Educational program

More details
Code – Speciality

6B07107 - Transport, transport equipment and technologies
The aim of the educational program

To provide students with high-quality education focused on transport engineering factories and transport enterprises, including knowledge, skills and practical skills in the technologies of design, manufacture and operation of transport equipment.

Graduate model
Graduate qualification Professional sphere:

Management of production activities of an automobile plant, transport and service enterprise;
Design of transport equipment;
Production of transport equipment;
Diagnostics, maintenance and repair of transport equipment
The object of professional occupation:

Transport equipment at all stages of its life cycle
Types of professional occupation:

Construction, design, manufacture, maintenance, repair of transport equipment
Functions of professional occupation:

1. Chief Engineer (in transport):
1.1. To manage and ensure the effectiveness of the production activities of the relevant structural units (services);
1.2. To ensure the necessary level of technical preparation of production and its continuous growth;
1.3. Manages the development of measures for the reconstruction and modernization of the organization
2. Chief Engineer of the taxi company:
2.1. Determines the technical policy and direction of the company's technical development
2.2. Ensures the efficiency of the company's work in terms of the technical component
3. Head of the Technical Inspection Center
3.1. Management of the technical inspection center
3.2. Ensuring the verification of the technical condition of vehicles in operation
4. Head of the Technical Control Department
4.1. Management of the work of the structural unit of the enterprise
4.2. Organization and control of the results of internal technical control activities, technical operation of motor vehicles
4.3. Strategic management in the field of safe operation of the company's vehicles
5. Line Technical Service Manager
5.1. Management of the process of technical operation and repair of motor vehicles
5.2. Determination, analysis of the volume and quality of repair work of motor vehicles, development of proposals for extending the service life and repair
5.3. Preparation of schedules for the operation of motor vehicles, including shift-daily transportation planning
Graduate competences map
Formed core competencies Program outcome
1. The ability to form a healthy and harmonious personality that analyzes cause-and-effect relationships in a socio-political environment from the perspective of a holistic systematic scientific worldview based on traditional human values, understands the importance of sustainable development goals and knows the methods and means to achieve them. Master the skills of perception and analysis of information of philosophical and historical content, apply methods of discussion and polemic, defend their own opinions on issues of social and political importance, argue for actions for sustainable development based on traditional human values and positions of a holistic and harmonious personality.
2. The ability to provide multilingual education using modern information and communication technologies to achieve sustainable development goals Possess multilingual communication skills in professional activities, use information technology, modern means of communication and artificial intelligence to achieve sustainable development goals
3. The ability to form a holistic personality in an economic, legal, socio-cultural environment, as well as to make informed decisions that take into account inclusivity and equal opportunities for all participants. Demonstrate knowledge that contributes to the formation of a holistic personality in an economic, legal, socio-cultural environment, make informed decisions, taking into account inclusivity and ensuring equal opportunities for all participants.
4. The ability to carry out professional engineering activities, instrumentally investigate and mathematically describe the states of mechanical systems and patterns of physical processes, interpret them and represent them by visual graphical means Possess practical engineering skills, apply metrological tools to study and mathematically describe the state of mechanical systems and patterns of physical processes, use artificial intelligence tools and skills in their interpretation with the presentation of results by visual graphical means.
5. The ability to apply materials and alloys, taking into account their physico-chemical, mechanical and operational properties in the design of aggregates, components and technical systems of transport equipment Possess practical skills in the selection of materials and alloys for car assemblies and assemblies, their hydraulic and thermal engineering systems, batteries, justify the use of technological methods of their processing and methods of assessing their properties to ensure high efficiency of transport equipment
6. The ability to assess the condition and properties of aggregates and technical systems of cars and electric vehicles, apply the skills of comparative analysis of the design and effectiveness of their structures, to justify and calculate the car and electric vehicle Possess practical skills in analyzing and evaluating the condition and properties of aggregates and technical systems of cars and electric vehicles, apply skills in comparative analysis of design and effectiveness of their structures, justify and calculate the car and electric vehicle
7. The ability to assess the condition of electronic, navigation and intelligent systems of cars and electric vehicles Possess practical skills in testing and diagnosing electronic, navigation and intelligent systems of cars and electric vehicles using measuring instruments, diagnostic and testing equipment
8. The ability to carry out technological processes of production, operation and repair of transport equipment using specialized equipment, to design transport enterprises Possess practical skills in performing technological processes of production, operation and repair of transport equipment using specialized equipment, apply skills in technological design of transport enterprises, create an industrial environment that ensures safe working conditions
Modular Curriculum
Secondary disciplines Base disciplines Profiling disciplines