Practical Geospatial Training for Real-World Applications
Intensive 7-day professional training in GIS, Remote Sensing, Earth Observation and Geospatial AI for students, researchers, professionals and organisations. Courses emphasise practical problem solving, spatial analysis and data-driven decision making across multiple disciplines.
Explore Courses by Application Area
Select a training area to move directly to its specialised professional courses.
GIS, Remote Sensing & Geospatial Computing Foundations
Core training in GIS, Remote Sensing, Google Earth Engine, Google Colab, spatial visualisation and practical geospatial project development.
Basics of GIS and Remote Sensing
Foundation course in GIS, spatial data, mapping and Remote Sensing concepts.
Google Earth Engine for Beginners
Introduction to cloud-based Earth observation and geospatial analysis with Google Earth Engine.
Python for Geospatial Data Analysis using Google Colab
Practical geospatial data processing and analysis in a cloud-based Python environment.
Spatial Data Visualization and Web Mapping
Present spatial information through effective maps, visualisation and web-based communication.
Advanced Google Earth Engine Applications
Advanced workflows for large-scale Earth observation and geospatial analysis.
Remote Sensing Image Processing
Practical processing, enhancement and interpretation of remotely sensed imagery.
Geospatial Project Development using Google Earth Engine and Google Colab
Develop complete applied geospatial projects integrating cloud analysis and reproducible workflows.
Agriculture, Crop Monitoring & Site Suitability
Applied geospatial training for agricultural monitoring, crop assessment, precision agriculture and data-driven site suitability analysis.
GIS and Remote Sensing Applications in Agriculture
Apply GIS and Earth observation techniques to agricultural monitoring, planning, crop assessment and resource management.
Geospatial Techniques for Site Suitability Analysis
Evaluate land suitability using spatial criteria, environmental variables and geospatial decision-support techniques.
Precision Agriculture using GIS and Remote Sensing
Use satellite observations and spatial information to support precision farming, field assessment and agricultural management.
Crop Monitoring using Satellite Remote Sensing
Monitor vegetation and crop conditions using satellite imagery, spectral information and Earth observation time-series.
Climate, Environment, Ecosystems & Conservation
Practical geospatial training for climate analysis, environmental monitoring, land-cover assessment, carbon, forests, wetlands, biodiversity and ecosystem conservation.
GIS and Remote Sensing for Climate Data Analysis
Analyse climate variables, spatial patterns and environmental change using geospatial methods.
Climate Change Impact Assessment using Geospatial Techniques
Assess climate-related environmental impacts through spatial data, Earth observation and applied geospatial analysis.
Environmental Monitoring using Google Earth Engine
Use cloud-based Earth observation for monitoring environmental conditions and landscape change.
Land Use and Land Cover Mapping using Google Earth Engine
Map and analyse land-use and land-cover patterns using satellite imagery and cloud processing.
Carbon Monitoring and Ecosystem Assessment
Apply geospatial techniques to carbon assessment, ecosystem condition and environmental monitoring.
Forest Monitoring and Deforestation Analysis
Monitor forest cover, vegetation change and deforestation using satellite observations.
Wetland Mapping and Conservation
Identify, map and assess wetlands using geospatial data and Earth observation techniques.
Biodiversity Mapping and Habitat Assessment
Use spatial information to assess habitats, biodiversity patterns and conservation priorities.
Public Health & Spatial Epidemiology
Practical geospatial training for public-health planning, disease mapping, spatial epidemiology, health-facility accessibility and environmental health assessment.
Geospatial Techniques for Public Health Planning and Management
Apply spatial analysis and Earth observation to public-health planning, service provision and evidence-based decision making.
Disease Mapping and Spatial Epidemiology
Analyse geographic patterns of disease, spatial clustering and population-level health variation.
Health Facility Accessibility Analysis using GIS
Assess geographic access to healthcare facilities using population, distance, network and spatial accessibility methods.
Environmental Health Risk Assessment
Integrate environmental and spatial information to identify areas of potential health risk and population exposure.
GIS for Health Research
Use GIS and spatial data within health research for mapping, analysis, interpretation and presentation of geographic evidence.
Legal, Land Administration, Security & Humanitarian Applications
Applied geospatial training for legal evidence, land administration, security analysis, crime mapping, border monitoring, critical infrastructure and humanitarian decision support.
