Transport (in English)

Students in the Transport program gain a broad understanding of the principles shaping the evolution of modern transportation. The curriculum covers the technical foundations of transport vehicles and infrastructure, along with traffic engineering and the study of transport systems. Graduates are equipped to apply creative and advanced thinking to the planning and design of transport systems, as well as the processes and technologies used in road, rail, and air transport, together with transport logistics. The program also covers the legal frameworks and economic aspects that govern transport operations.

This program is ideal for those who enjoy solving real-world engineering problems and are curious about how people and goods move efficiently across roads, railways, and skies. It suits students interested in combining technical know-how with organizational, economic, and environmental thinking to shape the future of mobility. It's also a strong fit for anyone drawn to innovation, automation, and sustainability in a fast-evolving industry.

See details on the web site.

Qualification is based on the results of the written parts of the matura exam:

• mathematics (basic level)
• one of: mathematics – advanced level, biology, chemistry, physics, computer science or the result of vocational exams in a profession taught at the technician level.

As a graduate, you can work, e.g. in positions:

• a pilot, an aircraft mechanic, a car diagnostician, a freight forwarder,
• in design units of means of transport and transport infrastructure,
• in production and operating units of transport,
• in shipping companies and logistics centers.
• in state administration units and services related to transport.

Transport serves as the driving force behind today's economy. Yet alongside its critical importance, the sector faces a range of upcoming challenges. Key trends shaping its future include digitalization, decarbonization, and the continued growth of road networks. Our program is designed to address these broad demands, teaching students how to make transportation more eco-friendly, lower in emissions, more sustainable, and reliant on new energy sources. With technology advancing rapidly, automation increasing, and artificial intelligence being applied ever more boldly, yesterday's innovations have quickly become today's standard practice.