Applied Geostatistics Training Catalog

Recoverable Resource Estimation by nonlinear geostatistics – Module 1: Uniform Conditioning

UNIFORM CONDITIONING · NONLINEAR · GRADE TONNAGE ·

Get unbiased grade-tonnage curves even from sparse sampling. This module gives you a deep, practical command of Uniform Conditioning, computing grade, tonnage, and metal quantities across any cut-off with Isatis.neo. Join the training to estimate recoverable resources with confidence.

Recoverable Resource Estimation by nonlinear geostatistics – Module 2: Multiple Indicator Kriging and Conditional Expectation

INDICATOR KRIGING · CONDITIONAL EXPECTATION · RECOVERABLE ·

Choose the right tool for the deposit. This module gives you a working command of Multiple Indicator Kriging and Conditional Expectation and, crucially, the judgment to know when each one fits. Join the training to estimate recoverable resources with the right method every time.

Recoverable Resource Estimation by nonlinear geostatistics – Module 3: Simulations

SIMULATIONS · CONDITIONAL EXPECTATION · RECOVERABLE ·

Capture the full range of possible outcomes. This module introduces two conditional simulation techniques for grades and shows you how to post-process them into accurate grade-tonnage curves. Join the training to quantify uncertainty and estimate recoverable resources with realism.

Drill Hole Spacing Analysis – DHSA

DHSA · SIMULATION · DRILLING OPTIMIZATION

Drill smarter, not more. This hands-on, two-day course teaches you to quantify grade uncertainty as a function of drill spacing and design optimal drilling meshes that balance cost, recovery, and dilution all in Isatis.neo. Join the training to improve resource classification and reduce geological risk.

“The DHSA training was really great! Even though it was only a two-day course, everything was clearly explained and easy to follow. I especially liked that, even without much simulation experience, we could still follow along using Isatis.neo. I can already see how it will help me improve my work. ”

Data analysis, mapping and subsurface property modeling with geostatistics |

DATA ANALYSIS · MAPPING · SUBSURFACE

Harness geostatistical methods for insightful data analysis, accurate surface mapping, robust subsurface property modeling, and effective uncertainty quantification.

Machine Learning applied to geosciences and mining

MACHINE LEARNING · MINERAL RESOURCE MODELING · ISATIS.NEO

Hands-on machine learning course for mining: define domains, run classification and regression, and link scikit-learn with Isatis.neo.

Mapping and estimation of contaminated volumes using geostatistics

MAPPING · VARIOGRAM · KRIGING

From sample to remediation: learn geostatistics to rigorously map contamination, quantify impacted volumes, and confidently manage uncertainty in your remediation plans.

“This course is very useful for acquiring a minimum theoretical and practical knowledge level. It is intended for anyone wishing to use geostatistics, particularly in Contaminated Sites and Soils.”

Geostatistical inputs to resource classification

CLASSIFICATION · JORC · KRIGING

Turn geostatistics into defensible resource classification. This course shows you how to assess estimate confidence with kriging, simulations, and uncertainty quantification then apply quantitative, auditable criteria to classify resources into Inferred, Indicated, and Measured under the JORC Code. Join the training to classify with confidence.

Geological modeling by geostatistics

GEOLOGICAL MODELLING · GEOSTASTICAL MODELING COURSE · ISATIS.NEO

Learn to build realistic, uncertainty-aware geological models with advanced geostatistics Indicator Kriging, SIS, TGS, PGS and implicit modeling in Isatis.neo.

Multiple-Point Statistics simulations (MPS) with Isatis.neo

MULTIPLE POINT STATISTICS · KRIGING · ISATIS.NEO · DeeSse ENGINE

Learn Multiple-Point Statistics (MPS) simulation in Isatis.neo with the DeeSse engine model complex geology from training images. Hands-on training course.