This intensive 2-week course provides participants with a focused and hands-on exploration of Geographic Information Systems (GIS) tailored specifically for urban planning applications. Participants will delve into fundamental GIS concepts, spatial data analysis techniques, and their practical application in urban planning scenarios. Through interactive lectures, practical exercises, and real-world case studies, students will gain the skills necessary to utilize GIS technology effectively in urban planning projects.

By the end of the course, participants will be able to:

• Understand the fundamental principles of urban planning and GIS technology
• Effectively use GIS software to analyze spatial data and solve urban planning problems
• Apply spatial analysis techniques to assess land use, transportation, and environmental factors in urban areas
• Create comprehensive urban development plans and make data-driven decisions using GIS
• Collaboratively work on real-world urban planning projects and present outcomes effectively.

1. Enhanced Workforce Skills: Employees will acquire practical skills in GIS technology, enabling them to handle spatial data, conduct analyses, and contribute effectively to urban planning projects.
2. Improved Decision-Making: GIS technology allows organizations to make data-driven decisions in urban planning.
3. Efficient Project Planning: GIS enables organizations to efficiently plan urban projects by assessing land use, transportation networks, and environmental factors.
4. Enhanced Collaboration: Employees trained in GIS can collaborate more effectively with internal teams, external partners, and local communities.
5. Cost-Efficiency: By training existing staff in GIS applications, organizations can reduce reliance on external GIS consultants or experts, leading to significant cost savings in the long term.

• Urban planners, architects, and engineers
• Government officials and policymakers involved in urban development
• GIS professionals and analysts interested in urban planning applications
• Students and researchers in urban studies, geography, and related fields

10 days

Week 1: Understanding GIS Fundamentals in Urban Planning

Day 1: Introduction to Urban Planning and GIS

• Overview of urban planning principles
• Introduction to GIS technology and its relevance in urban planning

Day 2: Spatial Data Types and Sources

• Types of spatial data: vector and raster data
• Methods of spatial data collection: GPS, remote sensing, surveys

Day 3: GIS Software Familiarization

• Introduction to GIS software interface (e.g., ArcGIS, QGIS)
• Basic spatial data manipulation and visualization

Day 4: Spatial Data Management and Analysis

• Data storage, database management, and data quality assurance
• Spatial querying and data visualization techniques

Day 5: Spatial Analysis Techniques

• Overlay and buffer analysis for site suitability assessment
• Network analysis for transportation and utility planning

Week 2: Advanced Applications and Practical Projects

Day 1: Land Use Planning and Zoning Regulations

• Land use classification and change detection
• Zoning regulations and land use modeling

Day 2: Environmental Impact Assessment and Smart City Concepts

• Environmental impact assessment using GIS
• Introduction to smart city concepts and GIS applications

Day 3: Participatory GIS and Community Engagement

• Participatory GIS techniques for community engagement
• Case studies demonstrating community involvement in urban planning

Day 4: Urban Growth Modeling and Prediction

• Techniques for urban growth modeling using GIS
• Predictive modeling for future urban development

Day 5: Group Project and Final Presentation

• Collaborative group project: Comprehensive urban planning scenario using GIS
• Preparation and delivery of final presentations showcasing project outcomes