SMART CITIES, SUSTAINABILITY,
AND INNOVATION SYSTEMS

Design cities for the future. Integrate technology, sustainability,
and governance to create resilient urban systems.

2 ECTS | 4 CATS (LEVEL 4)

COURSE OVERVIEW

This course analyses how cities integrate technology, sustainability, and governance to create efficient and resilient urban systems. It provides a structured understanding of urban innovation, infrastructure, and policy frameworks.

WHO IS THIS COURSE FOR

URBAN PLANNERS

Senior urban planners and municipal policymakers responsible for city strategy
and development

INFRASTRUCTURE ENGINEERS

Infrastructure engineers and technical consultants designing urban systems

SUSTAINABILITY DIRECTORS

Sustainability directors and urban development professionals leading smart city initiatives

WHAT YOU WILL GAIN

Understanding of smart city frameworks.

Insight into urban innovation and infrastructure systems.

Knowledge of governance and policy mechanisms.

Tools to analyse and design urban solutions.

COURSE STRUCTURE

1

Week 1

Smart city concepts and frameworks.

2

Week 2

Urban sustainability challenges.

3

Week 3

Technology and urban systems.

4

Week 4

Infrastructure and mobility.

5

Week 5

Energy and environmental systems.

6

Week 6

Governance and policy.

7

Week 7

Case studies and analysis.

8

Week 8

Proposal development.

LEARNING EXPERIENCE

2 hours of online teaching per week.

Case-based learning.

Peer interaction.

Guided independent work.

LEARNING OUTCOMES

BY THE END OF THIS COURSE, YOU WILL BE ABLE TO:

Describe key concepts in smart cities and urban systems.

Identify sustainability challenges in urban environments.

Apply basic frameworks to analyse urban innovation.

Communicate structured proposals for urban solutions.

ASSESSMENT AND FINAL OUTCOME

Your Final Project

Participants will develop a Smart City Innovation Proposal, addressing a specific urban challenge.

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