Remote Sensing for Urban Planning
( 25 Modules )

Module #1
Introduction to Remote Sensing
Overview of remote sensing, its applications, and importance in urban planning

Module #2
Fundamentals of Remote Sensing
Principles of remote sensing, electromagnetic radiation, and sensors

Module #3
Remote Sensing Platforms
Types of platforms (airborne, spaceborne, UAVs), their characteristics, and applications

Module #4
Sensors and Instrumentation
Types of sensors (multispectral, hyperspectral, SAR, LiDAR), their characteristics, and applications

Module #5
Image Acquisition and Processing
Image acquisition methods, processing steps, and software tools

Module #6
Urban Planning and Remote Sensing
Overview of urban planning, its challenges, and the role of remote sensing

Module #7
Land Use/Land Cover Classification
Methods and techniques for land use/land cover classification using remote sensing

Module #8
Urban Growth and Sprawl Analysis
Analyzing urban growth and sprawl using remote sensing and GIS

Module #9
Building Detection and 3D Modeling
Methods and techniques for building detection and 3D modeling using remote sensing and LiDAR

Module #10
Urban Heat Island Analysis
Analyzing urban heat islands using thermal remote sensing

Module #11
Air and Water Quality Monitoring
Monitoring air and water quality using remote sensing and other datasets

Module #12
Disaster Risk Reduction and Management
Using remote sensing for disaster risk reduction and management in urban areas

Module #13
Urban Flood Risk Mapping
Creating flood risk maps using remote sensing and GIS

Module #14
Transportation Planning and Management
Using remote sensing for transportation planning and management in urban areas

Module #15
Urban Green Space Analysis
Analyzing urban green spaces using remote sensing and GIS

Module #16
Population Estimation and Urban Dynamics
Estimating population and analyzing urban dynamics using remote sensing and other datasets

Module #17
Big Data Analytics in Urban Planning
Using big data analytics in urban planning, including remote sensing and other datasets

Module #18
Data Fusion and Integration
Fusing and integrating remote sensing data with other datasets for urban planning

Module #19
Accuracy Assessment and Validation
Assessing the accuracy and validating remote sensing-based urban planning applications

Module #20
Case Studies in Urban Planning
Real-world case studies of remote sensing applications in urban planning

Module #21
Remote Sensing Software and Tools
Overview of remote sensing software and tools for urban planning, including GIS and programming languages

Module #22
Best Practices and Standards
Best practices and standards for remote sensing applications in urban planning

Module #23
Ethical Considerations and Privacy
Ethical considerations and privacy concerns in remote sensing applications for urban planning

Module #24
Future Directions and Emerging Trends
Future directions and emerging trends in remote sensing for urban planning

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Remote Sensing for Urban Planning career

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Remote Sensing for Urban Planning ( 25 Modules )

Remote Sensing for Urban Planning
( 25 Modules )