The teaching of specialized technical subjects is based on the material covered in theoretical courses, where students acquire knowledge in mathematics, physics, and structural mechanics. The curriculum includes digital design, BIM creation and management, and the application of artificial intelligence in civil engineering.
In addition to theoretical lectures, the program focuses on project creation, laboratory measurements, and the diagnostics of existing transport structures. Based on laboratory tests and field measurements, students will prepare measurement reports and protocols. They will learn to design and assess buildings and structures using modern software, and gain experience in areas such as construction budgeting or field surveying.
Professionals from the industry also participate in teaching, and the program includes practical training for students at a selected construction company, design office, or other industry partner. During their studies, students have the opportunity to participate in excursions to interesting transport infrastructure projects, attend conferences and seminars, or complete a part of their studies at a partner university abroad.
In the bachelor's degree program Transport Structures and Construtions (DSK), emphasis is placed on mastering the practical skills needed for the profession, supported by necessary theoretical knowledge. The studies focus on the design, construction, diagnostics, and maintenance of transport structures and constructions, particularly in the fields of roads and highways, railway structures, and bridges. A significant component of the program is also geotechnics and foundation engineering, as well as structural mechanics. Furthermore, students are introduced to the basics of geodesy, airport construction, and transport engineering law. A major part of the tuition consists of practical training, which includes laboratory activities, field measurements, and internships with industry partners. The degree program is designed in accordance with the educational requirements of the Czech Chamber of Authorized Engineers and Technicians in Construction (ČKAIT).
The objective of the master's degree program Transport Structures (DS) is to prepare graduates for roles that require theoretical and expert knowledge, enabling independent creative, decision-making, and conceptual activities. Graduates will find employment in development, design, and research organizations, as well as in state administration management. Graduates are fully prepared to independently and promptly resolve demanding operational tasks in the workplace.
Bachelor's Degree / Bachelor Studies
Master's Degree / Master Studies
- Airport Construction – Airport Construction
- Bezpečnostní audit pozemních komunikací – Road Safety Audit
- Diplomová práce – Master's Thesis
- Diplomový seminář – Master's Thesis Seminar
- Dynamická pevnost a životnost – Dynamic Strength and Fatigue Life
- Kovové mosty I, II – Steel Bridges I, II
- Křižovatky pozemních komunikací – Road Intersections and Junctions
- Masivní a železobetonové mosty I, II – Concrete and Reinforced Concrete Bridges I, II
- Mikroskopická simulace v dopravním inženýrství – Microscopic Simulation in Traffic Engineering
- Modelování místních komunikací – Modeling of Local Roads
- Nedestruktivní diagnostika dopravních staveb – Non-destructive Diagnostics of Transport Structures
- Podzemní stavby – Underground Structures
- Stavby kolejové dopravy – Rail Transport Structures
- Technologie výstavby pozemních komunikací – Road Construction Technology
- Vodní stavby – Hydraulic Structures / Water Engineering Structures
- Železniční stanice a uzly – Railway Stations and Hubs
Doctoral Degree / PhD Studies
- Aplikovaná geotechnika – Applied Geotechnics
- Diagnostika mostních staveb – Diagnostics of Bridge Structures
- Modelování betonových konstrukcí – Modeling of Concrete Structures
- Moderní metody navrhování dopravních staveb – Modern Methods of Transport Structure Design
- Modernizace a rekonstrukce dopravních staveb – Modernization and Reconstruction of Transport Structures
