Azahar Monge

Azahar Monge is a Researcher at University of Deusto working on the ERC Advanced Grant project DyCon under Prof. Enrique Zuazua (UAM and DeustoTech). Her research focuses on numerical analysis of Partial Differential Equations with applications to thermal fluid-structure interaction problems.

Her educational background includes:

• PhD in Numerical Analysis from Lund University, Sweden (2013-2018)
• Licentiate Degree in Numerical Analysis from Lund University, Sweden (2013-2016)
• Erasmus Mundus MSc MATHMODS: Mathematical Modelling in Engineering (2011-2013)
• Bachelor's Degree in Mathematics from Autonomous University of Barcelona, Spain (2007-2011)

Monge's research expertise spans domain decomposition methods, time adaptive multirate time integration, and partitioned simulation techniques for thermal fluid-structure interaction. Her current work is expanding into inverse design of time-irreversible models using optimal control approaches. Her publications demonstrate strong theoretical analysis combined with practical engineering applications, particularly in convergence properties of iterative methods for coupled problems.

Monge has served as Teaching Assistant for multiple computational mathematics courses at Lund University including Computational Part for Chemical Engineering, Numerical Part of Calculations in Biotechnology, and Computational Mathematics with Python. Her technical skills encompass advanced numerical methods implementation and analysis for complex multiphysics problems.