Geographic Information Systems and remote sensing have become essential to modern infrastructure planning, turning vast spatial and satellite data into the insights that guide where and how we build. This program equips engineers and planners to capture, analyse, and visualise geospatial data, supporting smarter decisions on routing, siting, and environmental management across infrastructure projects.
As infrastructure investment scales globally and data-driven planning becomes the norm, professionals who can work fluently with GIS and remote sensing are increasingly indispensable. This course combines practical spatial analysis with infrastructure applications and introduces emerging satellite, drone, and AI-driven analysis practices defining the future of spatial planning.
Course Objectives
Upon the successful completion of this program, attendees will be able to:
- Understand GIS concepts and spatial data models
- Navigate GIS software and manage projects
- Capture, import, and manage spatial data
- Work with coordinate systems and projections
- Create and edit vector and raster data
- Perform spatial queries and analysis
- Conduct overlay and proximity analysis
- Interpret satellite and aerial imagery
- Apply remote sensing for land use analysis
- Create digital elevation models and terrain analysis
- Produce thematic maps and visualisations
- Apply GIS to infrastructure route planning
- Conduct site suitability and siting analysis
- Integrate GIS with BIM and CAD data
- Manage geospatial databases
- Apply emerging trends in drone, satellite & AI analysis
Course Outline
- Module 1: GIS Concepts & Spatial Data Models
- Module 2: GIS Software Navigation & Project Setup
- Module 3: Spatial Data Capture, Import & Management
- Module 4: Coordinate Systems & Projections
- Module 5: Vector & Raster Data Creation & Editing
- Module 6: Spatial Queries & Attribute Analysis
- Module 7: Overlay, Buffer & Proximity Analysis
- Module 8: Satellite & Aerial Imagery Interpretation
- Module 9: Remote Sensing for Land Use & Land Cover
- Module 10: Digital Elevation Models & Terrain Analysis
- Module 11: Thematic Mapping & Visualisation
- Module 12: Infrastructure Route & Corridor Planning
- Module 13: Site Suitability & Siting Analysis
- Module 14: GIS Integration with BIM & CAD
- Module 15: Emerging Trends: Drone, Satellite & AI Spatial Analysis
Who Should Attend
This course is designed for civil engineers, urban and regional planners, environmental professionals, and GIS analysts involved in infrastructure planning, routing, and spatial decision-making. No prior GIS experience is required.
Registration & Inquiry
For more details & inquiry, please contact us at:
