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Degree projects

The master's programme in Computer Simulations for Science and Engineering (COSSE) pursues long-term industrial relations, and interacts with companies such as ABB Corporate research (KTH), Shell (TU Delft), and simulation software developers such as COMSOL Inc. The collaborations lead to challenging degree projects, internships, and potential future careers.

The master's degree project may be performed in a research group at the institute or as a project in industry or consulting company. It comprises 30 ECTS credits, and is carried out in the second half of the second year of the programme. Students are supervised and examined by faculty from both the home and the host university. Topics of degree projects are suggested at the joint workshop or by teachers at the home or host university. The result of the project is presented as a written report and in an oral seminar.


TU Delft

  • Parallelization of ensemble Kalman filter (EnKF) for oil reservoirs, Md. Khairullah, 2012
  • Fourier analysis of iterative methods for the Helmholtz problem , Diao Hanzhi, 2012
  • Numerical modelling of granular beds in rotary kilns , Miguel Romero, 2012
  • Computing the spectrum of the confined hydrogen atom , Karl Kästner, 2012
  • Fast iterative methods for solving the incompressible Navier-Stokes equations , Carlos Echeverria Serur, 2013
  • Investigation of unsteady viscous-inviscid interaction schemes, Firat Haciahmetoglu, 2013
  • Nonlinear model order reduction using POD/DEIM for optimal control of Burger's equation , Manuel Baumann, 2013
  • Numerical methods for differential-algebraic equations, Kristin Altmann, 2014
  • Interaction waves for real-time ship simulation, Akash Mittal, 2014
  • Modelling phase transformation in steel alloys, Mathias Mul, 2014
  • Investigation of unsteady viscous-inviscid interaction schemes, Ye Boyi, 2015
  • Efficiency improvement of panel codes for the maritime industry, Yun Mei Eliza Ang, 2015,
  • Impact of static sea surface topography variations on ocean surface waves, Yik Keung Ying, 2016
  • Parallelization of an experimental multiphase flow algorithm, Ankit Mittal, 2016
  • Modeling turbulent two-phase stratified flow, Berkcan Kapusuzoglu, 2016
  • High Performance Data Traversal: Cache Aware Computing with Space Filling Curve, Sagar Dolas, 2017
  • Computational Modelling of the Oryon Watermill: A Nested Fluid-Structure Interaction Problem with Non-Smooth Dynamics, Vineeth Maniyara, 2017
  • Adaptive Deflated Multiscale Solvers, Dmitrii Boitcov, 2017
  • Linear and anisotropic diffusion in image processing: A study on implementation, parameters and segmentation, Patricia van Marlen, 2018
  • Velocity Enhancement Models for Polymer Flooding in Reservoir Simulations, Eduardo Guarnerio, 2018
  • Machine Learning Based Error Modeling for Surrogate Model in Oil Reservoir Problem, Huang Jie, 2019
  • Modelling of periodic non-smooth motion using the harmonic balance method, Amey Vasulkar, 2018
  • Coupling of isothermal models in gas networks, Jose Eduardo Cejudo Grano de Oro, 2019
  • Image Segmentation of the gamma Phase in Nickelbase Superalloys utilising Deep Learning, Franziska Riegger, 2019
  • Multi Agent Deep Recurrent Q-Learning for Different Traffic Demands, Azlaan Mustafa Samad, 2020
  • Shape optimization of an offshore wind turbine crane, Irene Vooijs, 2020
  • High fidelity simulation of resolved interface multiphase flow, Traianos Karageorgiou, 2020
  • Terrascope: The atmosphere as a telescopic lens, Shane Alpert, 2020

TU Berlin

  • An algebraic multilevel Krylov solver for large scale sparse problems, Rainer Hartmann, 2012
  • The preconditioned Helmholtz equation for scattering problems, Luis Garcia Ramos, 2012
  • Parameter identification with differential-algebraic equations, Jin Zhuang, 2012
  • Modeling the quintuplet cluster with n-body simulations, Slobodan Milovanovic, 2013
  • Optimal distributed point control of linear elliptic equations, Munkhzul Zorigt, 2014
  • Optimal boundary point control for linear elliptic equations, Baljinnyam Sereeter, 2014
  • Convergence of stochastic coagulating particle systems, Astrid Boje, 2015
  • Comparison of multilevel methods for the numerical solution of Helmholtz equations, Dabiao Ma, 2017
  • Structure preserving time-integration of dissipative Hamiltonian systems, Jorge Alberto Ventura Flores, 2017
  • Preconditioning for Elliptic Optimal Control Problems, Aseem Dua, 2017
  • Sparsity promoting algorithms for multi-component magnetic resonance parameter mapping, Martijn Nagtegaal, 2018
  • Wavelet-Based Adaptive Mesh Refinement, Jorien Knipping, 2018
  • Optimization of Lyapunov exponents for large scale systems. Linus Johnson, 2020

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Master's programme in Computer Simulations for Science and Engineering (COSSE)