there live software or laboratory sessions in the course?

The course is discussion and case-study based, so there is no live software or laboratory session. Modeling and geostatistics are taught by examining interpreted datasets and block models together and reasoning through the choices behind them, which means you can follow everything without any specialist package installed.

Do I need mining experience before attending?

Some geological grounding helps, but the course starts from deposit fundamentals and builds toward reporting, so geologists and technical staff newer to the resource side can keep up. Participants with field or survey backgrounds often find it clarifies how their work feeds the final resource picture.

Related courses

• Advancements in Geological Mapping and Surveying
• Remote Sensing and GIS in Geosciences
• Marine and Coastal Geology for Resource Management
• Energy Resources and Geosciences Innovations

Register for this course

To build your team's confidence in taking a prospect from first anomaly to reported resource, register for this course or reach out to the EuroQuest team to secure a place and talk through scheduling.