The purpose of the discipline is to form students' knowledge in the field of modern programming technologies, acquire practical skills in algorithm development, programming in a high-level language, study the basics of algorithmization of tasks and programming technologies in a basic procedural-oriented algorithmic language, classification of programming languages, the basics of structural, visual and object-oriented programming, methods of development, debugging and testing programs. As a result of the training, the student, applying knowledge on the theoretical foundations of algorithmization and program design, the basic principles and structure of programming (C++), will be able to use methods and software tools to solve technical problems, characterize the initial and output data of the solved problems, analyze the solved problems and clearly formulate their condition.

The concept of reliability and efficiency of the element and system. Characteristics of reliability of technical elements. The determination of estimates of reliability indicators based on the experimental data. A method of increasing the reliability of systems with group reserves. Reliability and efficiency of ACS. Structural methods of reliability evaluation in automatic control systems.

The purpose of the discipline is to design robotic systems using artificial intelligence and neural networks. As a result of the training, the student will be able to design models of mobile mechanisms for robotic systems using artificial intelligence and neural networks, to carry out their assembly and operation.