GIS for Metropolitan Planning Training Course

 GIS for Metropolitan Planning Training Course 

Introduction 

Geographic Information Systems (GIS) for Metropolitan Planning Training Course is designed to strengthen the application of spatial data, geospatial technologies, urban analytics, and evidence-based planning in rapidly growing metropolitan regions. The course explores how GIS supports metropolitan land-use planning, transport planning, infrastructure development, environmental management, population analysis, urban growth monitoring, zoning, and sustainable development. Participants will develop practical capabilities in spatial databases, geospatial analysis, remote sensing integration, demographic mapping, network analysis, spatial modelling, and metropolitan-scale decision support. 

The training emphasizes modern GIS workflows for addressing complex metropolitan challenges such as urban expansion, congestion, informal settlements, housing demand, climate risks, infrastructure gaps, and environmental degradation. Participants will examine international planning practices and global case studies while learning how GIS can improve strategic planning, public-sector coordination, infrastructure investment, and resilient urban development. The course also demonstrates how GIS can support public-private partnerships, smart-city initiatives, sustainable development goals, and data-driven metropolitan governance. 

Course Objectives 

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

1. Apply advanced GIS concepts to metropolitan planning and urban development. 
2. Develop spatial databases for metropolitan land-use and infrastructure management. 
3. Perform geospatial analysis for urban growth and development control. 
4. Apply remote sensing and satellite imagery to metropolitan monitoring. 
5. Conduct spatial analysis for transportation and mobility planning. 
6. Map population, housing, socioeconomic, and demographic patterns. 
7. Use GIS-based suitability analysis for infrastructure and land allocation. 
8. Apply spatial modelling to climate resilience and environmental planning. 
9. Integrate GIS with smart-city and digital planning technologies. 
10. Develop GIS-based decision-support systems for metropolitan authorities. 
11. Apply spatial data visualization and interactive mapping techniques. 
12. Support evidence-based public-private partnerships and infrastructure planning. 
13. Develop strategic GIS workflows for sustainable and resilient metropolitan development. 

Organizational Benefits
 

• Improved evidence-based metropolitan planning and decision-making. 
• More efficient management of spatial and infrastructure data. 
• Enhanced urban growth monitoring and development control. 
• Better transportation and infrastructure investment planning. 
• Improved identification of service and infrastructure gaps. 
• Stronger environmental and climate-risk management. 
• Enhanced coordination among metropolitan planning stakeholders. 
• More effective visualization of complex urban information. 
• Improved support for public-private partnerships and smart-city projects. 
• Stronger capacity for sustainable metropolitan development. 

Target Audiences
 

1. Metropolitan and municipal planners. 
2. Urban and regional development professionals. 
3. GIS and geospatial specialists. 
4. Transport and infrastructure planners. 
5. Surveyors and land administration professionals. 
6. Environmental and sustainability professionals. 
7. Government and public-sector decision-makers. 
8. Consultants, development practitioners, and infrastructure project managers. 

Course Duration: 5 days

Course Modules

Module 1: GIS Fundamentals for Metropolitan Planning
 

• GIS concepts, spatial data structures, coordinate systems, and metropolitan applications. 
• GIS data acquisition, quality assessment, metadata, and spatial data management. 
• Metropolitan planning boundaries, administrative units, and spatial frameworks. 
• Integration of vector, raster, demographic, cadastral, and infrastructure datasets. 
• GIS workflows for evidence-based metropolitan planning. 
• Global case study: GIS-supported metropolitan planning in London, United Kingdom. 

Module 2: Spatial Databases and Metropolitan Data Management
 

• Design of geodatabases for metropolitan planning authorities. 
• Spatial data standards, interoperability, accuracy, and quality control. 
• Managing cadastral, zoning, land-use, road, utility, and demographic datasets. 
• Data integration from government agencies and external sources. 
• Cloud-based and collaborative geospatial data management. 
• Global case study: Integrated spatial data management in Singapore. 

