Position:

Associate Professor of Mathematical Analysis and optimization methods

Academic degree, academic title:

Associate Professor, PhD in Physical and Mathematical Sciences

 

Date of Birth: June 30, 1983

Place of Birth: Sumy, Ukraine

Citizenship: Ukraine

Languages: Ukrainian (native), English (B2), German (C1-С2)

Contact Information:

E-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

Tel.: +38 (0542) 68- 77- 58

Research Interests:

• STEM Education and Methodology

Development, implementation, and methodological support of STEM education at schools and universities. Focus on interdisciplinary, problem-based learning and integration of innovative digital tools (VR, AR, mobile applications) to enhance students’ analytical and research skills.

• Immersive Learning Methods in Education

Application of immersive technologies to create interactive learning environments, simulate processes, and improve understanding of complex STEM concepts.

• Information and Communication Technologies (ICT) in Education

Integration of modern ICT tools in teaching. Development of methodological approaches for effective use of digital platforms, modeling software, and data visualization in teaching and research.

• Olympiad Problem Development and Methodical Support

Design, preparation, and review of Olympiad-level problems in STEM disciplines for school and university students. Experience in mentoring, methodological guidance, and organizing training sessions and competitions.

• Mobile Applications with Applied Mathematical Components

Development and implementation of mobile applications incorporating mathematical models for solving applied problems, process visualization, and interactive learning.

• Statistical Theory of Self-Similar Systems and Field Theory of Self-Organization

Research on statistical models of self-similar systems and self-organization processes. Application of field-theoretical methods to analyze the evolution of complex and non-equilibrium systems.

• Statistical Analysis and Boolean Algebra (with Practical Applications)

Use of statistical methods, probabilistic modeling, and Boolean algebra in both theoretical and applied research. Practical applications include:

• Light Industry: Optimization of technological processes, quality and reliability analysis
• Medicine: Biostatistics, clinical data analysis, decision support
• Agriculture: Crop modeling, experimental data analysis, risk assessment
• Environmental Research: Statistical monitoring, environmental analysis, impact prediction
• Theory and Modeling of Complex Systems

Analysis of structure, dynamics, and evolution of complex systems. Application of field theory to study structural transformations in non-equilibrium condensed media. Development of mathematical and computational models for collective effects and self-organization.

• Mathematical Physics and Applications in Mechanical Engineering

Application of mathematical physics methods to mechanical engineering problems, particularly in electrospark alloying and corrosion research. Modeling of physical processes in surface engineering, material modification, and corrosion protection.

Courses Taught:

1. Higher Mathematics
2. Mathematics for University Entrants
3. Statistical Processing of Research and Experimental Results

Research Projects:

• Since 08/04/2022 – GeLb-DIng Project: Training Teachers Together – Shaping Digitality Sustainably with Computer Science, University of Cologne (Cologne, Germany)
• 2022 – 2023 – Development of New Methods for Surface Nanostructuring of Steel Surfaces with Predicted Quality Parameters Based on the Electro-Spark Alloying Method (Project No. SRNr 0122U000771) (Sumy, Ukraine)
• 2022 – Pauli Ukraine Project, Wolfgang Pauli Institute. Thematic Program: Mathematics-Magnetism-Materials (2021/2022) (Vienna, Austria)
• 2017 – 2022 – Ensuring the Quality of Mathematics Education through ICT (Project No. SRNr 0121U11171) (Sumy, Ukraine)
• 2017 – 2020 – Study of Processes of Formation of Multilayer Anisotropic Nanoscale Structures of Adsorbate during Condensation and Epitaxial Growth (Project No. SRNr 0117U0003927) (Sumy, Ukraine)
• 2017 – 2019 – Development of Principles of Heuristic Clothing Design for Creating a Prototype Expert System for Flexible Realignment of Garment Production (Project No. SRNr 0117U003889) (Khmelnytskyi, Ukraine)
• 2015 – 2019 – Development and Application of Innovative Technologies in Mathematics Education (Project No. SRNr 0110U007637) (Sumy, Ukraine)
• 2012 – 2014 – Modeling of Thermal Fields in Phase Transformation Processes (Project No. SRNr 0110U004791) (Sumy, Ukraine)
• 2009 – 2011 – Statistical Theory of Hierarchical Structures of Crystal Lattice Defects (Project No. SRNr 0109U001386) (Sumy, Ukraine)
• 2006 – 2008 – Mathematical Modeling of Thermal and Mechanical Fields during Material Phase Transitions (Project No. SRNr 0110U004792) (Sumy, Ukraine)

