Direction, code 28.04.01

Nanotechnologies and Microsystems Engineering

Southern Federal University
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About the training program

The educational program is aimed at training world;class specialists focused on continuing their postgraduate studies or working in research centers and research departments of companies related to the development and production of electronics and photonics - the driving force of scientific and technological progress in the 21st century. The demand for graduates of our program, who successfully continue their careers in leading scientific and industrial centers in Russia, the USA, France, Germany, the Netherlands, Japan, Singapore and China, indicates a high level of training and the prospects

What you will learn

  • Microwave vacuum microelectronics
  • Physical kinetics and thermodynamics
  • Radiography of nanomaterials
  • Modeling of micro- and nanosystems
  • Cyberphysical systems
  • Application of micro- and nanosystems
  • Neural networks
  • Physics of low-dimensional systems
  • Information technology in scientific research
  • Modern methods of materials and structures research
  • Modeling of physical processes and systems
  • Technology of microelectromechanical systems
  • Design and technology of the microwave electronic component base

Career opportunities for graduates

There are several specialized areas within the field of nanosystems engineering, each focusing on different aspects of nanotechnology and engineering. Throughout the program, students participate in research projects related to applications. This is aimed to prepare students for working in emerging high tech industries or research laboratories that exploit nano and micro scaled materials and systems of various functionalities. Graduates can work at the enterprises of the radio-electronic complex of the country or military-industrial complex of the country.

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