About me

I am a computational and applied mathematician specializing in design, analysis and implementation of numerical methods for partial differential equations posed on surfaces.

I defended my PhD at the University of Maryland, College Park under Prof. Ricardo H. Nochetto in 2026. Prior to that, in 2020, I got my bachelor’s in Computer Science at Nazarbayev University (Astana, Kazakhstan).

Here are the links to my Google Scholar profile and my GitHub page.

Recent research papers

• (2026-06) (arXiv) Existence of weak solutions of the surface Beris-Edwards model , with G. A. Benavides and R. H. Nochetto;
• (2026-06) (Found. Comp. Math.) Inf-Sup Stability of Parabolic TraceFEM with Lucas Bouck, R. H. Nochetto and Vladimir Yushutin;
• (2026-05) (arXiv) Ferrofluids: Modeling and Approximation , with G. A. Benavides and R. H. Nochetto;
• (2026-03) (arXiv) $L^p$-based Sobolev theory on closed manifolds of minimal regularity: Vector-valued problems, with G. A. Benavides and R. H. Nochetto;
• (2026-03) (J. Math. Anal. Appl.) $L^p$-based Sobolev theory on closed manifolds of minimal regularity: Scalar elliptic equations, with G. A. Benavides and R. H. Nochetto;
• (2025-08) (arXiv) Surface Stokes Without Inf-Sup Condition with R. H. Nochetto.