NURE Kharkiv national university of radioelectronics

Physical Foundations of Electronic Engineering Department

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About us

 

About usThe Department of “Physical Fundamentals of Electronic Engineering” prepares all levels of education:

  • bachelor’s and master’s degrees in the specialty 175 “Information and measurement technologies”, educational programs: “Engineering of opto-information and laser systems”, “Laser and optoelectronic engineering”, “Photonics and optoinformatics” with the qualification of “technician-designer (electronics)” bachelor, ” researcher (electronics, telecommunications)” – master’s degree. The term of bachelor’s studies is 3 years and 10 months, master’s training is 1 year and 4 months.
  • Doctor of Philosophy in specialty 105 “Applied Physics and Nanomaterials” educational and scientific program “Applied Physics and Nanomaterials”. The term of study is 4 years.
    Educational programs cover flagship areas of modern engineering:

Laser systems and technologies: design and application of lasers and complex laser systems in nanotechnology, IT, medicine, industry, science, military affairs and cosmonautics.

Photonic crystal engineering: manufacturing technologies of waveguide and resonator photonic crystal structures as the basis of the element base of optical computers; the latest fiber-optic information transmission lines.

Microwave technologies: terahertz range systems for building the latest communication systems of the 5G generation; systems of secure dual purpose communication.

Optoelectronics and optotechnics: optical and electronic systems of information processing, storage and transmission; systems of night vision, optical location; holography

The teaching staff of the department includes the 1st academician of the Academy of Applied Radioelectronic Sciences; 3 professors, 3 doctors of science, 3 associate professors, 3 candidates of science (PhD), senior lecturer, 2 assistants.

The department has 6 educational laboratories equipped with modern equipment. Laboratories for the study of lasers and passive optical elements, laboratories for the study of spectra and physical phenomena that underlie every optical device, microwave electronics laboratories and chemical laboratories.