Smart Cities – Management of Smart Urban Infrastructures from Coursera

Learn about Smart Cities within the context of management of urban infrastructures. The introduction of Smart urban technologies into legacy infrastructures has resulted in numerous challenges and opportunities for contemporary cities and will continue to do so. This course will help you to understand how to make the best of these smart technologies in your cities’ legacy infrastructures.

Over the past few years, advances in the Information and Communication Technologies (ICTs) have significantly challenged the traditionally stable land scape of urban infrastructure service provision. This has resulted in increasing interest from both technology vendors and public authorities in the transition of cities towards so-called “Smart Cities”. Although such “Smart technologies” can provide immense opportunities for citizens and service providers alike, the ICTs often act as disruptive innovators of urban infrastructure service provision.

In this MOOC, you will gain a thorough understanding of the challenges and opportunities associated with the Smart urban infrastructures, namely Smart urban transportation and Smart urban energy systems. Over the journey of this 5-week online course you will learn about the most important principles for the management of Smart urban infrastructures as well as the applications of these principles in the transportation and energy sectors.

This course does not have any prerequisites. However, to take the most away from of this MOOC, we strongly encourage you to enroll in our other MOOC on the Management of Urban Infrastructures, which has been widely praised by learners.

Through this course, you will:

- Gain a deep understanding of the nature of disruptive innovations (smart technologies) in urban infrastructure systems;

- Learn about state-of-the-art strategies for effectively managing the transition from legacy infrastructures to smart urban systems;

- Study the management of the transition phase from legacy infrastructure systems to smart cities by supporting innovations while avoiding early lock-in; and

- Understand potential applications of the materials learned in this course within the context of the management of smart urban transportation systems as well as smart urban energy systems.

What's inside

Syllabus

Introduction to Smart Urban Infrastructures and Smart Cities

‘Smart City’ is a notion that is widely, and sometimes not appropriately, used by urbanists across the globe. This week will help you to get a more clear understanding of this notion by using a rigorous conceptual framework, which is based on the systems theory. In this week, we will explain the concept of Smart Cities by reviewing different conceptual approaches to Smart Cities and discussing the pros and cons of each approach.

Smart Urban Energy Systems

Smart Energy Systems are one of the top priorities on the agenda of local governments, nation states and technology suppliers. In this week, we deep dive into the energy sector to explore some of the most important managerial considerations in the transition phase and operation of Smart Urban Energy Systems.

Smart Urban Transportation Systems

Many Smart Transportation Technologies are already tested on the roads and in cities across the globe. Driverless vehicles as well as car and ride sharing solutions are not anymore futuristic visions for urban transportation systems; but realities that pose significant opportunities and threads for legacy urban transportation systems. In this week, we deep dive into the urban transportation sector and discuss some of the most important managerial considerations to facilitate the transition phase, and operation of Smart Urban Transportation Systems, thanks to availability of data.

Towards Smart Cities: part 1

The transition of legacy cities to Smart Cities is not a spontaneous process. To get the transition process right, and to the benefit of citizens, cities have to adopt effective management and governance approaches to successfully deal with numerous complexities of this process. This week will help you to understand the most important factors in the transition phase of legacy cities to Smart cities and their managerial implications.

Towards Smart Cities: part 2

Management of Smart Cities calls for different approaches from conventional urban management approaches. In this week, we focus on the role of city government in the network of actors who play an important role in management of Smart Cities.

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Introduces students to 'Smart City,' which is a widely used concept among urbanists

Taught by Matthias Finger, who is recognized for their work in Smart Urban Infrastructures

Offers a deep understanding of the nature of disruptive innovations (smart technologies) in urban infrastructure systems

Examines the management of the transition phase from legacy infrastructure systems to smart cities by supporting innovations while avoiding early lock-in

Explores potential applications of the materials learned in this course within the context of the management of smart urban transportation systems as well as smart urban energy systems

Teaches state-of-the-art strategies for effectively managing the transition from legacy infrastructures to smart urban systems

Reviews summary

Smart city management

learners say this course showcases smart cities through insightful interviews with experts in the field. This course covers critical elements including digitalization, data integration, and challenges urban managers face when creating a smart city. Students from diverse backgrounds, like urban planners and tech professionals, will benefit from this course.

Multiple language options are available, making the course accessible to a wider audience.

"Quite informative. Loved the way of instructions. It's a very simple English accent and I was able to grasp it even without subtitle."

Top-notch academic and industry professionals collaborate to deliver the course material.

"Excellent explanation of the key concepts. Students have been shown a clear roadmap of the future."

