Dr. Prof. Niki Kilbertus

Group Leader, Reliable AI, Helmholtz AI

Dr. Prof. Niki Kilbertus

“We are developing the foundations of AI to propel scientific progress.”

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Academic Career and Research Areas

Prof. Dr. Niki Kilbertus grew up in Austria, studied Physics and Mathematics in Regensburg, and spent time at Harvard and Stanford during his studies. He obtained his PhD in the Cambridge-Tübingen program as an ELLIS student. During his PhD, he interned at Deepmind, Google, and Amazon, before joining Helmholtz AI as Young Investigator Group leader and the Technical University of Munich as professor working on mechanistic ML, dynamical systems, causality, and more broadly AI for science.

His ERC Starting Grant project DYNAMICAUS (2025) combines machine learning with causal inference for complex dynamical systems, with applications in climate science, healthcare, and epidemic preparedness. He is also a co-PI in the BMBF-funded CausalNet project alongside Stefan Bauer and partners from LMU, TUM, and KIT. Niki was recognised as AI Newcomer of the Year by the Federal Ministry of Education and Research and the German Informatics Society in 2019, and received the Leopoldina Prize for Young Scientists in 2024 for his achievements in ethical machine learning.

Fields of Work and Expertise

AI for Science

Dynamical Systems

Causality

Professional Background

2010 – 2016

B.Sc. and M.Sc. in Mathematics and Physics, University of Regensburg (incl. research stays at Harvard 2014 and Stanford 2015–2016)

2016 – 2020

PhD, University of Cambridge (Cambridge–Tübingen PhD Fellowship in Machine Learning; advisor: Bernhard Schölkopf, MPI Tübingen)

2019

AI Newcomer of the Year, Federal Ministry of Education and Research (BMBF) and German Informatics Society (GI)

2020 – Present

Research Group Leader, Helmholtz AI at Helmholtz Munich

2021 – Present

Professor for Ethics in Systems Design and Machine Learning, TU Munich

Honors and Awards

  • AI Newcomer of the Year (2019) – Federal Ministry of Education and Research (BMBF) and German Informatics Society (GI);

  • Cambridge–Tübingen PhD Fellowship in Machine Learning (2016–2020) – highly competitive joint fellowship for doctoral research at Cambridge and MPI Tübingen;

  • Leopoldina Prize for Young Scientists (2024) – German National Academy of Sciences Leopoldina, for outstanding achievements in ethical machine learning;

  • ERC Starting Grant (2025) – European Research Council, for the project DYNAMICAUS: causal analysis in complex dynamical systems.

 

 

Most Recent Publications

2025 in
In: (42nd International Conference on Machine Learning, ICML 2025, 13-19 July 2025, Vancouver). 2025. 53703-53727 ( ; 267)

Schweisthal, J. ; Frauen, D. ; Schröder, M. ; Hess, K. ; Kilbertus, N. ; Feuerriegel, S.

Learning Representations of Instruments for Partial Identification of Treatment Effects.
2025 in
In: (42nd International Conference on Machine Learning, ICML 2025, 13-19 July 2025, Vancouver). 2025. 53388-53412 ( ; 267)

Schneider, N. ; Lorch, L. ; Kilbertus, N. ; Schölkopf, B. ; Krause, A.

Generative Intervention Models for Causal Perturbation Modeling.
2025 in
In: (4th Conference on Causal Learning and Reasoning, CLeaR 2025, 7-9 May 2025, Lausanne). 2025. 64-89 ( ; 275)

Manten, G. ; Casolo, C. ; Mogensen, S.W. ; Kilbertus, N.

An Asymmetric Independence Model for Causal Discovery on Path Spaces.
2025 in
In: (4th Conference on Causal Learning and Reasoning, CLeaR 2025, 7-9 May 2025, Lausanne). 2025. 1239-1267 ( ; 275)

Padh, K.S. ; Li, Z. ; Casolo, C. ; Kilbertus, N.

Your Assumed DAG is Wrong And Here’s How To Deal With It.

Media

Leopoldina Prize for Niki Kilbertus

To Article

Niki Kilbertus Receives ERC Starting Grant for Causal Analysis in Complex Systems

To Article

 

Research film – From Physics Dreams to Algorithm Discovery (MCML, Aug 2025)

To Film

Futuristic medical concept with red human lungs. Abstract geometric design with plexus effect on dark background. Healthcare and pulmonology banner with copy space.

Helmholtz AI

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We democratize AI and advance its capabilities for tackling frontier scientific questions while harnessing its power for solving the grand challenges facing society. We are an application-driven artificial intelligence platform accelerating science across the Helmholtz Association. We enable the development and implementation of AI solutions while promoting collaboration and ensuring accessibility to resources and expertise.

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