Specialty 6В05303 "Technical Physics"

Technical physics is the field of science and technology, which includes a set of tools, methods and methods of human activity associated with the research, development, creation and operation of new materials, technologies, devices and devices. Technical physics considers these laws in practical application. In turn, the patterns revealed by technical physics are applied in engineering design and production. Thanks to the development of this area, modern enterprises engaged in the manufacture of technological equipment, have the opportunity to improve their products and modernize technological processes.

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What you learn: key disciplines

Analog circuitry and digital electronics

  • Study of basic semiconductor devices and logic elements.
  • Study of semiconductor diodes and transistors.
  • Study of functional units, semiconductor memory devices, analog electronic devices circuitry.
  • Basics of Digital Electronics

  • Basic concepts and laws of mathematical logic. Normal forms of algebraic expressions.
  • Advantages and disadvantages of analog and digital signals, various types of digital signals and codes. Basic concepts of binary logic. Features of arithmetic and logical operations with binary codes.
  • Features of digital signals. Ways of organizing the interaction of elements, nodes and devices of digital systems.
  • Physics of sensory materials and devices

  • Physical principles of converting parameters of interacting factors into available signals for use in sensory (sensitive) systems.
  • Structural organization of sensor devices, their properties, characteristics and functions.
  • Materials science and technological aspects of the formation of sensitive elements of sensors.
  • Quantum electronics and its application

  • Einstein coefficients.
  • Line width. Gain. Lasers amplifiers. Generation. Resonators. Open resonators. Resistance of resonators. Unstable resonators.
  • Gas lasers. Ion lasers. Metal vapor lasers. Chemical lasers. CO2 lasers. Ruby and neodymium lasers. Dye lasers. Semiconductor lasers.

  • You can work:

    Graduates of the specialty may occupy positions of a physicist, a junior research assistant, a circuit design engineer, a production engineer at a factory for setting up, setting up and checking instruments and structures, an engineer for the introduction of new technological processes in production, an engineer-programmer in computer and computer centers, an engineer in production for organizing and implementing control of products

    Our address:

    Karaganda, Universitetskaya street 28, building №2
    tel.: 8 (7212) 35-64-50 (внут. 1108, 1019)
    e-mail: physics@ksu.kz