Learn AutoCAD, ArcGIS and QGIS through industry-focused projects: geological maps, mining plans, contour maps, DEM/DTM analysis, land-use mapping, mine surveys and spatial analysis.
From raw survey data → GIS → map → CAD drawing → professional project output.
Every module is designed around the work students actually encounter in geology, mining, geography, exploration, surveying and environmental projects.
Mine plans, pit layouts, haul roads, benches, dumps, stockpiles, contours, sections, volume calculations and survey outputs.
Geological mapping, lithology layers, structural data, mineral exploration maps, sections, borehole data and thematic maps.
LULC classification, DEM analysis, watershed mapping, urban mapping, spatial analysis and satellite-data workflows.
Start from the basics or combine all three software packages into one job-ready pathway.
A simple progression designed for students, fresh graduates and working professionals.
Coordinates, projections, layers, symbology, CAD basics and GIS concepts.
Digitization, DEM, contours, spatial analysis, sections and survey data.
Build geological maps, mine plans, LULC maps and quantity-analysis projects.
Turn your projects into a portfolio for internships, jobs and freelance work.
Stop learning GIS software through generic tutorials. Work on examples from mining, geology and geography and build a portfolio you can show to employers.
Join the Next BatchNo. Beginner-friendly batches can start from the fundamentals and progressively move to industry workflows.
Yes. The curriculum includes mining plans, surface plans, contours, sections, survey data, dumps, stockpiles and other mine-related GIS/CAD applications.
Yes. Geography-focused projects include LULC, DEM, terrain, satellite imagery, digitization and spatial analysis.
The course can be structured around downloadable practice datasets, assignments and a final portfolio project.
Enquiries are sent to the WordPress site administrator email.