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5В071000- Materials Science and Technology of New Materials

Identifier - Speciality 5V071000 - "Materials Science and Technology of New Materials"
The purpose and objectives of the specialty

The aim of the educational program 5V071000 - "Materials Science and Technology of New Materials" is the formation of a highly competitive specialist capable of prepared for the production, development and research activities in the research laboratories, engineering and design firms, industrial enterprises.
The objectives of professional activity 5V071000 specialty - "Materials Science and Technology of New Materials": to know the relationship between the phase composition, structure and properties of materials, to have an idea about the main directions of its development, as well as the major achievements of science and technology in this field.

Qualification characteristics

Sphere of professional activity: professionals who have graduated from bachelor perform production-technological and organizational work in industrial enterprises, as well as carry out experimental - research work on the structure and properties of materials.
Objects of professional activity: are factories of ferrous and non-ferrous metallurgy, machine-building and instrument-making plants, factories of chemical production, industry research and design institutes, laboratories, universities and secondary technical schools.
The subject of professional activity is the manufacturing process equipment, installations and appliances intended to study the structure and properties of materials, technology acquisition and processing of new materials as well as finished products from them.

Educational trajectories

Educational program 5V071000- specialty "Materials Science and Technology of New Materials" provides training in three trajectories:

  1. Technology and modification of materials;
  2. Nuclear and Materials;
  3. Materials and renewable energy technologies.
The uniqueness of each trajectory

1. The uniqueness of the trajectory "of materials modification technology", is as follows:

  • bachelors with specialization acquire all the knowledge and skills to work by engineers, technicians at universities, institutes and other research centers. Also, deeper study of physical and mechanical methods of processing of materials, surface modification techniques of materials, nanotechnology, study the mechanical properties of materials and mechanical testing methods and structural-phase materials research. Work on such devices as vacuum office, machines for testing, press, ovens, microscopes and others.

2. The uniqueness of the trajectory "of nuclear technology and materials science," is as follows: bachelors with specialization acquire all the knowledge and skills for working scientists, engineers at enterprises and nuclear centers, factories. Also deeply study the physical basis of nuclear technology and radiation material, methods of preparation and research, as well as the properties of the materials for nuclear power, nanotechnology, study the mechanical properties of materials and mechanical testing methods and structural-phase materials research. Work on such devices as the NMR spectrometer, X-ray fluorescence spectrometer, vacuum, engine on the test, press, ovens, microscopes and others.
3. The uniqueness of the trajectory "Materials and Renewable Energy Technologies", is as follows: bachelors with specialization acquire all the knowledge and skills to work technologists, treater, engineers in factories. Also, deeper study of technology and alternative energy materials, methods of preparation and research, as well as the properties of the materials for the solar and wind energy, hydrogen energy technology, studying electrical and mechanical properties of the materials involved in the design of energy-efficient systems.

The learning outcomes for each trajectory

1. Trajectory "Technology and modification of materials."
As a result of training the graduate should know:

  • The relationship between the phase composition, structure and properties of materials, processes, equipment and operation of scientific and technological devices and equipment;
    The graduate should be able to:
  • To put into practice the methods of studying the structure and properties of materials;
    The graduate should have the skills to:
  • Performance of works on preparation of new materials and their processing, mathematical processing of the results of research, drawing flow charts;

2. The trajectory of "Nuclear Technologies and Materials".
As a result of training the graduate should know:

  • Mechanisms of action of radiation on living organisms and the dose limits;
  • standard values, methods of calculation and measurement of radiation doses;
  • methods of protection against radiation; Actions in case of radiation accidents

The graduate should be able to:

  • Independently assess the degree of radiation hazards;
  • use the method for calculating radiation doses; search and analysis of scientific and technical
  • information and to choose the necessary materials;
  • choose the best ways to protect against radiation; analyze information about radiation accidents

The graduate should have the skills to:

  • The terminology in the field of dosimetry and radiation physics; information retrieval skills to assess radiation doses; proficiency in the use of information received in the assessment of radiation hazards.

3. Trajectory "Materials and renewable energy technologies."
As a result of training the graduate should know:

  • Basic types and properties of special materials for nuclear power plants.

The graduate should be able to:

  • Identify opportunities, advantages and disadvantages of nuclear power plants for the production of high-grade heat, used in various industrial processes, as well as the use of special materials for nuclear power plants in their professional activities;
  • The graduate should have the skills to:
    - Selection skills and the use of special materials for nuclear power plants.
Тhe level of education of graduates of this specialty requirements (based on Dublin descriptors)

Learning Outcomes Graduates 5V071000 - "Materials Science and Technology of New Materials" are expressed through the following competencies:

  • Worldview competence - involves the development of a scientific picture of the world, the basis of social, social phenomena, mastering the general education, knowledge and experience activities.
  • Professional competence - requires the ability to perform tasks in accordance with prescribed standards, to operate successfully on the basis of practical experience, skills and knowledge in solving professional problems.
  • Research competence - involves the ability to solve tasks through a heuristic approach, without using known algorithms, the willingness to take an active research position in relation to its activities and himself as its subject, knowledge of methods and logic of scientific research.
  • Communicative competence - involves the ability for social interaction with the community, the staff, skills, group work, cooperation, tolerance; including language skills, ability to conduct oral and written dialogue, monologue, business correspondence.
  • The competence of self-management - involves its own resources, i.e. their ability to acquire, retain, develop and efficiently use, involves the development of methods of self-development, self-regulation and self-support.
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