Practical insights emerge through interviews with professionals, enhancing the learning experience.

"The interviews complement very well the info given by the professor."

Emphasis on real-world examples and case studies helps students grasp the practical applications of smart city concepts.

The course provides a systematic learning structure that takes students on a logical journey.

"Every block is laid out in systematic manner to provide a more conducive learning environment to the participant."

This course focuses on establishing a strong theoretical framework for understanding smart cities.

"Excellent course for building an understanding of smart cities and the associated fundamentals of the transition."

Informative interviews from industry experts bring real-world examples to life.

"The interviews with Smart City practitioners are very informative and helpful."

"Interviews are generally from global industrial players and generally very high-level."

"I have come to realizes that in this era of information, data management- in particular development of the data layer is primary for an organization to compete."

Some students report the course is too long or theoretical, which could impact engagement and retention.

"es un curso muy largo y las lecciones son MUY teóricas, me hubiese gustado menos información teórica y más práctica."

"This course is really diversified. It gives us a chance to be introduced into Smart City concept with a holistic views. It's very adapted to any person who want to be introduced into Smart City concept."

The course is more focused on a broad overview rather than delving into technical details.

"Overall course structure and the scale of content is well-suited to the complexity of Smart Cities context."

Since the course was released in 2017, some of the technical details may be outdated.

"As the course was released in 2017, the technical details are a slightly obsolete and will become further behind the times, however, it's a great place to begin as the conceptual framework will most likely remain the same for years to come."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Smart Cities – Management of Smart Urban Infrastructures with these activities:

Review Data Analysis Techniques

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Brush up on your data analysis skills to prepare for analyzing Smart City data and making informed decisions.

Browse courses on Data Science

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Review textbooks or online resources on data analysis.
Practice data cleaning and visualization techniques.
Complete exercises or small projects to test your understanding.

Review 'Smart Cities: Digital Technologies for Urban Living'

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Deepen your understanding of Smart City concepts by reading and summarizing key insights from a recommended book.

View Smart Cities: Big Data, Civic Hackers, and the... on Amazon

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Read the book thoroughly.
Take notes on important concepts and ideas.
Write a summary that outlines the main arguments and findings.

Review Smart City Concepts

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Explore online tutorials and resources to strengthen your understanding of Smart City concepts, enabling you to engage more effectively with the course materials.

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Search for online tutorials on Smart Cities.
Watch videos and read articles to gain insights.
Take notes and summarize key concepts.

Four other activities

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Show all seven activities

Compile Smart City Resources

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Gather and organize relevant resources, such as articles, websites, and videos, to create a comprehensive knowledge base that supports your understanding of Smart City concepts.

Browse courses on Urban Innovation

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Conduct online research to identify valuable resources.
Categorize and organize the resources effectively.
Share the compilation with peers for feedback.

Engage in Peer Discussions

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Connect with peers to exchange ideas, discuss course materials, and gain different perspectives on Smart City concepts.

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Join or start a study group.
Organize regular meetings or online discussions.
Actively participate in discussions and share insights.

Analyze Urban Infrastructure Case Studies

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Engage in case study analysis to apply Smart City concepts to real-world scenarios, enhancing your problem-solving skills and practical understanding.

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Identify relevant case studies on Smart Urban Infrastructure.
Analyze the challenges and solutions presented.
Develop recommendations for effective implementation.

Develop a Smart City Proposal

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Engage in a project that challenges you to apply Smart City principles to design a proposal for improving urban infrastructure and services.

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Identify a specific urban area and its challenges.
Research and analyze Smart City technologies and solutions.
Develop a comprehensive proposal with detailed plans and recommendations.
Present your proposal and defend your ideas.

Career center

Learners who complete Smart Cities – Management of Smart Urban Infrastructures will develop knowledge and skills that may be useful to these careers:

Urban Planner

An Urban Planner is responsible for planning and designing cities and towns. They work to ensure that these areas are livable, sustainable, and economically viable. This course may be useful for aspiring Urban Planners as it provides an understanding of the challenges and opportunities associated with the transition to smart cities. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for urban planners.

See salaries and explore the career path for Urban Planner

Sustainability Consultant

A Sustainability Consultant is responsible for advising organizations on how to improve their sustainability performance. They work to help organizations reduce their environmental impact and improve their social and economic performance. This course may be useful for aspiring Sustainability Consultants as it provides an understanding of the challenges and opportunities associated with the transition to smart cities. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for sustainability consultants.

