Master's degree in Applied and Engineering Physics 24 months Postgraduate Programme By Satbayev University |TopUniversities

Programme overview

Main Subject

Engineering - General

Degree

Other

Study Level

Masters

Study Mode

On Campus

The purpose of studying this program is obtaining knowledge about the structure and properties of solid-state functional materials, manufacturing technologies and research methods; sufficient skills to understand related various applications.

Studying of the disciplines helps to gain the following abilities:
  • analysis of the state of scientific and technical problems, the formulation of technical specifications, definition of the research goals and objectives based on analyzing of literature and patent sources;
  • select the optimal method and research program, modification of existing and development of new methods based on the objectives of a specific study;
  • theoretical and experimental studies, design new technologies and devices with advanced materials, components, processes and methods;
  • physical-mathematical and physical-chemical modeling of the developing materials, components and processes in order to optimize their parameters;
  • the use of standard and the development of new software products aimed at solving scientific, engineering and technological problems within the framework of professional activities.

Masters could get a job:
  • in research institutes, higher educational institutions, in heavy and light industry, mining, metallurgy, aviation and space industries, construction and engineering sectors of the economy;
  • experts industry and state research organizations involved in the design, development and creation of low-dimensional materials and technologies for the needs of energy, chemical industry, metallurgy, technology and medicine.

Programme overview

Main Subject

Engineering - General

Degree

Other

Study Level

Masters

Study Mode

On Campus

The purpose of studying this program is obtaining knowledge about the structure and properties of solid-state functional materials, manufacturing technologies and research methods; sufficient skills to understand related various applications.

Studying of the disciplines helps to gain the following abilities:
  • analysis of the state of scientific and technical problems, the formulation of technical specifications, definition of the research goals and objectives based on analyzing of literature and patent sources;
  • select the optimal method and research program, modification of existing and development of new methods based on the objectives of a specific study;
  • theoretical and experimental studies, design new technologies and devices with advanced materials, components, processes and methods;
  • physical-mathematical and physical-chemical modeling of the developing materials, components and processes in order to optimize their parameters;
  • the use of standard and the development of new software products aimed at solving scientific, engineering and technological problems within the framework of professional activities.

Masters could get a job:
  • in research institutes, higher educational institutions, in heavy and light industry, mining, metallurgy, aviation and space industries, construction and engineering sectors of the economy;
  • experts industry and state research organizations involved in the design, development and creation of low-dimensional materials and technologies for the needs of energy, chemical industry, metallurgy, technology and medicine.

Admission Requirements

2 Years
Sep
Jan

Tuition fees

Domestic
3,484 USD
International
4,413 USD

Scholarships

Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.

To help students navigate this challenging process, we recommend the following articles:

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