ML Researcher @proximafusion || PhD @TU_Muenchen || UQ/ML + Physics/engineering || Alumnus @IITBHU_Varanasi @CentraleNantes

Munich, Bavaria
Joined October 2015
I'll be at @NeurIPSConf 2025 in San Diego presenting our new work from @proximafusion: ConStellaration - a dataset of QI-like stellarator boundaries + optimization benchmarks. Poster #2211, Exhibit Hall C/D/E Dec 4, 11am-2pm Paper: openreview.net/forum?id=NQSb…... #fusion #Al #AI4Sci
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New paper alert. "Stochastic black-box optimization using multifidelity score function estimator," published in @MLSTjournal (@IOPPublishing ) w\ @mandrakeMojito @SKoutsourelakis prof. Hans Bungartz. iopscience.iop.org/article/1… #BlackBoxOptimization #SciML #UQ #ML
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ARTICLE: From concrete mixture to structural design—a holistic optimization procedure in the presence of uncertainties ✍️@Atul_Ag07, @SKoutsourelakis (@TU_Muenchen), Erik Tamsen and J.F. Unger (@BAMResearch) 👉bit.ly/4eIo6Jo
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New paper on probabilistic data driven model for turbulence closure with @SKoutsourelakis in @ElsevierPhysics Journal of Computational Physics. Open Source link: sciencedirect.com/science/ar… @TU_Muenchen #RANS #turbulence #DataDriven #SciML
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New work with @Atul_Ag07 on a probabilistic, data-driven closure model for RANS equations sciencedirect.com/science/ar…
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Our submissions in @NeurIPSConf @ML4PhyS got accepted. (1/3) When a stochastic, high-dimensional, black-box physics-based simulator is involved in constrained optimization, there are not many viable options out there. We attempt to propose one. (collab. with @SKoutsourelakis)
Multi-fidelity Constrained Optimization for Stochastic Black Box Simulators. (arXiv:2311.15137v1 [math.OC]) ift.tt/IPnk7yp
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I will be attending #NeurIPS2023 in person. Would love to chat on probabilistic machine learning + engineering/physics.
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Atul Agrawal retweeted
LVM3 M4/Chandrayaan-3 Mission: LVM3 M4 vehicle🚀 successfully launched Chandrayaan-3🛰️ into orbit.
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Model uncertainty remains one the most difficult topics in #Uncertainty_Quantification. Here is our attempt to quantify it in the context of the Reynolds-Averaged Navier-Stokes model #RANS, in a physically meaningful manner that still allows probabilistic predictive estimates.
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Check out our new #JCP paper about: Simple computational strategies for more effective physics-informed neural networks modeling of turbulent natural convection The paper is freely available for next 50 days, click below. lnkd.in/eArPTE-c #turbulence #AI #PINN #fluid
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Interested about efficient surrogate for turbulent thermal convection? Or ML for fluid mechanics in general 👇 Work from my time in @LisnLab ( @UnivParisSaclay) #ML #turbulence #PINNs
Replying to @arxiv_cs_LG
Physics-aware deep neural networks for surrogate modeling of turbulent natural convection. Didier Lucor, Atul Agrawal, and Anne Sergent arxiv.org/abs/2103.03565
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Interested in using unlabeled data (i.e. just inputs) and physical constraints in constructing efficient surrogates for PDEs with high-dimensional parametric inputs in the Small-Data regime? More information in the newly-published J. of Comp. Phys. paper authors.elsevier.com/a/1cel5…
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Congratulations prof @SKoutsourelakis and Sebastian.
Our paper on "Physics-aware, probabilistic model order reduction with guaranteed stability" has been accepted to #ICLR2021. Congratulations to Sebastian Kaltenbach for putting in all the hard work! More details: openreview.net/forum?id=vyY0…
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Atul Agrawal retweeted
#RAISE2020 is all set to take place from Oct 5 to 9, 2020 in a virtual avatar. The summit will host some of the world's most renowned AI leaders and decision makers - to understand how AI can be mobilised for greater social good. Register NOW: bit.ly/3cdUBA5 #AIforAll
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Thank you @Skoltech_ru @SMILESkoltech for organizing such a nice summer school on Machine Learning and accepting me :). Very interesting lectures.
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Big whirls have little whirls, That feed on their velocity; And little whirls have lesser whirls, And so on to viscosity. - Lewis Fry Richardson instagram.com/p/CDpAwN0FCwy/…