Header Picture - Me at the Lake Baikal


Researcher and team leader in the working group Computational Methods of Systems and Control Theory at the Max Planck Institute for Dynamics of Complex Technical Systems in Magdeburg

Office: S 2.13
Max Planck Institute for Dynamics of Complex Technical Systems
Sandtorstr. 1, 39106 Magdeburg
P: +49 (0)391 6110 476
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[Seminar]: Geometric formulations of inviscid fluids and their discretization : a general introduction to geometric structures of inviscid fluids and to structure preserving discretization; see also our writeup of the introductory lectures.


Broadly speaking, I investigate control problems that are formulated for so called differential-algebraic equations (DAEs), i.e. systems of equations where the variables have to obey both differential and algebraic relations. Beside from general statements about existence of solutions, I work on formulations that are beneficial for the approximate solution of the problems on the computer.

When it comes to solving complex problems on the computer, models of reduced order - a second research interest of mine - are necessary.

The class of equations, I consider, contain the Navier-Stokes equations that are widely used for modelling and simulating flow phenomena.

Current Topics

My most current work concerns
  • Space-time Galerkin POD for optimal control of PDEs. [Talk] [Preprint]
  • Extended linearizations for setpoint control of nonlinear systems. [Talk] [Paper]
  • Low-dimensional controllers for stabilization of flows. [Talk] [Paper]
  • Finite-element formulations for boundary control systems. [Talk] [Preprint]

Earlier Work

Existence and representation of solutions linear-quadratic optimal control problems for semi-explicit index-2 DAEs in finite and infinite-dimensional spaces.
In my diploma thesis, I generalized an approach to reduced order modelling via discrete input/output behavior to the DAE setting that fits linearized Navier-Stokes equations.
During my time in the private sector, I was concerned with shape optimization of trains in simulation and wind tunnel experiments.
During the first two years as a research assistant I worked together with chemical engineers and computer scientists in the research project DROCON on modeling, simulation and control of liquid/liquid dispersions

Curriculum Vitae


  • PhD in applied mathematics
  • two years work experience industrial aerodynamics
  • background in mathematics and fluid dynamics


May 2018 – today

Junior Professor at the faculty of mathematics at the Otto-von-Guericke University in Magdeburg

Nov 2013 – today

Researcher and team leader at Max Planck Institute for Dynamics of Complex Systems in Magdeburg

2015/16: Guest researcher at Shanghai University under the Highend foreign expert Program funded by the China Research Foundation (4 Months in total)

Oct 09 – Nov 13

Full-time research position at TU Berlin, department of mathematics

May 13: Guest researcher at TUCOROM, Poitiers, France, invited by Bernd Noack (2 weeks)

Jun 07 – Sep 09

Student Employee: Bombardier Transportation, department of aerodynamics: implementation of an automated approach for shape optimization, wind tunnel testings

Community Service


Acta Appl. Math. — Automatica — Electron. Trans. Numer. Anal. — Math. Control Signals Systems — SIAM J. Sci. Comput. — and several conference proceedings


Workshop: Modelling, Model Reduction, and Optimization of Flows in Shanghai, China 2016

Minisymposia/Sessions: at GAMM 2015, ICIAM 2015, Enumath 2017, EUCCO 2018

Open Access

Appointed MPI Open Access Ambassador, see also our [OA Poster] or my recent [talk]


Mar 14

Ph.D. of the faculty of mathematics at TU Berlin

Jul 09

Diploma of TU Berlin in technical mathematics

Sep 05 – Sep 06

Studies abroad at Polytechnical University of Saint Petersburg, Russia

Oct 03

Matriculation to program “Technomathematik” at TU Dresden


German: mother tongue

English: business fluent

Russian: business fluent

Chinese: intermediate

Python, Matlab: expert

Fortran, Java: intermediate

My Tweets

from the convex hull of mathematics, logic, philosophy, and speech.