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Master degree program

Materials Science and Technology of New Materials

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Master degree program
Educational programs
Materials Science and Technology of New Materials

Materials Science and Technology of New Materials

QUALIFICATION

Scientific and pedagogical direction - Master of Engineering Sciences

MODEL OF GRADUATING STUDENT

1. To systematize the basic scientific information on objects, technologies and strategies of conducting scientific researches on the basis of deep General engineering knowledge in the field of materials science and technology of new materials;
2. Critically evaluate and interpret the latest advances in theory and practice in engineering and engineering;
3. To solve technological problems in new and unfamiliar contexts by methods of research, analysis, diagnostics and modeling of the properties of substances and materials;
4. To predict conditions and optimization of technological processes of production of the necessary quality by means of integration of interdisciplinary knowledge;
5. To formulate the main problems in the field of materials science and technology of new materials, to choose methods and means of their solution;
6. To design production on receiving the finished products conforming to GOST;
7. To apply modern technologies of materials properties management aimed at changing their structure to solve the problems of creating new pilot plants, devices and apparatuses;
8. Use modern information and communication technologies, global information resources in research and computational and analytical activities in materials science and technology of new materials;
9. To develop schemes of modern technological processes of production, processing of materials and products from them, control systems of technological processes;
10. Execute design and working technical documentation in accordance with regulatory documents;
11. Plan and carry out comprehensive research and testing in the study of materials and products, their production processes, processing and modification, generate new ideas.
12. Be capable of reflection, objective assessment of their achievements, and awareness of the need for the formation of new competencies.

Program passport

Speciality Name

Materials Science and Technology of New Materials

Speciality Code

7M07116

Faculty

of Physics and Technology

disciplines

Foreign Language (professional)

Functional materials and coatings

Number of credits - 5
Type of control - [RK1+MT+RK2+Exam] (100)
Description - Purpose of the discipline. formation of a scientific and philosophical knowledge base for a master student aimed at improving traditional and developing new highly effective materials and technologies for their production with the required level of quality and properties. At the end of the course, the master students should be able to: 1. to classify functional materials according to characteristics, the specifics of which determine the practical value of these materials 2. to interpret the physical phenomena caused by electronic processes in functional materials and conditioned by the specific structure 3. explain the reasons for changing the properties of functional materials under various external influences 4. use reference literature and navigate in periodicals on subjects of the discipline to assess problems, approaches and development trends that reflect the current state of the problem of obtaining new coatings with specified functional properties Purpose of the discipline. formation of a scientific and philosophical knowledge base for a master student aimed at improving traditional and developing new highly effective materials and technologies for their production with the required level of quality and properties. During the studying of the discipline, the following aspects will be considered: Basic concepts. Classification of materials. Superconductors. Ferroelectrics and piezoelectrics. Composite materials. Promising magnetic materials. Perspective ceramic materials. Optical transparent materials. Fluorescent materials. Functionality of two-dimensional materials. "Smart" materials. Functional gradient materials and coatings

History and Philosophy of Science

Modern Materials Science

Modern methods of research structure and properties of materials

Number of credits - 5
Type of control - [RK1+MT+RK2+Exam] (100)
Description - The purpose of teaching the discipline is to study the patterns of formation of the structure of new functional materials as well as modern methods of their research. At the end of the course, the master students should be able to: 1.to have an idea: about the new directions, achievements and problems in the field of materials science, trends and prospects of its development; 2. to know: new theoretical approaches in describing the state and properties of materials, phenomena and processes in them, the basic principles of the processes of obtaining, processing modern materials, the conditions of implementation and the boundaries of the application of methods for obtaining and processing materials, types and classes of modern and promising organic and inorganic materials and technological processes for their production, processing and modification; 3.be able to: comprehensively evaluate and forecast the trends and consequences of the development of materials science and materials technologies, solve problems in the development of high technology and innovative technologies, as well as nanomaterials; 4.have the skills: independently make decisions, work in a group, manage technological processes, in choosing rational methods of protection and procedures for operating in emergency conditions; 5. be competent: in the organization and planning of all types of professional activities related to the achievements and problems of materials science and technology for obtaining promising materials The purpose of teaching the discipline is to familiarize the students with the conceptual patterns of the structure of new functional materials and the most pressing problems of modern theoretical and experimental materials science with new theoretical approaches and principles for the design of materials with prescribed properties, modern technologies for the production and processing of materials, the formation of a world outlook based on knowledge of the role of science and techniques in the development of society, the cultivation of skills of cultural production new materials taking into account environmental and economic aspects. In the study of the discipline will consider the following aspects: Introduction. Modern and promising functional materials. Modern and promising electrotechnical materials.Modern technologies of processing of materials.Methods for studying modern and promising materials.

