Programs
{spoiler=7袦07108 Nanomaterials and nanotechnology (by industry)听}
The Master's degree is carried out in the scientific and pedagogical direction
Duration of training: 2 years
The language of instruction is English
Goals and objectives:
Training of highly qualified specialists capable of working in advanced fields of science and nanoindustry, creating high-tech nano-infrastructures, applying advanced technologies for the design, development and analysis of technological processes, possessing knowledge and competencies in demand for work in production in the direction of "Nanomaterials and nanotechnology".
Our masters acquire fundamental knowledge in the basic course of materials science, based on a solid experimental and theoretical basis, along with knowledge in elective disciplines based on the latest achievements of science. Masters are being trained to conduct applied scientific research, the results of which can be applied in the industrial sector. The versatility of training allows a specialist to adapt to almost any profession that involves the use of nanomaterials.
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Features of the profession
Nanotechnologists create new materials with a well-defined atomic structure. The direction of nanotechnology covers an interdisciplinary field located at the junction of fundamental and applied areas of science and technology. Recently, this direction has become relevant because nanotechnology is the most profound and directed intervention in the structure of matter today. This is a qualitatively new level of accuracy.
The principle of creating nanomaterials at the level of manipulation of individual atoms allows us to obtain properties that cannot be achieved by traditional methods involving chemical reactions involving portions of matter consisting of billions of atoms.
Important qualities
The profession of a nanotechnologist implies an interest in research work, an analytical mindset.
The duties of a nanotechnologist include:
- development of innovative products from the first stage to the last;
- improvement of finished products;
- development of projects, planning of the manufacturing process of innovative products;
- solving technological problems;
- conducting research on key areas of work and preparing reports based on them;
- monitoring of world achievements in the field under study;
- work on the creation of methodological manuals and instructions;
- participation in competitions, writing scientific articles.
Theoretical and practical minimum of Master's degree studies:
To master the program are allowed: specialists with an academic bachelor's degree. The applicant must be prepared for master's degree studies, as well as for research activities in the field of physics, chemistry, nanotechnology and interdisciplinary disciplines. The applicant must possess a diverse arsenal of modern research methods, including the use of specialized computer programs for various calculations. In addition, the applicant must possess the following scientific and methodological skills and abilities:
鈥� formulate the problem, purpose and objectives of the study;
鈥� choose research methods that are adequate to the tasks;
鈥� conduct information-analytical and information-bibliographic work with
the involvement of modern technologies;
鈥� analyze the information collected and explain the results obtained;
鈥� to present the results of the work done in the form of reports, abstracts,
articles designed in accordance with modern requirements.
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Prerequisites of the educational program:
鈥� Mechanics
鈥� Fundamentals of nanotechnology
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Academic mobility to foreign universities is provided for undergraduates. 星空无限传媒 gain knowledge and skills in surface physics, computational, physical, mathematical modeling, materials science, management of scientific experiment. This is the latest science-intensive direction based on the study and use of the latest achievements of physics, chemistry, biology, electronics and medicine, and already determines the development of science and technology. Specialists in nanotechnology and materials work in research institutes, laboratories and companies of medical-technical, nuclear-physical, chemical-technological profile, develop systems and technologies, including for modern electronics, supervise production, conduct tests and analyze their results, introduce high-tech technologies into production. The use of nanomaterials is promising in nanoelectronics, medicine, biology, space technology, construction and other industries. But nanotechnology specialists are especially in demand at the enterprises of the machine-building, chemical and radio engineering industries.
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Some elective disciplines of the program:
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鈥� Introduction to Nanotechnology
鈥� Experimental methods for the study of nanomaterials and nanostructures
鈥� Physical fundamentals of microelectronics
鈥� Application of nanodevices in industry
鈥� Fundamentals of nanotechnology in Materials Science
鈥� Nanoelectronics for the nanoindustry
鈥� Methods of obtaining nanomaterials
鈥� Computer modeling of nanostructures
鈥� Methods of analysis of nanomaterials and nanostructures
鈥� Nanotechnology and photovoltaics
鈥� Structure, crystallinity and physical properties of nanofilms
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Dean of School of Materials Science and Green Technologies
Nurzhan Beisenkhanov
E-mail:
Internal tel. 531
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Deputy Dean of School of Materials Science and Green Technologies
Dina Bakranova
e-mail:
Internal tel. 120
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Manager
Zakhida Bugybay
E-mail:
Internal tel. 550
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{spoiler=7袦07109 芦Materials science and technology of new materials禄 }
Master's degree is carried out in the scientific and pedagogical direction.
Duration of training: 2 years.
The language of instruction is English.
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Goals and objectives:
Training of a professional, competitive specialist for production, development, research and teaching activities in the field of materials science and industrial industry (by area).
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The Master's program provides an opportunity to:
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鈥� to master modern scientific knowledge and research methods in the field of materials
science and their application in professional and research activities;
鈥� perform tasks in accordance with the set standards, successfully act on the basis of
practical experience, skills and knowledge in solving professional tasks;
鈥� analyze the nature of types of corrosion damage;
鈥� master the methods of protecting metals and alloys from corrosion using modern听听
technologies.
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Upon completion of this educational program, masters can work and improve in the pilot industry and scientific and educational activities.
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Master鈥檚 students can:
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鈥� jointly participate in research projects in a research team;
鈥� process the results of scientific research and publish scientific articles in highly rated
journals;
鈥� take part in international conferences.
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Contacts:
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Dean of School of Materials Science and Green Technologies
Nurzhan Beisenkhanov
E-mail:
Internal tel. 531
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Deputy Dean of School of Materials Science and Green Technologies
Dina Bakranova
E-mail:
Internal tel. 120
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Coordinator of master's and doctoral programs
Raziya Sarsembekova
E-mail:
Internal tel. 473
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