Google scholar profile
arXiv profile

Marie E. Rognes, Ph.D.

Head of Department, Biomedical Computing Department,
Simula Research Laboratory

Adjunct Associate Professor, Department of Mathematics,
University of Oslo


2015-09-22: I am excited to join as one of the Founding Members of the Young Academy of Norway; a new, interdisciplinary Academy of Sciences, initiated by the Norwegian Academy of Sciences and Letters

2015-08-20: I am teaching MEK2500 at the University of Oslo, Mondays from 11:15--14:00 this fall.

2015-06-11: Patrick Farrell, Simon Funke and David Ham and I have been awarded the 2015 Wilkinson Prize in Numerical Software for the software project dolfin-adjoint.


Mail: meg at simula dot no
Cell: +47 45 66 23 96
Mailing address: P. O. Box 134, 1325 Lysaker, Norway
Visiting address: Martin Linges vei 17, Fornebu, 4th floor

Short bio

Marie E. Rognes received her Master (2005) and Ph.D. (2009) degrees in applied mathematics at the Centre for Mathematics for Applications, Faculty of Mathematics and Natural Science, University of Oslo. She then joined Simula Research Laboratory as a post-doctoral fellow in 2009, before being employed as a Senior Research Scientist in 2012. She has acted as Head of Department for the Biomedical Computing Department at Simula since 2012. Since 2015, Rognes also holds the position of Adjunct Associate Professor at the Department of Mathematics at the University of Oslo.

Rognes' research interests revolve around numerical methods for partial differential equations, in particular the analysis and implementation of structure- and property-preserving discretizations such as mixed finite element methods. She has been a core team member of the FEniCS Project since 2007 and is a founder of the dolfin-adjoint project, focusing in particular on automated code generation for sophisticated finite element spaces, automated goal-oriented adaptivity and error control, and automated derivation of adjoints of time-dependent finite element models. Rognes has successfully used these methods and techniques in a range of applications with particular emphasis on modelling and simulation of biological tissue. In the next years, she aims to study and use numerical methods to understand fluid flow and transport within the central nervous system at a range of spatial and temporal scales.

Overall, from 2009 till 2015, Rognes has published 13 articles in peer-reviewed international journals (of which 1 in press), 4 refereed book chapters, and 3 refereed conference proceedings. Google scholar h-index: 8, i10-index: 8 as of 12.06.2015.

Last updated: 12.06.2015