See salaries and explore the career path for Sustainability Consultant

Transportation Engineer

A Transportation Engineer is responsible for designing and planning transportation systems. They work to ensure that these systems are efficient, safe, and environmentally friendly. This course may be useful for aspiring Transportation Engineers as it provides an understanding of the challenges and opportunities associated with the transition to smart cities. The course also covers the management of smart urban transportation systems, which is a key area of focus for transportation engineers.

See salaries and explore the career path for Transportation Engineer

Energy Manager

An Energy Manager is responsible for developing and implementing energy efficiency and conservation programs for an organization. They work to reduce the organization's energy consumption and costs. This course may be useful for aspiring Energy Managers as it provides an in-depth understanding of smart urban energy systems. The course covers the challenges and opportunities associated with the transition to smart cities, as well as the management of smart urban energy systems.

See salaries and explore the career path for Energy Manager

Software Engineer

A Software Engineer is responsible for designing, developing, and testing software applications. They work to ensure that these applications are efficient, reliable, and meet the needs of users. This course may be useful for aspiring Software Engineers as it provides an understanding of the challenges and opportunities associated with the management of smart urban infrastructures. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for software engineers.

See salaries and explore the career path for Software Engineer

Environmental Engineer

An Environmental Engineer is responsible for developing and implementing solutions to environmental problems. They work to protect the environment and public health. This course may be useful for aspiring Environmental Engineers as it provides an understanding of the challenges and opportunities associated with the transition to smart cities. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for environmental engineers.

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Information Technology Manager

An Information Technology Manager is responsible for planning, implementing, and managing information technology systems. They work to ensure that these systems are secure, reliable, and meet the needs of users. This course may be useful for aspiring Information Technology Managers as it provides an understanding of the challenges and opportunities associated with the management of smart urban infrastructures. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for information technology managers.

See salaries and explore the career path for Information Technology Manager

Electrical Engineer

An Electrical Engineer is responsible for designing, developing, and testing electrical systems. They work to ensure that these systems are safe, efficient, and reliable. This course may be useful for aspiring Electrical Engineers as it provides an understanding of the challenges and opportunities associated with the management of smart urban energy systems. The course also covers the management of smart urban transportation systems, which are key areas of focus for electrical engineers.

See salaries and explore the career path for Electrical Engineer

Data Analyst

A Data Analyst is responsible for collecting, cleaning, and analyzing data. They work to extract insights from data and help organizations make better decisions. This course may be useful for aspiring Data Analysts as it provides an understanding of the challenges and opportunities associated with the management of smart urban infrastructures. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for data analysts.

See salaries and explore the career path for Data Analyst

Systems Analyst

A Systems Analyst is responsible for analyzing and designing systems. They work to ensure that systems are efficient, effective, and meet the needs of users. This course may be useful for aspiring Systems Analysts as it provides an understanding of the challenges and opportunities associated with the transition to smart cities. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for systems analysts.

See salaries and explore the career path for Systems Analyst

Chief Sustainability Officer

A Chief Sustainability Officer, also referred to as a Sustainability Manager, is responsible for developing and implementing environmental and sustainability initiatives for an organization. They work to reduce the organization's environmental impact and improve its sustainability performance. This course may be useful for aspiring Chief Sustainability Officers as it provides an understanding of the challenges and opportunities associated with the transition to smart cities. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for sustainability initiatives.

See salaries and explore the career path for Chief Sustainability Officer

Operations Research Analyst

An Operations Research Analyst is responsible for developing and applying mathematical and analytical techniques to solve problems in a variety of industries. They work to improve efficiency and productivity. This course may be useful for aspiring Operations Research Analysts as it provides an understanding of the challenges and opportunities associated with the transition to smart cities. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for operations research analysts.

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Mechanical Engineer

A Mechanical Engineer is responsible for designing and building mechanical systems. They work to ensure that these systems are efficient, reliable, and safe. This course may be useful for aspiring Mechanical Engineers as it provides an understanding of the challenges and opportunities associated with the transition to smart cities. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for mechanical engineers.

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Industrial Engineer

An Industrial Engineer is responsible for designing and improving industrial processes and systems. They work to increase efficiency and productivity. This course may be useful for aspiring Industrial Engineers as it provides an understanding of the challenges and opportunities associated with the transition to smart cities. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for industrial engineers.

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Project Manager

A Project Manager is responsible for planning, executing, and closing projects. They work to ensure that projects are completed on time, within budget, and to the required quality standards. This course may be useful for aspiring Project Managers as it provides an understanding of the challenges and opportunities associated with the transition to smart cities. The course also covers the management of smart urban energy systems and smart urban transportation systems, which are key areas of focus for project managers.

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