Educational program

More details
Code – Speciality 7M05401 - Mathematics
The aim of the educational program

Training of scientific and pedagogical personnel with modern knowledge in the field of mathematics to solve a wide class of problems in order to meet the needs of science, technology and education.

Graduate model
Graduate qualification Professional sphere:

the sphere of education and science, the scientific and industrial sphere, the socio-economic sphere and the sphere of culture.
The object of professional occupation:

teaching, education, development, education, educational systems, scientific research.
Types of professional occupation:

pedagogical activity;
project activities;
research activities;
management activities;
methodical activity;
cultural and educational activities.
Functions of professional occupation:

study of educational needs and opportunities of students with signs of mathematical giftedness of educational institutions and design on the basis of the results obtained, taking into account the needs of the region, individual routes of their education, upbringing and development;
continuous methodological support of gifted children, adolescents and talented youth in the field of mathematical education using technologies that reflect the specifics of mathematics and its planned areas of application of mathematical knowledge;
implementation of professional self-education and personal growth, design of their further educational route and professional career.
analysis, systematization and generalization of the results of scientific research in the field of continuing mathematical education and related branches of knowledge by applying a set of research methods in solving specific research problems
design, organization, implementation and evaluation of the results of scientific methodological research in the field of continuing mathematical education using modern methods of science, as well as information and innovative technologies;
Graduate competences map
Formed core competencies Program outcome
1. Research, assess, analyze and interpret scientific data and research. Conceive ideas while scientific and practical problems solving. Choose methods and methods for solving professional problems, modify them if necessary and develop new methods.
Analyze the logical rules for constructing mathematical reasoning, calculus for searching, processing and structuring information of mathematical and methodological content.
2. The ability to understand the general structure of mathematical knowledge, the relationship between various mathematical disciplines, correctly express and substantiate the existing knowledge; To compare mathematical knowledge and methods in the construction of mathematical models to improve the effectiveness of management decisions.
Use the acquired knowledge for the original development and application of ideas in the context of scientific research.
3. Willingness to master mathematics as a universal language of science, a means of modeling phenomena and processes; To think creatively and creatively approach the solution of new problems and situations in educational and pedagogical activities.
To demonstrate the receipt of new scientific results, the application of scientific literature in the field of applied mathematics and computer science in accordance with the subject of research.
4. The ability to design systems of mathematical problems based on the increasing complexity of their solution structures, to understand the quality criteria of mathematical research, the principles of experimental and empirical verification of scientific theories; Apply high-tech mathematical apparatus and application software packages to solve applied problems in the field of physics, chemistry, biology, economics, medicine, ecology.
5. Willingness to independently carry out scientific research using modern scientific methods Analyze the results of scientific educational and research tasks and apply them in solving specific educational and research tasks.
Modular Curriculum