Educational program

More details
Code – Speciality 6B06107 - Smart technologies and artificial intelligence in transport engineering
The aim of the educational program

Improving the efficiency of "smart" products of automotive engineering with artificial intelligence by training a specialist who has the skills and abilities to use and service the intelligent systems and smart technologies in automotive machinery
Graduate model
Graduate qualification Professional sphere:

Design and test artificial intelligence systems – expert systems in transport;
To develop a technical design of artificial intelligence systems in transport equipment and its software implementation;
Perform engineering work on the design and creation (modification) of artificial intelligence systems in transport equipment and in transport.
The object of professional occupation:

Smart systems and artificial intelligence systems in transportation technology at all stages of the life cycle
Types of professional occupation:

Design, installation, testing, maintenance, repair of smart systems and artificial intelligence systems in transport equipment
Functions of professional occupation:

1. Artificial Intelligence Engineer;
1.1. Implementation of artificial intelligence systems
1.2. Pilot operation of artificial intelligence systems and its implementation
2. Application Programmer;
2.1. Development and software implementation of an artificial intelligence system
2.2. Design of artificial intelligence systems
3. Artificial Intelligence Specialist
3.1. Design of expert systems
3.2. Organization of expert system development processes
3.3. Management of expert systems development processes
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 activities on internal technical control of technical operation of motor vehicles
4.3. Strategic management in the field of safe operation of motor vehicles of the enterprise
Graduate competences map
Formed core competencies Program outcome
1. The ability to estimate various situations, which are based on a holistic systematic scientific worldview Possess the skills of perception and information analysis in philosophical and historical content, methods of discussions and polemics conducting. To defend one's own opinion on social importance issues in a reasoned manner
2. The ability to carry out cultural and speech communication using modern communication tools and technologies Obtain communication skills, which allow to implement professional activities effectively. To search and process information by using ICT
3. The ability to form and define a personality in a social environment and focus on a healthy lifestyle Demonstrate knowledges that contribute the formation of a holistic personality in the economic and legal environment and increase the responsibility of the individual. To apply methods of ensuring the social systems safety in order to preservation, developing and effective functioning of person, society and state
4. The ability to explain the essence of engineering education, to explore and describe the patterns of physical processes using mathematical apparatus using artificial intelligence tools To explain the essence of engineering education, to scientifically investigate and describe the patterns of physical processes using mathematical apparatus using artificial intelligence tools
5. The ability to analyze the data structure, create control systems in the automotive and transport industries, and design software for them. To structure and describe the data, create intelligent control systems in the automotive industry and in transport, to use Case technologies in software design
6. The ability to diagnose and evaluate the condition of units and systems of electric and hybrid vehicles To analyze and evaluate the condition and properties of electric and hybrid vehicles, their aggregates and electronic systems by using diagnostic methods
7. The ability to recognize the environment, be able to determine the location using navigation equipment, be able to plot the optimal route, plan and implement a safe driving mode of an electric vehicle using artificial intelligence To recognize and analyze the environment by facilities of circular video review, to determine the location by using navigation equipment, plot the optimal route, to plan and implement a safe driving mode of an electric vehicle using artificial intelligence
8. The ability to apply machine learning and microcontroller programming technologies, apply software verification and testing skills for electric and hybrid vehicles To possess machine learning technology, to be able for microcontrollers programming, to apply the verifying and testing electric vehicles and hybrid vehicles software
9. The ability to analyze the business and economics of a transport enterprise, evaluate production efficiency To analyze the transport company business and economics, to evaluate production efficiency
Modular Curriculum
Secondary disciplines Base disciplines Profiling disciplines