Ulrich Noebauer
Senior Technical Data Specialist
Dachau, Bavaria, Germany
Summary
👤
Senior🎓
Top SchoolUlrich Noebauer is a Senior Technical Data Specialist with 11 years of experience bridging fundamental (astro-)physics research and production-grade AI solutions in the insurance sector. He holds a PhD in Physics and spent nearly a decade developing Monte Carlo radiation-hydrodynamics simulation code—contributions that include back-end work on the widely used open-source TARDIS supernova code. At Munich Re he shapes AI and advanced-analytics initiatives from cybersecurity feature stores to LLM-augmented underwriting and AI-based aerial risk assessment, having built and operationalized classification and segmentation pipelines on AWS SageMaker. His background in HPC, numerical simulation (Python/C/Fortran), and geospatial analysis gives him a rare combination of scientific rigor and practical MLOps experience. He is comfortable moving projects from prototype to production, including live remote-inspection systems and inference pipelines, and mentors teams in ML lifecycle best practices. Notably, his transition from publishing astrophysics research to deploying real-world AI products reflects both deep technical roots and an ability to translate complex models into business impact.
11 years of coding experience
10 years of employment as a software developer
Dr. rer. nat. Physics, Dr. rer. nat. Physics at Technical University of MunichAbitur, Abitur at Gymnasium Wertingen
German, English, Italian
Stackoverflow
33reputation
1kreached
0answers
1question
Github Skills (13)
simulations10
simulation10
monte-carlo10
astrophysics10
python10
rad10
radiation10
cython9
c119
c179
pandas8
data-analysis8
numpy8
Programming languages (4)
Github contributions (5)
tardis-sn/tardis
Apr 2015 - Oct 2018
TARDIS - Temperature And Radiative Diffusion In Supernovae
Role in this project:
Back-end Developer
Back-end DeveloperContributions:152 commits, 95 PRs, 24 pushes in 3 years 6 months
Contributions summary:Ulrich primarily focused on back-end development tasks within the TARDIS project. Their commits reveal modifications and additions related to the core model and Monte Carlo simulations, including the implementation of new features such as the ability to emit virtual packets within a certain frequency range and the handling of isotope abundances. They also worked on improving the formal integral method. These changes show a focus on expanding the functionality and improving the performance of the simulation.
pythonscienceastrophysicssupernovasupernovae
tardis-sn/tardisanalysis
Aug 2015 - Oct 2017
For now, a collection of useful analysis tools for TARDIS
Contributions:46 commits, 20 PRs, 9 pushes in 2 years 2 months
pythonanalysisanalysis-toolstardiswolfram-language
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