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Irina Sergeevna Shabarshina 

Associate Professor

Institute of Advanced Technology and Piezotechnics

E-mail:
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Degree: Candidate of Sciences

Personal page in Russian:
https://sfedu.ru/person/shabarshina
Personal page in English:
https://sfedu.ru/en/person/shabarshina

Research interests:

System analysis and management

Teaching:

  • Basics of computer mathematics
    The purpose of the discipline: to form the theoretical foundations of knowledge among students; show the importance of the use of modern information technology; introduce the basic tools of computer mathematics to solve mathematical and physical problems, with the most well-known systems of computer mathematics; to study the theoretical foundations and tools of the Mathcad system; master the practical aspects of the use of the popular mathematical package in scientific calculations.
  • Mathematical system analysis software
    The purpose of studying the discipline: To acquaint students with the basics of the mathematical apparatus necessary for solving theoretical and practical problems of system analysis; develop logical and algorithmic thinking; learn to find the best way to solve the problem and analyze the result; to lay the foundation for the skills of operating with abstract concepts and to set forth ones thoughts in a strictly demonstrative way.
  • Mathematical foundations of control theory
    The objectives of the discipline: The deepening of knowledge and the formalization of ideas in the field of basic mathematical description of control systems: the study of special sections of mathematics, the practical development of the mathematical apparatus used in control theory and, in particular, in the theory of automatic control. Application of acquired knowledge and skills in solving problems of system analysis and management. Tasks: to form students' understanding of operational calculus as the main tool in solving the Cauchy problem and difference equations in a whole range of applied sciences (automatic control theory, mechanics, radio engineering, electrical engineering, etc.) and the ability to apply the knowledge and skills to solve problems .
  • Mathematics
    he objectives of mastering the discipline: form the theoretical foundations of knowledge among students; develop logical and algorithmic thinking; learn to find the best way to solve the problem and analyze the result; to lay the foundation for the skills of operating with abstract concepts and to set forth ones thoughts in a strictly demonstrative way; prepare the basis for the study of other mathematical courses. Tasks: to acquaint students with the basics of the mathematical apparatus necessary for solving theoretical and practical problems of system analysis; development of knowledge and skills necessary for students to solve engineering problems.
  • Object-oriented programming
    Objectives to master the discipline: form students' theoretical foundations of knowledge; show the importance of the use of modern information technology; learn the basic techniques and methods of programming using the object-oriented paradigm; study of modern technologies and methods of programming, obtaining skills in designing and developing software (software), expanding the horizon in the field of software development; learning how to write, design, debug and test software. Tasks: - the development of knowledge and skills necessary for students to work in the integrated programming environment C #; - formation of students' holistic system understanding of modern programming languages, the features of software products, and the ability to apply their knowledge and skills when solving applied problems.