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Geo AI Pro: Mastering GIS, Remote Sensing and Big Data

Geo AI Pro: Mastering GIS, Remote Sensing and Big Data

Geo AI Pro is a 12-month program combining 2 months of intensive classroom training with 10 months of stipend-based On-Job Training. The course equips learners with practical skills in GIS, Remote Sensing, GeoAI, and Big Data using real-world datasets and industry-standard tools. By the end of the program, learners gain the technical expertise and hands-on experience required for professional roles in the geospatial and data analytics sector.

Eligibility:

Any Graduate

Location:

Pune

Duration:

12 Months (2 Months Classroom Training + 10 Months Stipend-Based OJT)

Contact:

+91 7558688849

Overview

Geo AI Pro is a comprehensive 12-month training program designed to develop advanced geospatial, AI, and data analytics skills through a blend of classroom learning and practical industry experience. The course begins with 2 months of intensive classroom training, where learners gain strong foundations in GIS, Remote Sensing, GeoAI, and Big Data technologies using industry-standard tools and real-world datasets.

After completing the classroom phase, students move into a 10-month stipend-based On-Job Training (OJT) with industry partners. This hands-on experience allows learners to apply their skills directly on live projects in domains such as smart cities, environment, utilities, infrastructure, agriculture, and spatial data science.

By the end of the program, participants will be fully prepared to take on professional roles in GIS, Remote Sensing, GeoAI applications, and geospatial data analysis, supported by both technical expertise and real industry exposure.

You’ll Learn

Industry-Standard Software – Hands-on training in QGIS, ArcGIS, Python, Google Earth Engine, and cloud GIS tools.

Job-Ready Professional Skills – Build strong technical, analytical, and reporting skills for roles in GIS, RS, GeoAI, and geospatial data sciences

Real-World Project Experience – Apply your skills through live industry projects during the 10-month OJT.

Core GIS & Remote Sensing Skills – Master digital mapping, spatial analysis, and satellite image interpretation.

Professional Land Surveying – Learn Total Station operations, GPS/GNSS surveying, levelling, contouring, and field data collection.

Drone Technology & Data Processing – Understand UAV operations, flight planning, aerial data capture, and drone-based mapping.

Tools, Technologies and Concepts Covered

Course Structure

GIS Foundations & Base Mapping

– Introduction to GIS concepts and sector-planning mapping
– Google image & toposheet georeferencing
– Superimposed base maps
– Digitizing data from Google Earth to QGIS
– Base map digitization (area & features)
– Coordinate systems, projections & geometry basics

Tools Covered: QGIS, Google Earth Pro

GIS Software & Spatial Data Handling

– QGIS advanced tools & field calculator
– GRASS GIS overview, applications & testing
– ArcGIS Pro basics & advanced digitization
– Shapefile creation, attributes & labeling
– Spatial joins, polygon operations, clipping & merging
– KML to SHP conversion & vector export

Tools Covered: QGIS, GRASS, ArcGIS Pro

CAD–GIS Integration & Map Production

– AutoCAD fundamentals for GIS
– Raster & vector digitization in AutoCAD
– Topology concepts & drawing cleanup
– GIS–CAD data exchange
– Map layouts, print setup & export (DWG to PDF)
– Smart city layout & planning digitization

Tools Covered: AutoCAD 2025, ArcGIS Pro, QGIS

Remote Sensing & Image Processing

– Introduction to ERDAS Imagine
– Radiometric correction, haze & noise reduction
– Raster processing & spectral analysis
– Image mosaicking & classification (supervised & unsupervised)
– Reprojection, layer stacking & recoding
– Satellite image interpretation

Tools Covered: ERDAS Imagine

Terrain Analysis & Geospatial Data Modeling

– DEM generation & 3D visualization
– Slope, aspect & shaded relief mapping
– Contour generation & cut-profile analysis
– Raster-to-vector conversion
– Digital twin concepts & applications
– Spatial data management & clipping

Tools Covered: ArcGIS Pro, QGIS, Google Earth Pro

Surveying, GNSS & Field Data Integration

– Survey fundamentals & instruments
– ETS, GPS, GNSS, DGPS & RTK concepts
– Field data collection & processing
– Survey data integration into GIS & AutoCAD
– LiDAR basics & applications
– Practical assignments (ETS & DGPS)

Tools Covered: Total Station, DGPS, AutoCAD, ArcGIS Pro

Geo-AI, Drones & Advanced Applications

– AI fundamentals for GIS (ML, DL, computer vision)
– Python with GIS (ArcGIS, QGIS plugins, ModelBuilder)
– Google Earth Engine & spatial databases
– Deep learning for image classification (CNNs)
– Drone technology, mapping & data processing
– LiDAR & satellite data processing
– Industry applications: precision agriculture, urban planning, climate monitoring
– Final assignments, OJT report & specialization pathways

Tools Covered: Python, GeoPandas, PostGIS, GEE, AI Models, Drones

Testimonials

Start the Course

This course includes:

GIS Software Training (ArcGIS, QGIS, Google Earth Pro, ERDAS, Global Mapper, AutoCAD)
AI & Python for Geospatial Applications
Drone Technology & UAV Mapping
Professional Land Surveying
Data Collection & Pre-Processing
Machine Learning for Spatial Analysis
Tools, Platforms & Cloud GIS
Industry-Recognized Certification