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Automobiles Transport Engineering

Field of studies
Engineering
Qualification
Professional Bachelor's degree in Engineering Sciences
Form and duration
Full-time (mode of lecture organisation: daytime/session-based), 3 years
Language
Lithuanian
Annual tuition fee
€3,079
Programme code
6531EX015
Automobiles Transport Engineering

Automobiles Transport Engineering is the choice for those who want not only to understand technology, but also to actively take part in shaping the mobility of the future. The modern world is changing rapidly, as transport becomes smarter, safer, and increasingly focused on sustainability.

Studying this specialty gives you the chance to be part of these changes, not just an observer. It is a promising choice that meets the needs of modern society and the labour market. During their studies, students acquire engineering and practical knowledge of vehicle operation, diagnostics and use, transport systems management and logistics processes.

Students are introduced to advanced technologies, such as electric vehicles, alternative energy sources and intelligent transport systems. This specialty offers the opportunity to help create safe, efficient and sustainable transport, addressing environmental and mobility challenges. It is a profession in which theory is closely linked to practice, making the studies dynamic and engaging. 

Graduates are in demand in the fields of transport, logistics, maintenance, design and research. It is a sound choice for those seeking to gain an in-demand profession and a high level of qualification for working with modern technologies.

Graduate career indicators

Based on the 2025 graduate career indicators, 6 months after graduation, 65% of Automobiles Transport Engineering programme graduates are in employment, and those employed under an employment contract earn an average gross monthly income of €1,944.79.

What makes the programme distinctive

The content of the Automobiles Transport Engineering programme focuses not only on continuously evolving systems such as the internal combustion engine and freight transport, but also on vehicles powered by alternative energy sources, especially electric vehicles. A 100% electric vehicle has been purchased to support the acquisition of theoretical and practical knowledge, along with specialised training equipment that allows students to deepen their theoretical knowledge in practice regarding the diagnostics and maintenance of electric vehicles.

In the laboratories of the Transport Engineering Practical Training and Applied Research Centre, practical/laboratory work is carried out using real vehicles.

In their free time, students can take part in the activities of the “Studauto” motorists’ club. Here they hone their extreme driving skills by taking part in slalom, drift, skid-control and other competitions. Using the equipment available in the laboratories, they bring their ideas to life by improving and modernising their own cars.

Study environment – Automobiles Transport Engineering

Study environment

Transport Engineering Practical Training and Applied Research Centre, which houses the following laboratories:

  • Vehicle Technical Operation Laboratory
  • Vehicle Unit Power Testing Laboratory
  • Vehicle Control Systems Laboratory
  • Engine Laboratory
  • Chassis Laboratory
  • Technological Process Design Classroom
  • Cargo Dynamics and Securing Laboratory
  • Commercial Vehicle Familiarisation Classroom

Career

You will work as engineers, technologists, technicians and managers in various vehicle repair and manufacturing companies, vehicle and vehicle component trading organisations, technical inspection centres, insurance companies, and in motor vehicle damage assessment and claims handling.

You will create and run your own business.

Contact person

Vida Jokubynienė

Vida Jokubynienė Junior assistant

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