Module 3: Land-Use Planning and Urban Growth Analysis
 

• GIS-based land-use classification and zoning analysis. 
• Mapping urban expansion, development patterns, and land-use change. 
• Spatial analysis for development control and growth management. 
• Urban growth modelling and metropolitan expansion scenarios. 
• Identification of development opportunities and spatial constraints. 
• Global case study: Metropolitan growth management in Tokyo, Japan. 

Module 4: Remote Sensing and Satellite Imagery
 

• Principles of remote sensing for metropolitan planning. 
• Satellite imagery processing and land-cover classification. 
• Monitoring informal settlements, urban density, and land transformation. 
• Change detection for environmental and infrastructure monitoring. 
• Integration of remote sensing with GIS databases. 
• Global case study: Urban expansion monitoring in Nairobi Metropolitan Region, Kenya. 

Module 5: GIS for Transportation and Mobility Planning
 

• Road-network mapping and transportation infrastructure analysis. 
• GIS-based accessibility, connectivity, and travel-time analysis. 
• Public transport route planning and service-area analysis. 
• Traffic congestion mapping and mobility pattern assessment. 
• Location analysis for transport terminals and infrastructure. 
• Global case study: GIS-based transport planning in Curitiba, Brazil. 

Module 6: Population, Housing and Socioeconomic Analysis
 

• Spatial analysis of population distribution and demographic change. 
• Mapping housing demand, density, affordability, and informal settlements. 
• Socioeconomic vulnerability and service-access mapping. 
• Location-based analysis of schools, hospitals, utilities, and public services. 
• GIS dashboards for population and community planning. 
• Global case study: Population and service planning in Cape Town, South Africa. 

Module 7: Environmental, Climate and Infrastructure Resilience
 

• GIS-based environmental impact and ecological sensitivity analysis. 
• Flood-risk, heat-island, drought, and climate-vulnerability mapping. 
• Infrastructure exposure and resilience assessment. 
• Green-space, watershed, waste-management, and environmental planning. 
• GIS support for sustainable and climate-resilient metropolitan development. 
• Global case study: Climate-resilient spatial planning in Rotterdam, Netherlands. 

Module 8: GIS Decision Support, Smart Cities and Strategic Planning
 

• Spatial multi-criteria analysis for metropolitan investment decisions. 
• GIS dashboards, visualization, web mapping, and planning communication. 
• Smart-city GIS integration and real-time urban data applications. 
• GIS support for public-private partnerships, infrastructure projects, and strategic planning. 
• Developing GIS-based metropolitan planning decision-support frameworks. 
• Global case study: Smart-city geospatial planning in Barcelona, Spain. 

Training Methodology
 

• Instructor-led presentations and interactive technical discussions. 
• Practical GIS exercises using realistic metropolitan planning datasets. 
• Demonstrations of spatial analysis, mapping, and geospatial workflows. 
• Global case studies and comparative metropolitan planning exercises. 
• Group assignments involving urban development and infrastructure scenarios. 
• Problem-solving exercises focused on real-world metropolitan challenges. 
• Interactive mapping and spatial decision-support activities. 
• Question-and-answer sessions, peer learning, and professional experience sharing. 

Register as a group from 3 participants for a Discount

Send us an email: info@datastatresearch.org or call +254724527104

Certification

Upon successful completion of this training, participants will be issued with a globally- recognized certificate.

Tailor-Made Course

We also offer tailor-made courses based on your needs.

Key Notes

a. The participant must be conversant with English.
 
b. Upon completion of training the participant will be issued with an Authorized Training Certificate
 
c. Course duration is flexible and the contents can be modified to fit any number of days.
 
d. The course fee includes facilitation training materials, 2 coffee breaks, buffet lunch and A Certificate upon successful completion of Training.
 
e. One-year post-training support Consultation and Coaching provided after the course.
 
f. Payment should be done at least a week before commence of the training, to DATASTAT CONSULTANCY LTD account, as indicated in the invoice so as to enable us prepare better for you.