Management of Smart Urban Infrastructure

An innovative course offered by EPFLx

Course Description

This innovative course delves into the exciting world of smart cities and the transformative impact of Information and Communication Technologies (ICTs) on urban infrastructure services. As cities worldwide transition towards becoming "smart cities," this course provides a comprehensive exploration of the challenges and opportunities presented by smart technologies in urban environments.

Over five weeks, students will gain in-depth knowledge of the principles governing smart urban infrastructure management and their practical applications in two crucial sectors: urban transportation and urban energy systems. This course is designed to equip learners with the skills and understanding necessary to navigate the rapidly evolving landscape of smart city development and urban infrastructure management.

What You Will Learn

  • Understanding the nature of disruptive innovations in urban infrastructure systems
  • State-of-the-art strategies for implementing smart infrastructure solutions in cities
  • Effective management of the transition from legacy infrastructures to smart systems
  • Avoiding early lock-in while supporting innovations in smart city development
  • Practical applications of course materials in smart urban transportation and energy systems
  • Challenges and opportunities associated with smart urban infrastructures
  • Principles for managing smart urban infrastructures to deliver optimal city performance

Pre-requisites

While there are no specific pre-requisites for this course, it is strongly recommended that students enroll in the previous MOOC on the Management of Urban Infrastructures to make the most of this learning experience. The course welcomes all passionate learners interested in smart cities and urban development.

Course Content

  • Introduction to smart cities and urban infrastructure challenges
  • The role of ICTs in transforming urban services
  • Disruptive innovations in urban infrastructure systems
  • Smart technology implementation strategies
  • Managing the transition from legacy to smart infrastructure
  • Smart urban transportation systems
  • Smart urban energy systems
  • Balancing innovation and avoiding early lock-in
  • Collaboration between technology vendors and public authorities
  • Measuring and improving city performance through smart technologies

Who Should Take This Course

  • Urban planners and city officials
  • Technology professionals interested in smart city solutions
  • Students of urban studies, engineering, and public policy
  • Professionals in transportation and energy sectors
  • Anyone passionate about the future of cities and urban development

Real-World Applications

How learners can use these skills in the real world:

  • Developing smart city initiatives and strategies for urban areas
  • Improving urban transportation systems through smart technologies
  • Enhancing energy efficiency in cities using smart grid solutions
  • Advising local governments on smart infrastructure implementation
  • Managing the transition of legacy urban systems to smart technologies
  • Collaborating with technology vendors to create tailored smart city solutions
  • Evaluating and improving city performance through data-driven approaches
  • Addressing urban infrastructure challenges with innovative solutions
  • Participating in public-private partnerships for smart city development
  • Contributing to sustainable urban development through smart infrastructure management