Training

Stania Bara Consulting offers a wide range of training services to suit every need, including standard training and cus-tomized training programs specific to your individual business systems and outcomes.

MINING COURSES

Your day to day activities are geared toward maximizing the resource and profit of your operations. The following train-ing courses have been designed to provide you with the skills required to apply our software tools to their greatest po-

tential. As well as the training courses listed below, SBC regularly provides bespoke training programs to meet your specific requirements.

TRAINING TOPICS

1. Geological Modeling & Mine Design Foundation

1.1 Geological Modeling

Objective

This training introduces you to the geological modeling process when creating an ore body model using CAE Mining (Datamine) Studio3. In this training, you will find principles and exercises associated with the following sections: 1. Getting Started :

In this section you will learn how to create the project, adding/removing/copying/editing files, and give you under-standing about software interface and display settings

2. Importing – Exporting Data:

In this section you will learn how to import and export files. You can import from/export to CAD Data, Spreadsheet Data, Text Data, Micromine, Minesight, Surpac, Vulcan, Mapinfo, ESRI, Earthworks

3. Generating Drillholes: This section will give you exercise to create 3D drillholes from raw drilling database, compositing

4. Visual Modeling Aids: This section will give you exercise how to setting the views, legend, edit the data attribute, and filter the data

5. Geological Correlation: In this section you will learn how to create geological correlation based on drillhole data and geological information using “Good Geology Come First” concept (AusIMM, Monograph 23)

6. Geological Wireframe Modeling: In this section you will learn to create 3D geology wireframe model based on geological correlation that has been

created before

Studio3 - 3D Geology

Model

Studio3 - Block

Model Studio3 - Mine Design

1.2 Block Modeling

Objective

In this training you will construct a block model based on the 3D geology wireframes model files. The model will

have an upper constraint defined by the topography and use the ore body volume wireframe to control the internal

constraints between ore and waste. The resultant model will be used in the following section which deals with estima-

tion of grade/quality into the model cells. In this training, you will find principles and exercises associated with the fol-

lowing sections:

1. Introduction:

Exercises in this section are :

Create suitable prototype model parameters

Filling the 3D geology wireframe with block models

Combine block model files become one file

Optimised the combination of block model

2. Grade Estimation:

In this section you will estimate the grades on block model based on grade information on drillholes, the exercises

are :

Create estimation parameter (search ellipse)

Estimating grade into block model using some methods

3. Tonnes and Grade Calculation:

In this section you will evaluate the block model that has been estimated before to get tonnage of resources

(resources estimation)

1.3 Mine Design

Objective

This subject introduces you to the key Studio 3 features used for the creation of an open pit and underground mine

design which would typically form part of a feasibility study or a long term plan of a mine planning cycle.

Studio3 - 3D Geology

Model

Studio3 - Block

Model Studio3 - Mine Design

2. Resource Estimation

2.1 Applied Geostatistic

This topic will gives you a understanding of the resource estimation and classification based on “Let The Ore

Body Speak” concept (AusIMM, Monograph 23).

You will learn :

Statistic, to analyze the database

Geostatistic, to define estimation parameter using variography

Kriging efficiency, to classify resources based on variance

2.2 Applied Kriging Neighborhood Analysis

This topic will gives you a exercise to define the optimum estimation parameter using Kriging Neighborhood

Analysis.

You will learn :

How to define the optimum estimation parameter, such as search radius, number of samples, and discreti-

zation

How to define the optimum block model cell size for resources

2.3 Dynamic Anisotropy

This topic will gives you a estimation method called “Dynamic Anisotropy”.

The dynamic anisotropy option allows the anisotropy rotation angles for defining the search volume and vario-

gram models to be defined individually for each cell in the block model. Thus, the search volume is oriented

precisely and follows the trend of the mineralization. This method useful for lateritic/alluvial/vein

grade estimation.

Studio3 - Geostatistic Studio3 - Kriging

Efficiency Studio3 - Dynamic

Anisotropy

3. Conditional Simulation

“Simulation is not Estimation”

Geostatistical simulation techniques provide robust and valuable tools for helping to solve mining

problems associated with risk and uncertainty. This training will use CAE Mining (Datamine) Stu-

dio3.

You will learn :

Declustering the cluster data,

Declustering is very useful to avoid bias from cluster data

Normalization the sets of data,

Normalization is a function to transform lognormal data to normal data, because simulation

needs the normal data distribution

Simulation and E-Type Estimate,

Simulate points based on real data (sample)

E-Type estimate is the average of the simulated points

Validation

Validate the statistic parameter of simulation result to original sample data

Probability from each simulation based on cutoff,

Display the probability of grade based on cutoff of each simulation

Comparison of Ordinary Kriging (OK) and E-Type Estimate,

Compare grade from estimation based on OK and E-Type estimate based on simulation

Declustering Sets of Data

Normalization Sets of Data

Simulated Model

4. Long Term Scheduling (Open Pit)

In this training you will be given in reserve optimization and strategic open pit planning using CAE Mining

(Datamine) NPV Scheduler 4. The components of the NPV Scheduler can be summarized as:

1. Data and Project Preparation

2. Create Economic Model

3. Create Ultimate Pit

4. Generate Pushback

5. Create Pushback Schedule

6. Mine Flow Optimizer

7. Material Allocation Optimizer

8. Haulage Optimization

5. Mid Term Scheduling (Underground)

This subject will introduce you to flexible design types make it easy to customize mine development and production

stopes for any mining method. Derived Activities model other mining tasks, such as drilling and backfill, to be incor-

porated into your schedule. By creating a database of standard design definitions, design consistency is maintained

throughout a project mine site or company. Changes in the database are automatically applied to the design. In this

training you will use CAE Mining (Datamine) Studio5D Planner and Enhanced Production Scheduler

NPV Scheduler 4 Studio5D Planner - Open Pit

Studio5D Planner -

Underground

6. CAE Strat3D (Coal)

CAE Strat3D is a practical stratigraphic modeling system dedicated to managing resource and reserve data arising

from stratigraphic deposits. Strat3D represents a step change in the mathematical modeling of stratiform geology to

create excellent 3D models for visualization, classification, evaluation, and ultimately, mine planning. In this train-

ing, you will find principles and associated with the following topics:

1. Geology Modeling :

a. Getting Started: Create New Project, Copying Input Files to Input Folder, Closing and Opening an Existing

Project

b. The Interface of Strat3D: Project Taskbar and Navigation Bar, Input Task Set, Structure, Quality, Evalua-

tion and Reporting Task Set, Visualization Task

c. Importing, Validating, and Building Drillholes

d. Define Strata: Import Strata From Holes, Modeling Defined Strata, Split Stratum Into Sub Strata, Set the color of each stratum

e. Define Faults : Selecting and Viewing Faults, Create New Fault, Define Attributes of Fault, Rename a Fault, Adjust Dip and Throw, Deleting an Existing Fault

f. Setup Qualities Modeling Parameters : Import Quality Data Definition, Setup Quality Interpolation

g. Correlation : Select Holes to Correlate, Navigation in Correlation Window, Format Display in Correlation Window, Change Strata Interpretation, Strata Depth Correction

h. Define Sections : Section From 1 Point, Section From 2 Point, Section From 3 Point, Multiple Sections

i. Create Expressions : Create Custom Expressions , Visualizing The Holes Using Expression That Has Been Created

j. Drillhole Analysis : Statistics Analysis of The Imported Holes, Create Histogram For Quality, Create Scat-ter Plot For Quality, Create Contour For Quality

k. Create Structure Model : Set Modeling Parameters, Run Model, View The Reports, Analyzing The 3D Mod-el, Visualizing The Strata Wireframes

2. Grade Estimation & Evaluation:

a. Quality Modeling : Run the Quality Interpolation, Analyzing The Qualities, Creating A New Legend, Visual-izing The Model With Qualities

b. Resource Evaluation : Defining The Regions To Evaluate, Evaluate The Resources

c. Reporting : Displaying The Fault, The Strata And The LOX Wireframes In The VR Window, Plotting The Fault And The Strata Wireframes, Planning Future Drillholes, Exporting The Strata Model

Strat3D - Correlation Strat3D - 3D Geology Strat3D - 3D Block Model

CAE Mining Software Training Schedule

Contact us:

PT. STANIA BARA CONSULTING

Komp DEPKES Blok A

Jl. Rawa Bambu No.7A, Pasar Minggu

Jakarta 12520, Indonesia

Telp : +62 21 78834767

Website : http://www.staniabaraconsulting.com

Email : training@staniabaraconsulting.com

Course Start Durations (Days)

CAE (Datamine) Studio3 Geological Modeling Tentative 2

CAE (Datamine) Studio3 Block Modeling

Tentative 1

CAE (Datamine) Studio3 Mine Design

Tentative 2

CAE (Datamine) Studio3 Resource Estimation

Applied Geostatistic Tentative 3

CAE (Datamine) Studio3 Resource Estimation

Applied Kriging Neighbor-hood Analysis

Tentative 1

CAE (Datamine) Studio3 Resource Estimation Dynamic Anisotropy

Tentative 1

CAE (Datamine) Studio3 Simulation

Conditional Simulation Tentative 2

CAE (Datamine) NPVS4 Long Term Scheduling

(Open Pit) Tentative 2

CAE (Datamine) Studio5D Planner & EPS

Midterm Scheduling (Underground)

Tentative 3

CAE (Datamine) Strat3D

( Coal) Geology Modeling,

Grade Estimation & Evalu-

ation

Tentative 2