Business Engineering in Urban Mobility
In a world where urbanisation is on the rise and sustainability is paramount, the demand for innovative solutions in urban mobility is greater than ever before. The Business Engineering in Urban Mobility programme offers a transformative learning experience to become a leader in one of the most critical and dynamic fields of the 21st century. In particular, the programme focuses on providing conceptual knowledge, methods, and project-based experience in innovating and transforming business models in the context of urban mobility.
The programme is interdisciplinary and covers all modes of urban and regional transport for personal travel as well as goods and logistics. The programme provides an understanding of business perspectives in the evolving urban mobility landscape, how to design user-centric and sustainable solutions that enhance the urban mobility experience, and how the power of data can be used to make informed decisions in optimising urban mobility systems and supply chains. Through its interdisciplinary approach students will be equipped with a comprehensive understanding of technology, as well as with extensive competencies in the field of management.
Programme
MSc Business Engineering in Urban Mobility
ECTS
120 ECTS
Duration
Two years, full-time
Language of instruction
English
Partner universities
Start your application
For eligibility, tuition fees & scholarships
How is the programme structured?
All programmes at the EIT Urban Mobility Master School have a unique study path:
- Students study one year each at two different universities, the “entry” university and the “exit” university. All options are located at a leading university in Europe in the field of urban mobility.
- Graduating students will be awarded two officially recognised Master of Science degrees, from each of the two universities. Moreover, the programme is designed so that students may attain the qualifications for a certificate awarded by the European Institute of Innovation and Technology (EIT).
- During the first year of study students will be introduced to innovation and entrepreneurship, and participate in an extended challenge project. During the same year, students will acquire essential technical skills for tackling urban mobility challenges.
- Between the first and second year, students will participate in a Summer School to apply new skills to two different cities within Europe.
- In the second year, students will choose from several more specialised courses to improve technical, as well as innovation and entrepreneurship, proficiencies. Students will also participate in a shorter challenge project that includes an internship at a company or organisation working to meet urban mobility challenges. To complete their degree, in the second year, students will carry out an independent Master’s thesis, combining and demonstrating their full set of technical and entrepreneurial skills.
- Students will graduate with a wide range of career opportunities, within the public and private sector; as well as have the know-how to start their own businesses or conduct rigorous research.
- Students and graduates of the EIT Urban Mobility Master School also have access to programmes and initiatives that support student entrepreneurship
Who can apply?
The programme welcomes candidates who have a solid foundation in analytical problem solving, as demonstrated by a BSc degree in (Industrial) Engineering, Computer Science, Computer Information Science, Information Technology, Software Engineering, Computer Engineering, Information Systems, Mathematics, Physics, Statistics or Architecture. In addition, participation in the programme requires 70 ECTS in the fields of Business, Economics and Engineering, of those 70 ECTS, 25 ECTS must be in Business and 5 ECTS in Economics.
What are the career opportunities?
After completing the Business Engineering in Urban Mobility programme graduates will be fully equipped to pursue diverse career opportunities in various sectors. As students will connect with companies early on during their studies through project challenges, industrial mentorships, and Master’s thesis’ placements, they will gain practical experience and make important connections. This prepares graduates for jobs as engineers, planners, strategy experts, operators, innovators, marketers or managers in the private or public transportation sector, the automotive industry, city planning or mobility startups.
Which diploma will I receive after graduation?
Technical University of Braunschweig: Students will receive a Master of Science in “Technology-oriented Management/ Technologie-orientiertes Management”. The official diploma will be granted in English and German.
Polytechnic University of Catalonia (UPC): Students will receive an official diploma upon successfully completing the “Máster Universitario en Movilidad Urbana/Master in Urban Mobility por la Universidad Politécnica de Catalunya Especialidad en Innovación y Emprendimiento / Innovation and Entrepreneurship”. The major obtained (Business Engineering in Urban Mobility) will be specified in the supplement to the diploma as an itinerary. The diploma will include translation to three languages: Catalan, Spanish, and English.
