Undergraduate Students/ Diploma Theses

The undergraduate programs at NTUA are 5-year programs. Diploma theses at NTUA are actually Master-level theses carried out in the final 5-th year of the undergraduate studies and it takes about 1 year for their completion.

Prof. Siettos has supervised 20 Diploma Theses in the field of Applied Mathematics and Physical Sciences with emphasis in Nonlinear Dynamics and Numerical Bifurcation Analysis, Modeling and Computational Analysis of Complex Systems with a wide range of applications. 

Diploma Theses
  1. Mpouliari Ismini, Nonliunear Manifold Learning Algorithms for the Analysis of Biological Micro-Arrays, