Our Services:

GIS Training for the mineral exploration and mining industry

GIS is the most powerful tool for organising, managing and making sense of large amounts of spatial data. For this reason it has quickly become a key factor in the mineral exploration and mining industry where managing the data generated by a project can be demanding and time-consuming. If handled properly, GIS can be a powerful tool in terms of your project planning and development.

We’re also aware that every project and company has different skill sets and objectives. General GIS understanding is important, but not very useful unless it targets the actual work you want to get done. Kenex can tailor your training to ensure you learn what you need in the most efficient way, using the software you prefer and the tools and knowledge you already have. We use the most advanced industry standard GIS software and are able to assist geoscientists in each step of creating a geographic system: from digitising and collecting data to performing spatial analyses, generating spatial predictive models and finally organizing the data in relationship spatial databases. Furthermore, we are able to create basic corporate focussed GIS viewers for management to aid the presentation of project data during capital raising meetings and/or potential joint venture or farm-in discussions.

The development of a full GIS system can be articulated in the following steps:

  •  Data compilation: being able to collect data from numerous different sources is a paramount skill for a successful compilation. Kenex can guide geoscientists through the process of importing data from tables and other formats, digitizing data out of maps and reports with the best possible accuracy and organizing the results in the most effective way. This allows the trainee to learn:
    • Workspace settings
    • Geographic datum and projections
    • Data editing
    • Data importing and exporting 
    • Map making


  • Spatial analysis: collecting data is a basic requirement in a GIS system, but the real value of a GIS becomes evident when there is a need to interpret the data collected. More advanced GIS skills are necessary for processing digital data to obtain the requested information. Examples include interpolating results from geochemical sampling, analysing digital satellite images to produce interpreted maps of vegetation cover or lithology or deriving slope information or catchment shapes from elevation. Kenex can help the trainee to learn the basics of spatial analysis, such as:
    • Data selection and queries
    • Raster images interpolation
    • Raster reclassification Surface analyses
    • Raster statistics
    • Vector spatial analysis and manipulation


  • Predictive modelling: Basic statistical gridding allows you to predict unknown values from within a single layer such as topography, geochemistry or hydrology. However the real power of GIS is when spatial modelling is applied to combine several different layers to predict outcomes based on probability. A successful spatial model needs to take into account of how strongly a particular theme is related to the occurrences being modelled and then combine all the themes weighted according to their importance to make a prediction. The result of a predictive model is a probability map that shows the likelihood of an occurrence being present in any given area. Kenex specialises in predictive modelling and can offer a course covering the following topics:
    • What is prospectivity modelling and how is it used in mineral exploration
    • Exploration models compared to genetic models Software, tools and basic GIS techniques
    • Spatial data analysis, spatial data correlations and the exploration model
    • Prospectivity models using fuzzy logic, weights of evidence and neural networks
    • Using the prospectivity modelling results for exploration targeting and planning


  • GIS Database creation and maintenance: GIS databases are the core of a geographic information system. Being able to handle the often overwhelming amount of data that a mineral project can produce and organise it in a functional database is probably the most important factor for creating a complete and efficient GIS system. Well-constructed geodatabases allow users to quickly visualise spatial data with all their attributes and eventual relations to tabular data, an example being drill hole locations and their related logs or assay results, and produce maps and reports with minimum effort. Kenex has more than ten years of experience in creating and managing large, complex spatial databases. Our own databases store millions of geochemistry records plus digital geological, topographic and cadastral information from all around the world, which are the basis of all our GIS projects. Kenex can therefore help the trainee in:
    • Understanding the basics of relational databases
    • Creating database schemas that suit your business
    • Working with relationships, unique keys and foreign keys
    • Importing and exporting data Assigning login and permissions to the spatial table
    • Visualising the data and their attributes in a GIS software

Contact Kenex for more information about the training options that we can offer: the broad variety of skills of our GIS team allows us to create custom courses designed specifically for the needs of our clients and suited for all levels.



Key People:

Greg Partington


Elisa Puccioni


Arianne Ford


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