 

Publications:

Patents (2020–2024):

1. Gaponova O.P., Tarel’nik V.B., Zhylenko T.I., Tarel’nik N.V. Method of Allotting Steel Parts. Patent No. 153741, Ukraine. Filed: 2022-12-05; Published: 2023-08-24.
2. Tarel’nik N.V., Gaponova O.P., Zhylenko T.I., Furmanchik P., Jacek Hoffmann. Method of Allotting Steel Parts 2. Patent No. 153740, Ukraine. Filed: 2022-12-02; Published: 2023-08-24.
3. Gaponova O.P.; Zhylenko T.I.; Myslyvchenko O.M.; Dudchenko V.V.; Holub N.R.; Tarel’nik N.V.; Tarel’nik V.B. Method to Increase Wear Resistance of Steel Parts Operated under Radiation. Patent No. 152967, Ukraine. Filed: 2022-10-19; Published: 2023-05-03.
4. Gaponova O.P.; Tarel’nik N.V.; Tarel’nik V.B.; Zhylenko T.I.; Myslyvchenko O.M.; Okhrimenko V.O.; Holub N.R. Method to Increase Wear Resistance of Working Surfaces of Steel Rings in Pulse End Seals Exposed to Radiation. Patent No. 153145, Ukraine. Filed: 2022-12-05; Published: 2023-05-24.

Вибрані статті

1. Zakharkevich O., Zhylenko T., Koshevko J., Shvets G. Development of an algorithm for the reasoned selection of machines for leather garments manufacturing. Eastern-European Journal of Enterprise Technologies. 2023. 5 (3(125)). P. 86-94. DOI: 10.15587/1729-4061.2023.287482.
2. Gaponova, O, Tarelnyk, V, Zhylenko, T, Pavlovskyi, S. Improvement of the Quality Parameters of the Surface Layers of Steel Parts after Aluminizing by Electrospark Alloying. Pt. 2. Results of the Influence of the Productivity of Aluminizing by Electrospark Alloying on the Structural State of Steel Surfaces. Metallofizika i Noveishie Tekhnologii. 2023. 46(4):313-324 DOI: 15407/mfint.46.04.0313
3. Zakharkevich, O, Paraska, O, Koshevko, J, Shvets, G, Shvets, A, Zhylenko, T. Development of a Mobile Application to Study Sewing Techniques for Manufacturing Fur and Leather Clothes. Fibres & Textiles in Eastern Europe. 2023. 31 (2). P. 1-10. DOI: 10.2478/ftee-2023-0011.
4. Haponova O.P., Tarelnyk V.B., Zhylenko T.I., Tarel'nyk N.V., Haponova O.P., Mel'nyk V.I., Vlasovets V.M., Pavlovskyy S.V., Okhrimenko V.O., Tkachenko A.V. Improvement of Quality Parameters of Surface Layers of Steel Parts after Aluminizing by Electrospark Alloying. Pt. 1. Features of the Structural State of Steel Surfaces after Aluminizing. Metallofizika i Noveishie Tekhnologii. 2023. 45 (12). P. 1449-1472. DOI: 10.15407/mfint.45.12.1449.
5. Kozii I., Plyatsuk L., Zhylenko T., Hurets L., Bataltsev Y., Sayenkov D. Development of the Turbulent Diffusion Model of Fine Suspended Substances in the Lower Atmosphere Layer. Medziagotyra. 2022. 28 (4). DOI: 10.5755/j02.ms.30223.
6. Zhylenko T., Ivanov V., Pavlenko I., Martynova N., Zuban Y., Samokhvalov D. Mobile Applications in Engineering Based on the Technology of Augmented Reality. Lecture Notes in Mechanical Engineering. 2022. C. 366-376. DOI: 10.1007/978-3-030-79168-1_33.
7. Antoszewski B., Gaponova O.P., Tarelnyk V.B., Myslyvchenko O.M., Kurp P., Zhylenko T.I., Konoplianchenko I. Assessment of technological capabilities for forming al-c-b system coatings on steel surfaces by electrospark alloying method. Materials. 2021. 14 (4). P.  DOI: 10.3390/ma14040739.
8. Zhylenko T., Zakharkevich O., Koshevko J., Kuleshova S. Parametrization of the hierarchical structure of the tree of pills emergence during pilling formation on textile materials. Vlakna a Textil. 2020. 27.
9. Kharchenko, VO, Dvornichenko, AV, Zhylenko, TI Nano-sized islands growth control in plasma-condensate devices. Applied Nanoscience. 2020. 10 (8). P. 2535-2545. DOI: 10.1007/s13204-019-01091-5.
10. Zhylenko T.I., Martynova N.S., Shuda I.A., Chykalov Y.A., Kuzmuk D.A. Auto Checker of Higher Mathematics - an element of mobile cloud education. CEUR Workshop Proceedings. 2020. 2643. P. 662-673.

