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Department of Mathematics
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Institutes
Institute for Applied and Numerical Mathematics
Research Group 3: Scientific Computing
Dr. Benny Stein
Photo of Benny Stein

Dr. Benny Stein

  • Englerstr. 2
    D-76131 Karlsruhe

Welcome to my website.

Office hours are possible again. Please send me an email in advance if you want to talk to me. Thank you.


Teaching

Information for students:
Current and former courses in which I was involved can be found below under the heading "Current List of Courses". (The webpages of some of the older lectures do not exist anymore.)

Current List of Courses
Semester Titel Typ
Winter Semester 2022/23 Finite Element Methods Lecture
Summer Semester 2022 Splitting methods for evolution equations Lecture
Einführung in das Wissenschaftliche Rechnen Lecture
Winter Semester 2021/22 Numerische Methoden für Differentialgleichungen Lecture
Seminar (Numerik) Seminar
Summer Semester 2021 Numerische Mathematik 2 Lecture
Numerische Mathematik für die Fachrichtungen Informatik und Ingenieurwesen Lecture
Winter Semester 2020/21 Numerical Methods in Mathematical Finance Lecture
Numerische Mathematik 1 Lecture
Summer Semester 2020 Geometric Numerical Integration Lecture
Splitting methods for evolution equations Lecture
Proseminar (Fourier- und Wavelettransformation) Proseminar
Winter Semester 2019/20 Numerik für Studierende des Lehramts Lecture
Summer Semester 2019 Mathematik II für Informationswirtschaft Lecture
Fourier and Wavelet transforms Proseminar
Winter Semester 2018/19 Numerical methods in mathematical finance Lecture
Mathematik I für die Fachrichtung Informationswirtschaft Lecture
Summer Semester 2018 Fourier and Wavelet transforms Proseminar
Winter Semester 2017/18 Numerische Methoden für Differentialgleichungen Lecture

Research

Topics of interest:

  • Partial differential equations (PDEs) with uncertain parameters and their numerical simulation
  • Splitting methods for non-linear PDEs
  • Numerical interpolation and approximation with sparse grids and their usage for high-dimensional problems
  • Parallel implementations of numerical methods in Python
  • Machine learning and optimisation methods for high-dimensional problems