Applied mathematics

 Applied Mathematics (70540201)
It covers a complex set of issues related to teaching specialized subjects in all educational institutions, conducting scientific research activities in the Academy of Sciences of the Republic of Uzbekistan and branch scientific research institutes, centers, scientific production associations, scientific research activities in areas using mathematical methods and computer technologies, solving various problems using mathematical models of processes and objects and providing their software, conducting research, and providing software and information support for project and design activities. The training of masters in the specialty of applied mathematics education is carried out in the form of full-time education. The duration of study is 2 years.
The main scientific areas studied (Scientific research methodology, Special subject teaching methodology, Skills for applied mathematicians, Theory of differential schemes, Modeling in natural science issues, Computer technologies in mathematical modeling, etc.). During the classes, theoretical and practical components are combined. The curriculum is designed in accordance with national qualification requirements.
Professional opportunities and applications
Applied mathematics in state and non-state organizations, enterprises and institutions, companies (firms), production associations and industry enterprises. Academy of Sciences and industry research institutes and centers, as well as higher educational institutions. Types of professional activities: research; pedagogical; organizational and management; service.
Scientific practice in the preparation of masters is held in the 4th semester. It should include conducting scientific research in the field, deepening theoretical and practical knowledge; familiarization with modern techniques and technologies in science, industry and other sectors; formation of practical, professional and scientific research competencies relevant to the field; ensuring opportunities for effective adaptation to the profession. This involves the implementation of the educational process schedule of the master's student sent for experimental scientific practice on the basis of an individual schedule.
possess a system of knowledge about the scientific worldview, know the basics of general methodological sciences, current issues of state policy; have the ability to independently analyze social problems and processes; understand the essence of documents and works related to professional activity in one of the foreign languages, know the methodology of scientific research and pedagogy and be able to use it in professional activity on a modern scientific basis; be able to independently master new knowledge, improve it and organize one's work on a scientific basis; be able to creatively critically review and analyze the acquired knowledge, use it in scientific activity; be able to use regulatory and legal documents in one's activities, be able to make justified independent decisions in one's professional activity; have basic methods and tools for obtaining, storing, and processing information from the Internet, and have skills in working with a computer as a means of information management; be able to use information technologies, understand the essence and importance of information technologies in the context of an information society, understand the risks and threats of information attacks, and have the ability to comply with the basic requirements of information security; have the skills to conduct scientific and applied research, process experimental results and draw scientifically based conclusions based on them, prepare and edit scientific articles, organize and conduct scientific seminars, conferences and symposiums, and develop scientific projects; know how to use information and pedagogical technologies in pedagogical activities; know how to use innovative approaches to improving the quality and efficiency of education; have the skills to prepare projects for participation in projects announced at the state and abroad based on the results of scientific activities; have the skills to prepare projects for participation in projects announced by state, non-governmental and non-profit organizations; have a holistic view of the processes and phenomena occurring in nature and society, have knowledge about the spiritual image of a person, and be able to use them in life and professional activities, as well as in modern scientific research; be able to apply legal and ethical standards regulating a person's attitude towards people, society, and the environment in their professional activities; understand and analyze problems of social and personal importance, relying on their individual knowledge; have a culture of thinking, a certain way of thinking,have the ability to clearly express oral and written speech; have social responsibility aimed at realizing the results of scientific activity; be able to prepare regulatory documents for obtaining a patent; use the basic laws of the sciences mastered in professional activities, classify methods, and use methodological principles in scientific activities; have mastered one of the foreign languages ​​at the conversational level as a means of scientific communication and exchange of professional skills; master the methods of collecting, storing, processing and using information; be able to make sound independent decisions in their professional activities; have the ability to distinguish information, knowledge, and information from each other, and be able to use information technologies; understand the essence and importance of information technologies in today's information society, understand the risks and threats of information attacks, and comply with the basic requirements of information security; build mathematical models of simple processes; verify the adequacy of mathematical models; pose initial and boundary problems for mathematical models described by differential equations; Must have the imagination and knowledge to analyze the results obtained in order to determine the level of accuracy; use the capabilities of high-level languages; select suitable methods for solving the problem, create a problem-solving algorithm, and visually present the results; be able to use software tools and methods, modern information technologies, and apply problem-solving methods to solve scientific and technical problems.comply with the basic requirements of information security; build mathematical models of simple processes; select suitable methods for solving a problem, create a problem-solving algorithm, and visually present the results; have the skills to use software tools and methods, modern information technologies, and apply problem-solving methods to solve scientific and technical problems.