Programme
MSc Business Engineering in Urban Mobility
ECTS
120 ECTS
Duration
Two years, full-time
Language of instruction
English
Partner universities
Start your application
For eligibility, tuition fees & scholarships
Where can I study Business Engineering in Urban Mobility?
Students start the programme at the Technical University of Braunschweig in Germany and end the programme at the Polytechnic University of Catalonia in Spain (students must attend a different university for year one and year two):
TU Braunschweig
The BEUM programme provides students with a unique blend of skills and knowledge, bridging the gap between business and engineering. TU Braunschweig focuses on strenghtening foundational skills and knowledge in urban mobility and business development.
Contents at a glance
The curriculum at TU Braunschweig provides students with strong foundation of core skills in urban mobility including data driven transport planning and supply chains management, as well as understanding of broader contexts such as technological developments, regional economics and law. Moreover, students get introduced to the innovation & entrepreneurship component, which they followingly employ in developing their challenge projects.
Matching career profiles
This programme prepares students to work as an engineer, planner, strategy expert, operator, innovator, marketer, or manager in the private or public transportation sector, the automotive industry or city planning. Students can also benefit from extensive support from EIT Urban Mobiltiy for developing their own start-ups.
Specific entry year requirements
The programme welcomes candidates who have a solid foundation in analytical problem solving, as demonstrated by a B.Sc. degree in (Industrial) Engineering, Computer Science, Computer Information Science, Information Technology, Software Engineering, Computer Engineering, Information Systems, Mathematics, Physics, Statistics or Architecture. In addition, participation in the programme requires 70 ECTS in the fields of business, economics and engineering, of those 70 ECTS, 25 ECTS need to be in business and 5 ECTS in economics.
Specific exit year requirements
Entry year only
Why Braunschweig?
Braunschweig, a city of 250,000 residents and home to 20,000 students, seamlessly combines rich history with cutting-edge innovation. Known for its strong research focus, it leads advancements in future mobility, including electromobility and citizen-centric solutions. Its cycling infrastructure, green spaces, and vibrant cultural scene make it ideal for student life.
Polytechnic University of Catalonia
The BEUM programme at TU Braunschweig provides students with a unique blend of skills and knowledge, bridging the gap between business and engineering. UPC focuses on strenghtening technical skills and developing highly-specialized knowledge in the field of urban mobility through electives and a master thesis project.
Contents at a glance
The curriculum at Polytechnic University of Catalonia focuses on strengthening core skills in data management and transport modelling and developing highly-specialized skills through a selection of electives. Additionally, it provides guidance to a successful development of a master thesis project.
Matching career profiles
This programme prepares students to work as an engineer, planner, strategy expert, operator, innovator, marketer, or manager in the private or public transportation sector, the automotive industry or city planning. Students can also benefit from extensive support from EIT Urban Mobiltiy for developing their own start-ups.
Specific entry year requirements
Exit year only
Specific exit year requirements
No additional requirements aside from those applicable for the Entry year.
Why Barcelona?
Barcelona provides a vibrant setting for studying sustainable urban mobility, combining a rich urban history with innovative smart city initiatives. From the historic Cerdà Plan to modern “Superblocks” and extensive bike lanes, the city showcases diverse mobility solutions. Students benefit from site visits, guest lectures, and internships, gaining firsthand experience and insights into future urban mobility while joining a forward-thinking community shaping tomorrow’s cities.
Programme Lead
Prof. Dr. David M. Woisetschläger
Institute of Automotive Management and Industrial Production, Technical University of Braunschweig
David M. Woisetschläger is a full professor and the head of the chair of Services Management at the Institute of Automotive Management and Industrial Production at the Technical University of Braunschweig. His research interests lie primarily in the fields of service innovation, branding, and customer relationship management, with a particular focus on the mobility sector, communication and data-based services, and the sports industry. He is a board member of NFF, the interdisciplinary automotive research centre at TU Braunschweig, and board member of ITS mobility e.V., the largest competence cluster for smart mobility in Germany. He advocates an interdisciplinary approach and works with engineering and business informatics colleagues, as well as external companies, on the transformation of business models and innovation in the mobility sector.