Geospatial Techniques for Legal Evidence and Decision Support
Use maps, satellite imagery and spatial analysis to support evidence, investigation and legal decision making.
GIS for Land Administration and Cadastral Management
Apply GIS to parcels, cadastral information, land records and land-administration workflows.
Security Risk Analysis using Geospatial Intelligence
Analyse spatial patterns, locations and environmental context for security-risk assessment and decision support.
Crime Mapping and Spatial Analysis
Map crime events and analyse spatial patterns, concentrations and geographic relationships.
Border Monitoring using Satellite Imagery
Use Earth observation and spatial information to monitor border environments and geographic change.
Critical Infrastructure Monitoring using Geospatial Techniques
Map and assess critical infrastructure using GIS, Earth observation and spatial monitoring methods.
Conflict and Humanitarian Mapping
Apply spatial information to conflict analysis, humanitarian assessment and evidence-based response planning.
Mass Communication, Journalism & Digital Geospatial Media
Practical training for journalists, communication professionals and digital-media practitioners in location-based reporting, GIS, spatial storytelling, interactive mapping and geospatial communication.
GIS and Remote Sensing for Mass Communication
Use maps, satellite imagery and location-based evidence to strengthen reporting, communication and public understanding.
Data Journalism using GIS
Combine geographic data, spatial analysis and mapping with journalism to develop evidence-based news and analytical stories.
Story Maps and Interactive Geospatial Communication
Develop engaging map-based narratives and interactive spatial presentations for communication and public engagement.
Location Intelligence for Digital Media
Apply location-based information and spatial analysis to digital-media research, audience understanding and communication.
Urban Planning, Infrastructure, Population & Business Intelligence
Applied geospatial training for urban development, smart cities, transport, infrastructure, population analysis, location intelligence, markets, logistics and real-estate decision making.
Urban Planning using GIS
Apply spatial analysis, land-use information and mapping to urban planning and development.
Smart Cities and Spatial Analytics
Use geospatial data and spatial analytics to support smart-city planning and urban management.
Transportation Planning using GIS
Analyse transport networks, accessibility and spatial patterns for transportation planning.
Infrastructure Planning and Asset Management
Use GIS for infrastructure inventories, spatial planning and asset-management workflows.
Population Mapping and Urban Growth Analysis
Map population distribution and analyse patterns of urban expansion and growth.
Location Intelligence for Business Decision Making
Apply geographic information to business strategy, customer analysis and location-based decisions.
Market Analysis using GIS
Analyse markets, geographic demand, customer locations and spatial business opportunities.
Supply Chain and Logistics Mapping
Map logistics networks, routes, facilities and spatial relationships within supply chains.
Real Estate Site Selection using GIS
Evaluate locations for real-estate development using spatial criteria and suitability analysis.
Renewable Energy & Power Infrastructure
Applied geospatial training for solar and wind energy assessment, renewable-energy planning, site suitability and spatial analysis of power infrastructure.
Solar Energy Site Suitability Analysis
Evaluate solar-energy locations using terrain, solar-resource, accessibility and environmental suitability criteria.
Wind Energy Resource Assessment
Analyse wind-resource information, terrain and spatial constraints for renewable-energy assessment.
Renewable Energy Planning using GIS
Integrate spatial datasets and suitability criteria to support renewable-energy planning and decision making.
Power Infrastructure Mapping
Map and analyse power-generation, transmission and distribution infrastructure using geospatial techniques.
Research, Spatial Statistics, Machine Learning & Geospatial AI
Advanced professional training in geospatial research methods, spatial statistics, machine learning and artificial intelligence for Earth observation and spatial decision making.
Research Methods using GIS and Remote Sensing
Develop geospatial research questions, datasets, analytical workflows and reproducible research outputs.
Machine Learning for Geospatial Analysis
Apply machine-learning methods to spatial and Earth observation datasets for prediction, classification and analysis.
Artificial Intelligence in Earth Observation
Explore AI-based approaches for analysing satellite observations, environmental patterns and geospatial information.
Spatial Statistics for Decision Making
Analyse spatial patterns, relationships and geographic variation using statistical methods for evidence-based decisions.