Cities are experiencing rapid population growth, infrastructure strain, climate pressures, and rising demand for efficient public services. Traditional urban planning methods are increasingly insufficient for managing complex, dynamic, and data-rich urban environments.
This course equips professionals with practical and strategic capabilities to apply Artificial Intelligence (AI) in smart infrastructure development and urban planning systems. It integrates geospatial analytics, predictive modeling, IoT data systems, and urban informatics to support evidence-based planning and infrastructure optimization.
Participants will learn how AI supports smart city development, transportation optimization, utility management, land-use planning, disaster resilience, environmental monitoring, and infrastructure forecasting. The course also explores digital twins, sensor networks, mobility analytics, sustainability modeling, and governance frameworks for smart urban systems.
Through real-world case studies, simulations, and hands-on spatial intelligence exercises, participants develop the ability to design AI-enabled urban systems that improve efficiency, sustainability, livability, and long-term infrastructure resilience.
Duration
10 Days
Who Should Attend
• Urban planners and city development officers
• Infrastructure and civil engineers
• GIS and geospatial analysts
• Smart city and ICT project managers
• Transportation and mobility planners
• Environmental and sustainability officers
• Public policy and urban governance professionals
Individual Impact
• Strengthen expertise in AI-driven urban planning and infrastructure systems
• Improve ability to apply geospatial and predictive analytics
• Enhance skills in smart city technologies and data-driven design
• Build competency in urban AI modeling and simulation
• Increase effectiveness in infrastructure planning and policy development
Organizational Impact
• Improve efficiency and sustainability of urban infrastructure systems
• Strengthen smart city planning and digital governance capacity
• Enhance data-driven decision-making in urban development
• Improve resource allocation and infrastructure forecasting
• Strengthen resilience against climate and urbanization pressures
By the end of this course, participants will be able to:
• Apply AI in urban planning and infrastructure design
• Use geospatial analytics for smart city development
• Develop predictive models for urban growth and infrastructure demand
• Integrate IoT and sensor data into urban systems
• Optimize transportation and mobility networks using AI
• Apply digital twin concepts in urban planning
• Strengthen sustainability and resilience in infrastructure systems
• Support data-driven urban governance and decision-making
Module 1: Foundations of AI in Urban Planning
• Introduction to smart cities and urban informatics
• Role of AI in infrastructure and city planning
• Data-driven urban governance models
• Overview of urban digital transformation
• Exercise: Assess smart city readiness
• Case Study: Global smart city implementations
Module 2: Geospatial Intelligence for Urban Systems
• GIS and spatial data in urban planning
• Mapping land use, infrastructure, and population density
• Spatial analytics for urban decision-making
• Hotspot and accessibility analysis
• Practical: Build a geospatial urban model
• Case Study: Spatial planning in metropolitan regions
Module 3: Predictive Modeling for Urban Growth
• Urban growth forecasting models
• Population dynamics and infrastructure demand modeling
• Scenario planning for city expansion
• AI-based land-use prediction
• Exercise: Develop a predictive urban growth model
• Case Study: Urban expansion modeling in major cities
Module 4: Smart Infrastructure and IoT Integration
• IoT systems in urban infrastructure
• Sensor networks for real-time monitoring
• Smart utilities: water, energy, waste management
• Infrastructure automation systems
• Practical: Design a smart infrastructure system
• Case Study: IoT-enabled smart cities
Module 5: Transportation and Mobility Optimization
• AI in transport planning and traffic management
• Public transport optimization systems
• Mobility-as-a-Service (MaaS) concepts
• Route optimization and congestion management
• Exercise: Build a smart mobility model
• Case Study: AI-driven transportation systems
Module 6: Digital Twins and Urban Simulation
• Introduction to urban digital twins
• Real-time city modeling and simulation
• Infrastructure performance monitoring
• Scenario testing and planning optimization
• Practical: Create a basic urban digital twin model
• Case Study: Digital twin applications in cities
Module 7: Environmental Sustainability and Climate Resilience
• AI for environmental monitoring and planning
• Climate risk modeling in urban systems
• Sustainable infrastructure design
• Green cities and emissions reduction strategies
• Exercise: Conduct urban sustainability analysis
• Case Study: Climate-resilient city planning
Module 8: Urban Governance and Smart City Policy
• Governance frameworks for smart cities
• Data-driven urban policy design
• Regulatory challenges in smart infrastructure
• Public-private partnerships in urban development
• Case Study: Smart city governance models
Module 9: AI Ethics, Security, and Data Governance
• Ethical considerations in urban AI systems
• Data privacy in smart cities
• Cybersecurity for connected infrastructure
• Responsible AI governance in urban systems
• Exercise: Conduct smart city risk assessment
• Case Study: Data governance in smart infrastructure
Module 10: Capstone Project and Smart City Strategy Design
• End-to-end smart city planning simulation
• AI-driven infrastructure design project
• Multi-sector urban integration strategy
• Future trends in AI-powered urban systems
• Capstone Exercise: Develop a smart city master plan
• Case Study: Next-generation urban innovation ecosystems
Whether you join us in a physical boardroom or through our virtual campus, we’ve designed every administrative detail for a seamless, professional experience.
Our fees are all inclusive during course hours.
From registration to the classroom, we keep things clear and efficient.
We provide premium environments optimized for adult learning and networking.
You’ll leave with tools that extend the course value far beyond the final day.
We validate your commitment to excellence with internationally recognized credentials.
Our relationship with you doesn’t end when the course closes.
We offer customized training solutions tailored to your organization's specific needs (location, dates, content and team size).
Talk to us and we’ll guide you on the best schedule and format for your team.
We turn knowledge into results. Using our P.E.A.K. Framework (Prepare, Engage, Apply, Know), every participant leaves with practical skills they can use immediately.
In the last 12 months, over 1,200 professionals have applied the P.E.A.K. Framework to reduce onboarding time by an average of 30% and accelerate project delivery across 14 industries.
The outcome: Participants don’t just learn. They gain the tools, confidence, and strategy to drive measurable impact.
Off-the-shelf solutions rarely fit perfectly. At ForElite Training Institute, we built our Tailor-Made Training (TMT) service to embed our expertise directly into your unique strategy, culture, and operations.
We replace generic examples with scenarios from your sector (e.g., public sector, NGOs, financial services, or logistics).
Choose a format that fits your operations: intensive 3 day bootcamps or weekly sessions that minimize work disruption.
We teach directly from your actual templates, brand guidelines, or financial reports.
Host your bespoke training in any of our 21+ global cities, or we'll send facilitators to your office anywhere in the world.
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