Transport technology (by Automobile Transport)
6.275.03.03 Transport technology (by Automobile Transport)
Qualification awarded: bachelor in transport technologies
Entry year: 2022
Mode of study: full
Program duration: 4 years
Institute: Institute of Mechanical Engineering and Transport
Number of credits: 240 ECTS credits
Level of qualification according to the National Qualification Framework and the European Qualifications Framework: NQF Level 6 (First cycle of QF-EHEA / EQF Level 6)
Field(s) of study: Transport services
Specific admission requirements: define in Admission Regulations in every current year of admission
Qualification requirements and regulations, including graduation requirements: carrying out of curriculum
Characteristics of the educational program: educational programme is based on regulations and results of modern research in transport technologies, forecasting of transport systems development, systems of passenger and freight transportation, specific aspects of traffic flow management, safety and direct the student to solve crucial tasks and problems in the field of transport
Програмні результати навчання: 1 Take responsibility, show civic consciousness, social activity, and participation in the life of civil society, think analytically, critically understand the world;
2 Critically evaluate the scientific values and achievements of society in the development of transport technologies;
3 Give answers, explain, understand explanations, discuss, report in the state language at a level sufficient for professional activity;
4 Give answers, explain, understand explanations, discuss, report in a foreign language at a sufficient level for professional activity;
5 Apply, use modern information and communication technologies to solve practical problems in the organization of transportation and design of transport technologies;
6 Research transport processes, experiment, analyze and evaluate the parameters of transport systems and technologies;
7 Formulate, modify, develop new ideas for improving transport technologies;
8 Develop, design, manage projects in the field of transport systems and technologies;
9 Develop, plan, implement methods of organizing safe activities in the field of transport systems and technologies;
10 Develop and use transport technologies taking into account the requirements for environmental protection;
11 Classify and identify transport processes and systems. Evaluate the parameters of transport systems. Perform system analysis and transport systems forecasting;
12 Find solutions for rational methods of organizing loading and unloading operations. Plan schedules for loading and unloading. To choose mechanisms and means of carrying out loading and unloading tasks;
13 Organize and manage the transportation of goods in different connections. Choose the type, brand, type of vehicles, and routes. Transportation progress control;
14 Organize and manage the transportation of passengers and luggage in different connections. Choose the form, brand, type of vehicle, and routes. Organize passenger service at stations and passenger terminals;
15 Evaluate the parameters of traffic flows. Design schemes and networks of transport systems. Develop technologies for the operational management of traffic flows;
16 Choose effective technologies for the interaction of transportation modes. Analyze the possibilities of using different options for the transportation modes interaction;
17 Develop supply chains and evaluate their effectiveness. Establish links between different supply chains. Defining functions of logistic centers. Analyze the features of related information and financial flows.
18 Investigate the modes and types of transport systems. Find solutions for optimizing the transport systems parameters. Assess the effectiveness of infrastructure and technology of transport systems;
19 Explain the operational, technical and economic, technological, legal, social, and environmental efficiency of transportation;
20 Investigate the ergonomic components of transport technologies. Establish their efficiency and reliability;
21 Introduce methods of organizing safe transport activities;
22 Organize international transportation. Apply methods of customs documentation. Use of customs control methods.
23 Recognize qualitative and quantitative indicators of vehicle operation. Evaluate the design elements of vehicles. Establish a connection between the structural aspects of vehicles;
24 Choose information systems for transportation. Operate automated control systems and navigation systems in the transportation process. Use electronic maps;
25 Choose information systems for transportation. Operate automated control systems and navigation systems in the transportation process. Use of electronic maps;
26 Investigate human factors related to transport and the consequences of safety and management errors. Identify patterns of human behavior due to mistakes.
Academic mobility: opportunity to study in native and foreign universities
Programme director: PhD in Technical Sciences, Associate Professor at Transport Technologies department Mykola Boikiv
Access to further studies: Obtaining the second (master's) level