On November 24, 2025, a comprehensive interdisciplinary class of the department “Electrical Insulation and Cable Engineering” was held with the participation of 3rd and 4th year students, master’s students and postgraduates of the department. Guests from other departments of NTU “KhPI” were also present. At the beginning of the meeting, Doctor of Technical Sciences, Prof. Bezprozvannykh G.V. noted that such interdisciplinary classes are a long-standing tradition of the department, which has been successfully maintained for more than two decades.
Hanna Viktorivna emphasized the key requirements for a modern engineer: deep fundamental training must be combined with interdisciplinary thinking, flexibility and the ability to work with digital technologies, which are rapidly becoming more complex in the conditions of Industry 4.0. It is these competencies that form the readiness of young specialists to solve engineering problems of the latest level.
Master of Science Denis Siyatovsky (gr. E-N124k) presented a report on the discipline “Nonlinear Phenomena in Optical Fibers”, in which he focused on linear and nonlinear modes of fiber operation, the Kerr effect, phase self-modulation, spectral broadening of pulses and other key nonlinear optical effects.
2nd year graduate students Ihor Boyko and Danylo Mukoseyev presented their reports on the discipline “Physical and technical methods and nanotechnologies for the creation of electrical insulation, cable and fiber optic systems”.
Ihor Boyko’s report was based on the analysis of scientific publications for his dissertation research “Optimization of methods for diagnosing power cables with increased voltage”.
Danylo Mukoseyev presented a report “Technological solutions for improving the reliability of signal-blocking cables”. He noted that the reliability of cable systems is determined by the properties of insulating materials.
Such interdisciplinary classes contribute to the formation of team interaction, allow students to better understand the features of the specialty and motivate them for further research. The department staff continues to support traditions that contribute to the development of young specialists and creates conditions for the professional growth of future engineers in the field of electrical insulation, cable and fiber optic technology.