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International Faculty of Engineering - IFE

Interdisciplinary Doctoral School

Future Mobility

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Home > Overview of study programmes > Future Mobility
Organizational unit running the field of study: 
Faculty of Mechanical Engineering
International Faculty of Engineering
Cycle of study: 
Second-cycle
Mode of study: 
Full-time (degree programme)
Language of instruction: 
English
Degree awarded: 
Master of Science
Duration of study: 

4 semesters

Czy wiesz że?

Każdego roku około 1 400 000 osób na świecie umiera z powodu wypadków drogowych. Najbardziej akredytowane statystyki dotyczące przyczyn tych wypadków przypisują je, w około 90% przypadków, niewłaściwemu zachowaniu lub rozproszeniu uwagi kierowcy. Tylko w około 2% przypadków powodem są wady technologiczne. Wszystkie dostępne obecnie niezależne prognozy naukowe potwierdzają, że wraz z powszechnym stosowaniem systemów autonomicznych w pojazdach należy spodziewać się dużego spadku liczby i dotkliwości wypadków drogowych.

Description of the field of study: 

Future Mobility is an interdisciplinary field of study for engineers wishing to gain knowledge, skills and competences in the design, optimisation and management of future and current mobility infrastructures. Our mission is to educate professionals who will create new transport that is easy, productive, safe and environmentally friendly.

Our lecturers will introduce you to the world of:

  • vehicle construction and operation. You will learn about different types of vehicles, including electric and autonomous vehicles, as well as traditional modes of transport such as cars, buses and even aircraft. Through classes in dynamics or mechatronics, you will learn how a pilot controls a helicopter and aircraft. You will also learn about the materials and technologies used in the design and construction of vehicles;
  • electric and autonomous vehicles. You will learn about the benefits and challenges of electric and autonomous vehicles. You will learn about the infrastructure needed to support these vehicles, including energy storage systems, charging stations and communication networks;
  • The role of artificial intelligence in mobility. You will learn about the application possibilities of artificial intelligence for predictive maintenance and optimisation of vehicle movement. You will learn about machine learning, image recognition and natural language processing, as well as the ethical issues related to the application of artificial intelligence in transport;
  • data analytics. You will learn about the importance of data for future mobility. From collecting and analysing data on traffic patterns and vehicle performance to using data to improve transport planning.
  • 5G and ICT technologies. We will teach you how to use 5G and ICT technologies for vehicle-to-vehicle and vehicle-to-infrastructure communication, as well as in support of real-time traffic management and remote vehicle control.

Future Mobility is a multidisciplinary approach to studying, drawing on knowledge from a range of disciplines, including mechanical engineering, electrical engineering and computer science. Many laboratory and project activities are carried out with industrial partners. Internships and placements in cutting-edge industries will give you hands-on experience, while research projects and design challenges will help you develop the skills and knowledge you need to succeed in this new field. With us, you will create new jobs and develop capabilities that respond to the growing demand and evolving technology of the transport services market.

The study program is available on the website.

What you gain: 
  • a qualification to design, build and operate autonomous air and ground transport systems,
  • knowledge of the technologies and business models of modern transport that meet the needs of the coming changes in mobility,
  • the ability to create and operate an intelligent transport infrastructure that creates a communication bridge between users and vehicles.
Cooperation with companies: 
  • Tom-Tom (5G and ICT technologies)
  • ZF (autonomous vehicles, vehicle safety systems)
  • Airbus Helicopters (development and operation of vehicles including electric and autonomous vehicles))
  • MakoLab (5G and ICT technologies)
  • Harman (5G and ICT technologies)
  • Faurecia (vehicle construction and operation)
  • Wielton (vehicle construction and operation)
Job perspectives: 
  • Future Mobility graduates are prepared to work in the mobility industry sectors with a focus on air and land-based modes of transport, autonomous vehicles, mobility maintenance and infrastructure, communications, digital solutions, data processing and safety systems.
  • Opportunity to pursue engineering activities within your own manufacturing and/or service company.
  • Work in research and development laboratories.
  • Opportunity to continue your education in a third cycle studies.
Date of enrolment: 
We are not currently recriuting for this field of study
Admission requirements: 

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