Day 1: Introduction to Geographic Information Systems (GIS)

• Definition and importance of GIS in infrastructure development

• Components of GIS and types of geographic data

• GIS software and tools overview

• Applications of GIS in engineering project planning

Day 2: Geographic Data Collection and Analysis for Projects

• Sources of geographic data (remote sensing, field surveying, databases)

• Modern data collection techniques (drones, satellites)

• Spatial data analysis and interpretation

• Integration and analysis of multi-source data

Day 3: GIS Applications in Infrastructure Planning and Design

• Planning transportation networks and roads using GIS

• Designing water supply and sewage systems

• Site analysis and land evaluation

• Environmental and social impact assessments with GIS

Day 4: GIS in Infrastructure Project Execution and Management

• Using GIS for progress monitoring and scheduling

• Resource management and risk analysis

• Integrating GIS with modern construction technologies (e.g., BIM)

• Practical case studies

Day 5: Modern Trends and Future of GIS in Infrastructure Development

• Artificial intelligence and machine learning in GIS

• Use of virtual and augmented reality technologies

• Developing smart GIS systems for infrastructure

• Innovation and future challenges