PhD candidate in Informatics (TUM, since Nov 2023)
M.Sc. Computational Science and Engineering (TUM, Oct 2021- Oct 2023)
Dual Degree(B.Tech + M.Tech) in Aerospace Engineering (IIT Bombay, Jun 2013 - May 2018)
Research Interests
Wave physics phenomenon
Computational Seismology
High Performance Computing Algorithms
Numerics of Hyperbolic Partial Differential Equations
Uncertainity Quantification Workflows for supercomputers with SeisSol
Publications
2026
Journal Articles
Vikas Kurapati; David Schneller; Linus Seelinger; Zihua Niu; Alice-Agnes Gabriel; Michael Bader: Fused ensembles of dynamic-rupture earthquake simulations to accelerate Bayesian inference. GEM - International Journal on Geomathematics 17 (1), 2026 more…BibTeX
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Vikas Kurapati; Gregor Hillers; Lukas Krenz; Alice-Agnes Gabriel; Michael Bader: Numerical wavefield simulations with instantaneous time mirror in a 3D elastic medium. Geophysical Journal International, 2026 more…BibTeX
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Conference Papers / Poster
Kurapati, Vikas: Fused ensembles of dynamic-rupture earthquake simulations to accelerate Bayesian inference. SIAM Conference on Parallel Processing for Scientific Computing (PP26), 2026 more…BibTeX
Full text (mediaTUM)
2025
Conference Papers / Poster
Linus Seelinger; Vikas Kurapati; Maximilian Kruse; Sharana Shivanand; Zihua Niu; Sebastian Wolf; Alice-Agnes Gabriel; Michael Bader: ScalaMIDA: Scalable Bayesian Inference of Large Earthquake Simulations. Innovative Algorithms for Applications on European Exascale Supercomputers 2025Inno4Scale Innovation Day, Barcelona, Spainmore…BibTeX
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Student Projects
If you are interested in student projects with our group, please send me an email with your interests, background including a CV and gradesheet.
Finished Student Projects
2025
Jinwen Pan: GPU-Based Error-Bounded Lossy Scientific Data Compression via Optimized Lossy-Lossless Orchestration. Master thesis, 2025 more…BibTeX
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Jinwen Pan: Performance Evaluation of Acoustic Model Implementation in SeisSol Using Roofline Model. Studien thesis, 2024 more…BibTeX
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Rode-Kotzé, Milena: Wave Reversal in Anisotropic Elastic Material using the Instantaneous Time Mirror. Bachelor thesis, 2024 more…BibTeX
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