Bachelor's programme
Transportation engineering
About the programme
The educational program consists of 30 credits of general education subjects, 120 credits of major specialization subjects, 60 credits of elective subjects, and 30 credits of internship and graduation project, totaling 240 credits. the program provides the formation of fundamental knowledge, the competences of a graduate in the field of transport engineering, the framework of the specialty, methods of training and learning in subjects, evaluation methods, training results, the requirements for infrastructure and personnel potential for personnel training, the student's opportunities for internships, employment and further education, the creation of specialization opportunities and the application of theoretical knowledge in practical activities.
Degree requirements
The educational program on the specialty of transport engineering serves to train highly qualified engineers who can design, organize, manage and operate modern transport systems. the main requirements of the program are aimed at the formation of fundamental scientific knowledge, professional skills and engineering competencies in students. the educational program requires mastering a solid theoretical foundation in mathematics, physics, computer science and engineering. in addition, students should study the technical, technological and economic basis of transport systems in depth. within the framework of the program, mastering the principles of operation of road and railway transport systems is considered one of the main requirements. students should acquire the ability to apply traffic flow modeling and optimization methods. application of information and communication technologies and digital management systems is one of the important components of the program. the ability to use modern software and intelligent transport management systems is one of the main competencies required. the program provides students with the formation of professional skills in the preparation and evaluation of transport infrastructure projects. the study of international standards in the field of road traffic organization and safety is one of the main directions of the program. students should master the ability to evaluate the technical condition of vehicles and analyze performance indicators. the program integrates theoretical knowledge with practical skills through industrial experiences. during the course of education, students learn the methodology of scientific research and methods of analytical solution of engineering problems. principles of risk management, technical safety and environmental sustainability form an integral part of the program. at the same time, the formation of knowledge in the direction of the application of energy efficiency and environmentally safe transport technologies is required. the program develops students' skills in decision-making, systematic analysis and engineering calculations. teamwork, project management and professional communication skills are also important requirements of the program. using professional information sources in a foreign language and mastering international experience is an important factor that increases the level of preparation of an engineer. the educational program supports continuous acquisition of new knowledge in the field of modern transport policy, digitalization and innovative technologies. graduates should have the ability to apply normative-legal documents, technical standards and international transport rules. at the same time, evaluating the economic efficiency of transport projects and preparing feasibility studies are important requirements of the program. the program aims to train engineers with an innovative way of thinking, who can quickly adapt to the changing technological environment and manage digital transformation processes. competencies acquired in the educational process allow graduates to successfully operate in the public and private sector, as well as in international transport and logistics organizations. thus, the requirements of the educational program for the transport engineering specialty include a complex system of competencies that meet modern engineering standards and ensure the training of competitive, innovative and professional specialists.
Explore the programme
Course outcomes
Learning outcomes of each subject
Competency matrix
How subjects build each competency