Cities today are growing faster than their infrastructure can keep up with, and health systems are under similar pressure to modernize or fall behind. The Arab British Fellowship Training Academy built this course around that exact tension — how smart technology, sustainable planning and digital healthcare tools can be combined to keep fast-growing cities livable.

Participants work through the practical building blocks of a smart city — energy, transport, water, waste and infrastructure — alongside the parallel shift happening in healthcare, from electronic records to telemedicine and AI-assisted diagnosis. The course closes by connecting the two: showing how a city's digital backbone and its healthcare system increasingly depend on each other.

Who should attend?

• Municipal leaders exploring smart city pilots in their own cities.
• Urban development and infrastructure planning professionals.
• Healthcare administrators and clinical staff involved in digital transformation.
• Environmental and community officers responsible for green space protection.
• Anyone building a career at the intersection of urban planning and public health.

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

• Apply smart-city principles to energy, transport, water and infrastructure planning.
• Evaluate green-community strategies that balance growth with environmental protection.
• Use electronic health records and telemedicine platforms to improve care delivery.
• Read health and city data to inform better, evidence-based policy decisions.

Module 1: The Problem Smart Cities Are Built to Solve

• Why rapid urbanization is pushing cities toward digital solutions.
• Core concept of a smart city and where the label actually applies.

Module 2: Renewable Energy and Smart Grids

• Integrating solar and wind power into city-wide energy systems.
• How smart grids balance supply, demand and efficiency.

Module 3: Smart Transportation and Mobility

• Data-driven public transport and traffic management.
• Building transport infrastructure that supports easy, sustainable mobility.

Module 4: Smart Water and Waste Systems

• Monitoring and reducing water usage with connected technology.
• Waste collection, recycling and emissions-control systems.

Module 5: Green Communities and Sustainable Planning

• Principles of sustainable, socially inclusive community design.
• Balancing growth with environmental standards in city planning.

Module 6: Smart Infrastructure and the Internet of Things

• Using IoT devices to manage lighting, utilities and city assets.
• Security and reliability challenges of connected infrastructure.

Module 7: The Economics and Politics of Going Smart

• Financing smart-city projects, including public-private partnerships.
• Social and cultural resistance, and how to build community buy-in.

Module 8: Global Lessons in Smart City Development

• Comparing smart-city approaches across developed and developing economies.
• What these projects mean for local and global economic growth.

Module 9: Technology's Expanding Role in Healthcare

• How AI supports diagnosis and treatment decisions.
• Internet-based tools extending healthcare access beyond the clinic.

Module 10: Electronic Health Records and Data Systems

• Building and managing reliable electronic health record (EHR) systems.
• How structured health data improves continuity of care.

Module 11: Telemedicine and Remote Patient Monitoring

• Delivering care remotely through smart devices and digital platforms.
• Extending healthcare reach to underserved areas.

Module 12: Big Data and Health Policy

• Using large-scale health data to guide treatment and resource allocation.
• Applying analytics to monitor and shape public health policy.

Module 13: Where Smart Cities and Healthcare Meet

• Integrating healthcare delivery into a city's smart infrastructure.
• Why coordination between the two systems improves outcomes for residents.

Module 14: Innovation and the Path to Sustainable Growth

• Emerging tools shaping the next generation of smart cities and healthcare.
• Building a sustainable model that ties urban growth to public health.