 

Textbooks

1. I. Zhylenko Mathematics in infographics. Geometry. /Sumy: SumDU, 2021. 139 p.
2. Calculation and application of multiple and curvilinear integrals. / T. I. Zhilenko, O. A. Bilous. — Sumy: SumDU, 2017. — 224 p.

Methodological guidelines:

1. Т. І. Жиленко, В. В. Сивоконь. Методичні вказівки з курсу "Вища математика". Розділ "Теорія границь, похідна (інфографіка, таблиці та схеми)" : для студ. інженерно-технічних спец. усіх форм навчання. Суми: СумДУ, 2021. 11c.
2. Т. І. Жиленко, В. В. Сивоконь. Методичні вказівки з курсу "Вища математика". Розділ "Векторна алгебра та аналітична геометрія (інфографіка, таблиці та схеми)" : для студ. інженерно-технічних спец. усіх форм навчання. Суми: СумДУ, 2021. 11c.
3. Т. І. Жиленко Методичні вказівки з курсу "Вища математика". Розділ "Диференціальні рівняння (інфографіка, таблиці та схеми)" : для студ. інженерно-технічних спец. денної та заочної форм навчання. Суми: СумДУ, 2021. 8c.
4. I. Zhylenko. Methodical instructions to the section "Limits Theory, Derivative" ("Infographics, tables and diagrams") from the course "Higher Mathematics" : for stud. of engineering and technical spec. of full-time and part-time course of studies. Суми: Сумський державний університет, 2021. 11c.

1. T. I. Zhylenko Methodical instructions to the section "Vector Algebra and Analytical Geometry". ("Infographics, tables and diagrams") from the course "Higher Mathematics" : for stud. of engineering and technical spec. of full-time and part-time course of studies. Суми: Сумський державний університет, 2021. 13c.
2. T. I. Zhylenko Methodical instructions to the section "Differential equations" ("Infographics, tables and diagrams") from the cours "Higher mathematics" : for stud. of engineering and technical spec. of full-time and part-time course of studies. Суми: Сумський державний університет, 2021. 10c.
3. Methodological instructions for practical classes in the course "Statistical processing of research and experimental results (infographics, tables and diagrams)": for students of engineering and technical specialties of full-time and part-time forms of study / T. I. Zhilenko. — Sumy: SumDU, 2023. — 13 p.

 

 

Scopus https://www.scopus.com/authid/detail.uri?authorId=36968249300

Orcid                    https://orcid.org/0000-0002-9717-3033

Google Scholar   https://scholar.google.com.ua/citations?user=s00l_tMAAAAJ&hl=uk

ResearchGate                    https://www.researchgate.net/profile/Tetiana-Zhylenko