
Driving Tomorrow’s Solutions Today
Graduates acquire an extensive, detailed and critical understanding of the knowledge necessary to design and engineer electric and autonomous vehicles, considering safety and reliability standards. Furthermore, they are able to acquire new knowledge independently as well as to develop scientific issues and to work on them basing on the current state of the art, in order to develop innovative solutions, do analysis and optimization of transportation systems to improve efficiency, sustainability, and safety.

Curriculum
MSc Smart Mobility
Key facts about Smart Mobility
Our Locations
Find out everything about our location in UE Innovation Hub!
*The programme will be available from the 1st of May 2026
Not on site? Then discover your future study location easily with the Virtual Campus Tour.
Fees
- From € 12,550 yearly
*Speak to one of our student advisors about available savings and financial support.
Got questions about financing? Check out our fees!

IHub: Our modern building not only offers enough physical space to develop but also enough mental space to create ideas and concepts. Internationality is a top priority at the Innovation Hub, which is why all our study programmes are fully taught in English.
Admission Requirements
Here are some things you will require for your application at the UE:
- Completed admission form
- CV & Copy of passport
- Completion of a Bachelor’s degree
- Good English language skills (at least B2)
- Basics in Statistics (at least 3 ECTS or a pre-master course at UE)
- A portfolio is not required
Studying in IHub: Potsdam is a city approx. 25 min by public transport away from Berlin. It was selected in 2017 as one of the 12 digital hubs in Germany. Potsdam offers the highest density of scientiests in Germany. Our campus is next to incubators such as SAP innovation center where over 200 people research AI and Blockchain technologies.
Semesters & Credits
- 120, 90 or 60 ECTS
- Master of Science MSc
- Teaching language: English
- The programme starts in both the winter (September) and summer (March) term each year.

Spotlight Module "Smart Cities & Urban Mobility"
In the Smart Cities & Urban Mobility module, students explore how cities can be transformed through intelligent, sustainable transportation systems. They gain a solid understanding of mobility challenges such as congestion, pollution, and limited urban space, and learn how to design innovative solutions.
The module focuses on transportation systems, data driven modelling, and smart technologies such as connected vehicles, intelligent traffic management, and mobility platforms. Students also examine the role of public transport, policy frameworks, and environmental considerations in shaping future urban mobility.
By the end of the module, students are able to analyse complex mobility systems, apply modelling and simulation techniques, and develop sustainable, technology driven solutions for modern cities.

What happens after your studies?

Content of the Course
Core topics include traffic flow theory, transportation modelling, and simulation methods, as well as the use of data analytics and big data to optimise mobility systems. Students gain insight into Intelligent Transportation Systems, connected mobility technologies, and real time traffic management. The course also addresses sustainable transport strategies, public transit planning, and the impact of emerging technologies such as autonomous vehicles.
In addition, students examine policy and regulatory frameworks and the role of governments and stakeholders in developing efficient and sustainable urban mobility solutions.
Learn from our Experts
Here you will find further valuable information about our professors and their career.



