Curriculum (current CV)
currenct CV of Juergen Geiser

Curriculum Vitae

• 1993 - 1999

  Graduate-studies in mathematics and computer science, University Stuttgart, Germany, Master Degree.

• 1999 - 2003

  Post-Graduate-studies in mathematics, University Heidelberg, Germany, PhD Degree.

• 02.2004 - 05.2004

  Visiting Professor, Adjoint work with Prof. Dr. R. Lazorov and Prof. Dr. R. Ewing:
  Discontinuous Galerkin Methods and Approximation Theory, Institute for Scientific Computing, Texas A& M University, College Station, USA.

• 06.2004 - 08.2004

  Research Assistant, Adjoint work with Prof. Dr. G. Wittum and Dr. P. Frolkovic:
  Discretisation methods for Parabolic and Hyperbolic Equations, Interdisciplinary Center for Scientific Computing, University Heidelberg , Germany.

• 08.2004 - 01.2006

  Research Assistant,
  Adjoint work with Prof. Dr. J. Sprekels and Dr. O. Klein :
  Modelling and Simulation of Sublimation Growth of SiC Bulk Single Crystal, WIAS, Weierstrass Institute for Applied Analysis and Stochastics, Berlin, Germany.

• 02.2006 - 01.2007

  Reseacher and Lecturer,
  Adjoint work with Prof. Dr. C.Carstensen and Prof. PhD. A.Griewank:
  Modelling, Simulation and Numerical Analysis of Partial Differential Equations, Humboldt Universitaet zu Berlin, Germany.

• 02.2007 - 12.2007

  Kalkhofen-Rose Fellow,
  Research work for the Book and Thesis:
  Decomposition Methods: Theory and Applications, Fellowship of the Kalkhofen-Rose Foundation, Mainz, Germany.

• 01.2008 - 12.2010

  Reseacher,
  Adjoint work with Prof. Dr. V.Buck, Prof. Dr. A.Heinzelmann, Duisburg (Metal-Bip Project):
  Nano-coated metal for bipolar plates of PEFC: Modelling and Simulation of multi-scale equations, BMBF-Project : Humboldt Universitaet zu Berlin, Germany.

• 01.2011 - 06.2011

  Reseacher,
  Adjoint work with Prof. Dr. V.Buck and Dr. Fenker (Metal-Bip Project):
  Nano-coated metal for bipolar plates of PEFC: Modelling and Simulation of multi-scale equations, Extension of the BMBF-Project : Humboldt Universitaet zu Berlin, Germany. Supported by private funds and industrial funds.

• 09.2011 -

  Reseacher,
  Adjoint work with Prof. Ralf Schneider, University of Greifswald:
  Simulation of Multiscale Problems, Coupling Analysis, PIC, Error Estimates, Multiscale Analysis, Adaptive Grids.

• 05.2011 - 12.2012

  Cumulative habilitation in computational engineering, Ruhr-University of Bochum, Germany, Habilitation Degree.

• 07.2013 -

  PD (Associtate Professor, Lecturer),
  Ruhr-University of Bochum, Germany,
  Lectures in Computational Engineering.
  
  
  

Projects

• Plasma processes: Self Consistent Simulations, PIC and MC Simulations, Adaptivity and Parallelisation.
  2011-2014 : Project, Start September 2011, Germany.

  Analysis, Modelling and Simulation of plasma modell and their model equations with Transport, Scattering, Absorption and Electric Field operators.

• Metalbip - Nano implanted, metallic bipolar plates for PEFC
  2007-2010 : Humboldt Univerity of Berlin, Germany.

  Simulation and Modelling of low-temperature low-pressure plasma modell of a CVD (chemical vapor deposition) process. In the last years, due to the research in producing high temperature films by depositing of low pressurs processes have increased. We use a model for low temperature and low pressure plasma, that can be used to implant or deposite thin layers of important materials. The applications are used in the production so called metallic bipolar plates.

• Numerical Simulation and Control of Sublimation Growth of SiC Bulk Single Crystals
  2004-2005 : Weierstrass Institute, Berlin, Germany.

  Simulation and Modelling of Sublimation growth of SiC bulk single crystals via physical vapor transport (PVT), also known as the modified Lely method. Design of solver and discretisation methods for the heat transport euations.

• R3T : Radioactive-Retardation-Reaction-Transport-Program for the Simulation of radioactive waste disposal.
  2000-2003 : University of Heidelberg, Germany.

  Development of a Software-package for a simulation of transport and reaction processes in porous media with an underlying groundwater-flow. The analysing for discretisation-methods for convection-dominant equations and the embedding of analytical methods for the reaction-equation are developped.

• Multi-physical and multi-dimensional computations in transport- and reaction-equations.
  January 2004 - May 2004 : College Station, Texas A & M University, USA

  Application and theoretical results for multiple sources in the transport- and reaction-equations as a model-equation for radioactive waste-disposals. We compare different applications. The theory is an attempt to embed analytical test-functions in the discretisation methods.