E-courses on Digitalisation and Connectivity
Understanding how digitalisation and connectivity revolutionise urban mobility.
It involves data/big data, automation, artificial intelligence, 5G, cybersecurity, IOT, blockchain, ITS and ticketing, digital integration/MaaS, etc.
The power of Mobility Data: Discover how every move matters
Explore the world of mobility data and learn about how vital it is for mobility in cities, while understanding it's advantages and limitations. Join us on this data-driven journey to optimise movement in our urban spaces.
Demystifying Shared Mobility
This introductory course will give you a glimpse into the shared mobility ecosystem.
Mobility-as-a-Service (MaaS) explained
What is MaaS? How it impacts the future of mobility? These are some of the questions that this course tries to answer.
Artificial Intelligence in Urban Mobility
In this course, we will learn the insights of how Artificial Intelligence can be applied and implemented in different aspects of an urban transportation system to make our daily travel easier, faster, more reliable and sustainable.
Car sharing: the smart way to drive
Discover the smart way to drive: learn how to save money, reduce your carbon footprint, and enjoy hassle-free rides by sharing cars with others. As a user, city or company, this course will help you to embrace shared mobility for greener future.
Urban Air Mobility: using the space above our cities
Urban Air Mobility is a rapidly developing area of city infrastructure. Learn about the opportunities and challenges in navigating the air space around our cities.
Flexible Curbside Management (updated)
New mobility services, increasing freight and evolving mobility behaviours also affect the way we use the curb in cities. Join our course to learn more about how the curb can be managed in a flexible way and adapted to current needs in cities!
Autonomous Vehicles: An opportunity for Cities
Explore the transformative impact of Autonomous Vehicles (AVs) on cities: addressing promises, skepticism, and delving into essential requirements for their deployment to shape the city of tomorrow.
Fundamentals of Urban Mobility
An introduction to the core concepts of urban mobility and urban transport planning to facilitate better, more liveable future cities.
Demand Responsive Transport (DRT): Where does it fit?
Discover how Demand Responsive Transport (DRT) can fit in your city and revolutionise accessibility by exploring a flexible transportation system that adapts to the needs of passengers in real-time.
A Brief Introduction to Micromobility
Small vehicles, such as bikes and scooters, are having a massive impact on the way we move around our cities. Encouraging wider use of micromobility improves citizen health and city liveability.
Frequently Asked Questions about Digitalisation and Connectivity
1. Do I need a degree to work in Digitalisation and Connectivity?
A degree can be helpful, but it’s not always a must. Many jobs in the field focus more on practical experience in areas like network management and data analysis, as well as technical expertise in programming languages and cloud computing. These skills can sometimes help open doors even without academic qualifications.
2. What are common topics covered in Digitalisation and Connectivity courses?
Topics covered in these courses include Mobility-as-a-Service (MaaS), shared mobility, and flexible curbside management. You’ll also dive into emerging technologies such as artificial intelligence (AI), autonomous vehicles (AVs), urban air mobility, and more.
3. What skills or experience do I need to start a career in Digitalisation and Connectivity?
To get started, you’ll need a good grasp of digital technologies and networks, along with basic skills in data analysis, as well as programming and cybersecurity, depending on the specific role. Knowing your way around different devices is also important. Experience in project management and an understanding of urban mobility challenges can give you an extra edge.
4. What are some common career paths for someone learning about Digitalisation and Connectivity?
You can pursue roles like digital project manager, IoT specialist, data analyst, network engineer, cybersecurity analyst, smart city consultant, and many others. People in this field often find opportunities in sectors like urban planning, transportation, technology firms, and government agencies.
5. What are the benefits of taking an online course about Digitalisation and Connectivity?
An online course in Digitalisation and Connectivity offers flexibility and convenience, letting you learn at your own pace from anywhere. Plus, these courses are often updated, which means they provide current knowledge and practical skills that are directly useful in the industry and could lead to job opportunities.
6. Why is it important to learn about Digitalisation and Connectivity?
It’s essential to learn about Digitalisation and Connectivity because cities are increasingly using digital tech to improve infrastructure, enhance services, and promote efficient mobility solutions. This knowledge equips you to help build smarter, more sustainable urban environments.
7. How long do courses about Digitalisation and Connectivity typically take to complete?
Course lengths vary, but most can be completed in a few days to a couple of weeks, depending on the material and your speed.
For detailed information on specific courses, visit these pages:
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