Nanotechnology in Materials

Pedagogy of Higher Education

Psychology of management

Solid state electronics

Number of credits - 5
Type of control - [RK1+MT+RK2+Exam] (100)
Description - Aim оf discipline. The formation the knowledge on semiconductor devices physics and in the field of the semiconductor devices applications in technique and in technology of a new materials production. As the result of discipline study the student can be capable: 1. know the principles of the operation, the main characteristics and parameters and application fields of semiconductor devices and structures. 2. understand approaches and methods to control of semiconductor devices parameters and characteristics. 3. apply obtained knowledge for production semiconductor materials with new functional properties; 4. apply modern semiconductor electronic devices in technological processes for production materials with new desired properties; 5. summarize and systematize scientific information, obtain new scientific and practical data on material sciences, integrate knowledge and pronounce qualified judgments; develop of scientific projects. Appointment оf discipline. The discipline devoted to formation the knowledge on physics of semiconductor devices and tendencies of modern semiconductor electronics.. Content of оf discipline includes the study of follows themes. Semiconductor electronics. Main materials of modern semiconductor electronics. Physics of semiconductor structures. Barriers and contacts. Metal-semiconductor contact. P-n junction. Homo- and heterojunction. Semiconductor devices based on rectification contacts and controlled by electric field: diodes, transistors, thyristors. Optoelectronic devices. Devices based on volumetric properties of semiconductor material.

Data for 2021-2024 years

disciplines

Carbon Composite Nanomaterials

Crystal Physics and Structural Analysis

Dielectric Condensed Mediums

Factors of Cosmic Space

Heat Collector, Photovoltaic and Thermoelectric Devices

Lightweight Construction Materials and Technologies

Metal Condensed Mediums

Methods and devices for material control

Modelling Terrestrial Studies of the Properties of Composite Materials

Modern state, problems and prospects for the development of smart materials

Type of control - [RK1+MT+RK2+Exam] (100)
Description - The purpose of teaching the discipline is to study the current state, problems and prospects for the development of smart materials. At the end of the course, the master students should be able to: 1.to have an idea: about the new directions, achievements and problems in the field of materials science, trends and prospects of its development; 2. to know: new theoretical approaches in describing the state and properties of materials, phenomena and processes in them, the basic principles of the processes of obtaining, processing modern materials, the conditions of implementation and the boundaries of the application of methods for obtaining and processing materials, types and classes of modern and promising organic and inorganic materials and technological processes for their production, processing and modification; 3.be able to: comprehensively evaluate and forecast the trends and consequences of the development of materials science and materials technologies, solve problems in the development of high technology and innovative technologies, as well as nanomaterials; 4.have the skills: independently make decisions, work in a group, manage technological processes, in choosing rational methods of protection and procedures for operating in emergency conditions; 5. be competent: in the organization and planning of all types of professional activities related to the achievements and problems of materials science and technology for obtaining promising materials The purpose of teaching the discipline is to familiarize the students with the conceptual patterns of the structure of new functional materials and the most pressing problems of modern theoretical and experimental materials science with new theoretical approaches and principles for the design of materials with prescribed properties, modern technologies for the production and processing of materials, the formation of a world outlook based on knowledge of the role of science and techniques in the development of society, the cultivation of skills of cultural production new materials taking into account environmental and economic aspects. In the study of the discipline will consider the following aspects: Introduction. Modern and promising functional materials. Modern and promising electrotechnical materials.Modern technologies of processing of materials.Methods for studying modern and promising materials.

Non-crystalline Materials

Optics and optoelectronics materials

Radiation Effects in Solids

Radiological Conditions on the Orbits of Spacecraft

Semiconductors Physics and Techniques

Space Vehicles for Different Purposes

Technical Principles of Energy-Saving Nd Renewable Energy

Technological processes of production semiconductor materials

Data for 2021-2024 years

INTERNSHIPS

Pedagogical

Research

Data for 2021-2024 years