Name of educational programs

8D07110 Materials science and technology of new materials

Code and classification of the field of education

8D07 Engineering, manufacturing and construction industries

Code and classification of training areas

8D071 Engineering and engineering trades

Group of EP

D101 Materials science and technology of new materials

Aim of EP

The purpose of the educational program in the specialty "8D071 - Material Science and Technology of New Materials" is to provide high-quality training of highly qualified specialists in the field of materials science and technology of new materials, capable of:

- to interpret the basic principles of modern materials science;

- systematize and interpret scientific theories and concepts of the newest directions of modern materials science with the aim of further applying this knowledge in the implementation of the dissertation research;

- independently carry out scientific research in the field of materials science and technology of new materials demanded in research institutes, research centers, design and design offices, in the field of solar energy development, educational institutions;

- to evaluate and determine the significance of the results of research activities, to represent and defend one’s own scientific opinion in scientific discussions.

language

Kazakh, Russian, English

Labor input:

180 credits

Type of EP

Doctorate

Expected learning outcomes EP

Upon completion of this educational program, students are expected to be able to:

ON1. Explain the principles of the organization of theoretical and experimental research, basic phenomena and processes through systemic understanding in the field of materials science and engineering.

ON2. Choose methods of theoretical and experimental studies of high efficiency in the framework of the scientific direction for obtaining products with desired properties.

ON3. To put into practice modern devices and research methods in the field of materials science to study the structure and properties of new materials, to combine research methods to obtain reliable results and achievements of the tasks set.

ON4. To develop and adapt a complex process of scientific research, analysis, diagnosis and implementation of finished engineering products.

ON5. Evaluate technological tasks and schemes of the processes of obtaining modern materials; optimize the existing technological methods of production based on the assessment.

ON6. To critically analyze and predict a complex of physicochemical properties that ensure the environmental safety of the use of end products in the field of materials science, engineering and engineering.

ON7. Implement and improve in practice the technological processes of production and processing of materials and finished products from them, the quality requirements of a market economy, including project management.

ON8. To propose new ideas of varying complexity, the implementation of which will ensure a technically safe production of materials and coatings.

ON9. Develop original innovative technologies that meet the requirements of peer review in the studied area, expanding the scope of existing knowledge.

ON10. Develop technical documentation, use basic regulatory documents on intellectual property issues, preparation of documents for patenting, design know-how.

ON11. To develop teaching materials for conducting classes and extracurricular work in organizations of higher education using educational technologies and teaching methods.

ON12. To promote technological, social and cultural development in the interests of the formation of society through participation in the production of intellectual materials.

For candidates

https://welcome.kaznu.kz/ru/education_programs/doctorate/speciality/1526

Academic activities

Human resource potential: At the department work:

-11 doctors of physical and mathematical science and technical science;

-12 professors;

-22 candidates of physical and mathematical sciences and technical sciences;

-16 associate professors;

-18 Doctors PhD.

Preparation of highly qualified specialists in the field of materials science and technology of new materials with fundamental knowledge based on a solid experimental and theoretical basis, the latest achievements of science, possessing the skills and abilities to conduct scientific research in the field of materials science and technology of new materials demanded in research institutes scientific centers, design and design offices, firms and companies, educational institutions and government agencies management of the relevant profile.

Scientific activities

For the implementation of the educational program at the faculty there are laboratories:

1. Technological laboratory of thin-film semiconductor materials and nanostructures;

2. Laboratory of X-ray analysis;

3. Laboratory of semiconductor optoelectronics and nanophotonics;

4. Laboratory of microelectronics;

5. Laboratory of electronic and measuring equipment;

6. Laboratory of semiconductor instrument making;

7. Laboratory of computer simulation of nanostructures;

8. Laboratory of scanning probe microscopy;

9. Laboratory of photoenergy;

10. Laboratory of nanoelectronics.

International activity

Throughout the entire educational process, doctoral students have the opportunity to attend the advice of foreign specialists who are relevant to the doctoral student’s field of study. The knowledge and skills acquired in doctoral studies allow them to participate in research work conducted by teachers of the department. Remote educational technologies are used in the educational process for students with a distance learning, who have left the country under the program of scientific doctoral internship programs. For example,

1. Germany, University of Siegen;

2. Germany, University of Bohom;

3. Germany, Duseldorf University;

4. Russia, BelSU;

5. Lithuania, Kaunas;

6. Czech Republic, Czech Technical University;

7. France, Ecole Central de Nantes.

Quality assurance (Accreditation, rating, work with employers)

International accreditation, national accreditation

Practice places:

1. Physical and Technical Institute. A.F. Ioffe (St. Petersburg, Russian Federation.);

2. Tomsk Polytechnic University (Tomsk, Russian Federation);

3. Texas State University, Center for Nanophase Research (San Marcos, USA);

4. Belarusian State University (Minsk, Belarus);

and Kazakhstan universities and research centers:

5. National Nuclear Center (Almaty, Kazakhstan);

6. Research Institute of Experimental and Theoretical Physics, NIIETP (Almaty, Kazakhstan);

7. Institute of Combustion Problems (Almaty, Kazakhstan);

8. Physical and Technical Institute (Almaty, Kazakhstan). National Open Type Laboratory, NNLOT, (Almaty, Kazakhstan).

Graduates of the doctoral studies of this EP in accordance with the qualification requirements may hold positions

1. senior researchers

2. chief engineers of research institutions and design organizations,

leading teachers of universities in Kazakhstan and foreign universities and other positions.