• Understand the physics of remote sensing and image acquisition
• Perform supervised and unsupervised image classification
• Master vector and raster data analysis in GIS
• Generate Digital Elevation Models (DEMs) and topographic maps
• Handle multi-temporal data for change detection analysis
What you'll learn
- Understand EM spectrum and sensor types
- Acquire satellite data (Landsat, Sentinel)
- Perform image pre-processing and enhancement
- Execute supervised and unsupervised classification
- Analyze land-use changes over time
- Integrate RS data with GIS platforms for mapping
Requirements
- Basic GIS knowledge
- Computer with 8GB RAM minimum
- QGIS or ArcGIS software installed
Who this course is for
- GIS Professionals
- Environmental Scientists
- Urban Planners
- Agricultural Researchers
Course Content
Description
Remote Sensing and Geographic Information Systems (GIS) are transforming how we understand our world. This course takes you on a journey through electromagnetic spectrum analysis, satellite image processing, and advanced spatial modeling.
Learn to extract meaningful intelligence from raw data to solve complex environmental, urban, and agricultural challenges.
Learning Outcomes
Requirements
• Basic computer literacy
• Interest in geography or data science
• No prior GIS experience required
• Interest in geography or data science
• No prior GIS experience required
Target Audience
Urban Planners, Environmental Scientists, Surveyors, and Data Analysts.
Instructor
Admin User
Experienced instructor
