Dr. Nadiia Konovenko | Education Technology | Women Researcher Award

Dr Nadiia Konovenko is a docent of the Department of Physical and Mathematical Sciences at Odesa National University of Technology, Ukraine, with extensive contributions to the study of algebras of differential invariants, Lobachevsky geometry, differential geometry, 2F-planar mappings, and quasi-geodesic mappings. Her research is notable for discovering fields of rational differential invariants for the actions of Lie pseudogroups on planar webs, enabling a classification of planar 3-webs with respect to symplectic and conformal Lie pseudogroups. Nadiia Konovenko has successfully completed 20 research projects and is currently working on two more, continuously enriching the mathematical sciences domain with new insights and methods. She is the author of the book “Differential Invariants and sl2 Geometry” published by Naukova Dumka and has published 20 papers in indexed journals, demonstrating consistent productivity and impact. Beyond her publications, she serves as the managing editor of the journal “Proceedings of the International Geometry Center” and is a member of the editorial board of “Automation of Technological and Business Processes,” actively shaping the dissemination of high-quality research. Nadiia Konovenko is also chair of the organizing committee and a member of the international scientific committee of the conference “Algebraic and Geometric Methods of Analysis,” which brings together leading researchers to advance knowledge in geometry and related fields. Her collaborations include participation in programs such as “Infinite-dimensional Riemannian Geometry with Applications to Image Matching and Shape Analysis” at the Erwin Schrödinger International Institute for Mathematical Physics, Vienna, and engagement in the X and XI Summer Schools on Algebra, Topology, and Analysis. As a full member of the Kyiv Mathematical Society, Nadiia Konovenko continues to play a vital role in advancing geometric theory and its applications. Her research impact is reflected by 17 citations in 13 documents and an h-index of 2.