Master's Degree in Chemical Physics (7M05320) 24 months Postgraduate Programme By Al-Farabi Kazakh National University |TopUniversities
Subject Ranking

# 601-700QS Subject Rankings

Programme Duration

24 monthsProgramme duration

Main Subject Area

ChemistryMain Subject Area

Programme overview

Main Subject

Chemistry

Degree

MSc

Study Level

Masters

Study Mode

On Campus

The goal of the educational program is to train highly qualified specialists in the field of chemical physics, capable of applying innovative and additive technologies to create new materials with targeted properties.
LO 1. Formulate modern ideas about the relationship between the composition, structure and properties of materials, including composite materials, as well as changes occurring during combustion processes; LO 2. Systematize modern theories of combustion, laws of combustion processes, explaining the structure and types of flames, as well as combustion modes; LO 3. Substantiate the choice and applicability of 3D-printing methods and obtaining methods of materials and pyrotechnic compositions, metal powders, composite materials, including nanomaterials, as well as methods for studying their structures; LO 4. Apply 3D-printing methods, methods of synthesis and modification in a flame to create and obtain structured systems, including nanomaterials; LO 5. Pursue research using physicochemical methods for determining the structure and composition of materials, including nanomaterials; LO 6. Apply the theory of combustion to explain the structure and properties of materials obtained by synthesis in a flames; LO 7. Apply the theory of combustion, the laws of combustion processes, as well as methods of 3D printing, synthesis and modification in a flame to create and obtain structured systems, including nanomaterials in scientific, industrial and pedagogical activities; LO 8. Develop materials with targeted properties and predicting their service life using the knowledge gained about the structure of matter, the nature of chemical bonds in various classes of chemical compounds; LO 9. Demonstrate a willingness to theoretically substantiate and optimize technological processes for obtaining promising materials and the production of new products from them, taking into account the consequences for society, the economy and the environment; LO 10. Conduct a comparative analysis of the most rational, economically and environmentally sound methods of obtaining materials and pyrotechnic compositions of various chemical structure and composition; LO 11. Apply in practice professional and personal qualities that provide ample opportunities for self-realization in the latest fields of knowledge, the most significant areas of professional activity and social life; LO 12. Organize the work of teams and investigators, independently assume social and ethical obligations.

Programme overview

Main Subject

Chemistry

Degree

MSc

Study Level

Masters

Study Mode

On Campus

The goal of the educational program is to train highly qualified specialists in the field of chemical physics, capable of applying innovative and additive technologies to create new materials with targeted properties.
LO 1. Formulate modern ideas about the relationship between the composition, structure and properties of materials, including composite materials, as well as changes occurring during combustion processes; LO 2. Systematize modern theories of combustion, laws of combustion processes, explaining the structure and types of flames, as well as combustion modes; LO 3. Substantiate the choice and applicability of 3D-printing methods and obtaining methods of materials and pyrotechnic compositions, metal powders, composite materials, including nanomaterials, as well as methods for studying their structures; LO 4. Apply 3D-printing methods, methods of synthesis and modification in a flame to create and obtain structured systems, including nanomaterials; LO 5. Pursue research using physicochemical methods for determining the structure and composition of materials, including nanomaterials; LO 6. Apply the theory of combustion to explain the structure and properties of materials obtained by synthesis in a flames; LO 7. Apply the theory of combustion, the laws of combustion processes, as well as methods of 3D printing, synthesis and modification in a flame to create and obtain structured systems, including nanomaterials in scientific, industrial and pedagogical activities; LO 8. Develop materials with targeted properties and predicting their service life using the knowledge gained about the structure of matter, the nature of chemical bonds in various classes of chemical compounds; LO 9. Demonstrate a willingness to theoretically substantiate and optimize technological processes for obtaining promising materials and the production of new products from them, taking into account the consequences for society, the economy and the environment; LO 10. Conduct a comparative analysis of the most rational, economically and environmentally sound methods of obtaining materials and pyrotechnic compositions of various chemical structure and composition; LO 11. Apply in practice professional and personal qualities that provide ample opportunities for self-realization in the latest fields of knowledge, the most significant areas of professional activity and social life; LO 12. Organize the work of teams and investigators, independently assume social and ethical obligations.

Admission Requirements

6+
87+

2 Years
Sep

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