Teachers of the Department of Higher Mathematics and Physics represented our university at the International Conference “Modern electrical and energy systems” (MEES 2019), which was held from September 23 to September 25 at Mikhail Ostrogradsky Kremenchug National University. The working language of the conference was exclusively English.
The conference was attended by Ph.D., Professor, Head of the Department Natalia Sosnitskaya, Ph.D., Associate Professor Mykola Morozov, Assistants Larisa Khalanchuk and Galina Onischenko. The colleagues presented the report “Modeling of electromagnetic processes and phenomena in quantum-sized systems in the course of physical and mathematical support of master’s programs of the specialty” Electric power engineering, electrical engineering and electromechanics “” in the section “Electrical Engineering Education and Education Technologies».
Natalia Sosnitskaya and Larisa Halanchuk took part in the conference. In their speeches, they pointed out that mathematical computer simulation techniques are nowadays increasingly used to explore a variety of systems and phenomena. A promising area is the use of MathCad and Scilab computer algebra systems, which allow us to develop models of electromagnetic oscillation systems, to represent periodic signals in the form of harmonic series, and to model electron states at various quantum dots (QD). Simulation computer simulation of the corresponding processes is implemented in the laboratory practical course of the discipline of physics and mathematics of master’s programs for students of specialty 141 “Electricity, Electrical Engineering and Electromechanics”.
The international scientific conference brought together scientists from Ukraine, China, Poland, Czech Republic, France, Morocco, Jordan, Slovakia, Slovenia, Iran. They discussed the results of scientific research in the following areas: electromechanics – electrical machines and actuators, diagnostics and monitoring; electrical and power systems engineering – modern trends in electrical grids (distributed generation and smart grids), renewable and alternative energy; industrial electronics – design, manufacturing and simulation of semiconductor devices and converters; simulation in electrical engineering; electrical engineering education and education technologies; industrial application & Industry 4.0.
Natalia Demina, Associate Professor of Higher Mathematics and Physics
