3D GIS for Urban Planning Training Course

 3D GIS for Urban Planning Training Course 

Introduction 

3D GIS for Urban Planning Training Course provides comprehensive practical knowledge in three-dimensional geographic information systems, spatial analysis, urban visualization, and digital city modelling for modern urban development. The course explores advanced 3D GIS technologies, geospatial data integration, terrain modelling, building information, urban digital twins, spatial databases, remote sensing, LiDAR, photogrammetry, and interactive 3D visualization. Participants will learn how to transform complex spatial datasets into actionable intelligence for urban planning, infrastructure development, land-use management, environmental assessment, and sustainable city development. 

The training emphasizes practical applications of 3D GIS for smart cities, urban growth management, development control, transportation planning, infrastructure coordination, environmental impact assessment, disaster risk management, and climate-resilient urban development. Through global case studies and applied exercises, participants will develop the skills to create, analyze, visualize, and communicate three-dimensional urban environments that support evidence-based planning decisions, stakeholder engagement, and sustainable urban transformation. 

Course Objectives 

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

1. Apply advanced 3D GIS concepts to contemporary urban planning and development.
2. Develop accurate 3D city models using geospatial and spatial database technologies.
3. Integrate LiDAR, photogrammetry, remote sensing, and terrain datasets.
4. Perform advanced 3D spatial analysis for land-use and infrastructure planning.
5. Apply digital twin and smart city concepts to urban development.
6. Create realistic 3D visualizations for planning proposals and development scenarios.
7. Analyze urban density, building heights, visibility, accessibility, and spatial relationships.
8. Support climate-resilient and sustainable urban planning using 3D geospatial intelligence.
9. Apply 3D GIS to transportation, utilities, and infrastructure planning.
10. Evaluate environmental and disaster-related urban risks using spatial modelling.
11. Develop interactive geospatial outputs for stakeholder communication.
12. Improve evidence-based decision-making through advanced urban geospatial analytics.
13. Implement best practices for 3D GIS governance, data management, and urban planning.

Organizational Benefits
 

1. Improved evidence-based urban planning and development control.
2. Enhanced spatial intelligence for infrastructure investment decisions.
3. Better visualization of proposed developments and urban scenarios.
4. More effective smart city and digital transformation initiatives.
5. Improved coordination of land, transportation, utilities, and public infrastructure.
6. Stronger environmental and climate-risk assessment capabilities.
7. Reduced planning errors through accurate three-dimensional modelling.
8. Enhanced stakeholder communication and public consultation.
9. Improved urban asset management and geospatial data governance.
10. Greater organizational capacity for sustainable and resilient city development.

Target Audiences
 

1. Urban and regional planners
2. GIS and geospatial professionals
3. Surveyors and land management professionals
4. Civil and municipal engineers
5. Architects and urban designers
6. Smart city and digital transformation professionals
7. Environmental and infrastructure specialists
8. Government, municipal, and development planning officials

Course Duration: 5 days
 
Course Modules

Module 1: Foundations of 3D GIS for Urban Planning
 

• Principles, concepts, applications, and benefits of 3D GIS
• 2D versus 3D geospatial modelling and urban planning workflows
• Coordinate systems, spatial reference frameworks, and geodatabase concepts
• Urban terrain, buildings, infrastructure, and landscape representation
• 3D GIS applications in smart cities and sustainable development
• Global case study: 3D city modelling applications in Singapore

Module 2: 3D Spatial Data Acquisition and Preparation
 

• LiDAR, photogrammetry, satellite imagery, drones, and surveying datasets
• Digital elevation models, digital surface models, and terrain generation
• Point clouds, mesh generation, and 3D feature extraction
• Data cleaning, processing, accuracy assessment, and quality control
• Integration of heterogeneous geospatial datasets
• Global case study: LiDAR-based urban modelling in New York City

Module 3: 3D City Modelling and Visualization
 

• Building footprints, heights, facades, terrain, and urban structures
• Level of Detail concepts and CityGML-based urban modelling
• 3D symbology, textures, rendering, and visualization techniques
• Urban morphology and building density visualization
• Interactive 3D scenes for planning and development proposals
• Global case study: 3D city visualization in Helsinki

Module 4: 3D Spatial Analysis for Urban Development
 

• Three-dimensional proximity, visibility, and spatial relationship analysis
• Shadow, solar access, viewshed, and skyline analysis
• Building density, floor-area ratio, and urban form assessment
• Land-use suitability and development potential modelling
• Scenario analysis for urban expansion and redevelopment
• Global case study: 3D planning and solar analysis in London

Module 5: 3D GIS for Infrastructure and Transportation Planning
 

• 3D modelling of roads, bridges, railways, utilities, and public infrastructure
• Transportation corridors and accessibility analysis
• Underground infrastructure and utility network visualization
• Construction planning and infrastructure coordination
• Integration of Building Information Modelling and GIS
• Global case study: integrated 3D infrastructure planning in Amsterdam

Module 6: Smart Cities, Digital Twins and Sustainable Urban Planning
 

• Smart city geospatial platforms and real-time spatial intelligence
• Urban digital twins and sensor-enabled city environments
• Climate resilience, energy efficiency, and sustainable urban design
• Environmental monitoring and urban heat-risk visualization
• Data-driven planning for resilient and low-carbon cities
• Global case study: urban digital twin development in Singapore

Module 7: 3D GIS for Risk, Environment and Development Control
 

• Flood modelling, disaster risk mapping, and emergency planning
• Environmental impact assessment using 3D spatial analysis
• Development control, building compliance, and zoning analysis
• Urban heat islands, green infrastructure, and environmental monitoring
• Scenario modelling for climate adaptation and resilience
• Global case study: 3D flood-risk planning in Rotterdam

Module 8: Advanced 3D GIS Applications and Project Implementation
 

• 3D GIS project planning, workflows, standards, and governance
• Web-based 3D GIS and stakeholder engagement platforms
• Urban planning dashboards and interactive visualization
• Communicating 3D spatial intelligence to decision-makers
• Developing an applied 3D GIS urban planning project
• Global case study: integrated 3D urban planning in Barcelona

Training Methodology
 

• Instructor-led presentations and interactive technical discussions
• Practical computer-based 3D GIS exercises and demonstrations
• Guided spatial data processing and urban modelling activities
• Real-world global case studies and best-practice analysis
• Scenario-based urban planning simulations and group exercises
• Hands-on project development and presentation
• Peer learning, question-and-answer sessions, and technical feedback
• Knowledge assessments, practical exercises, and course-end evaluation

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.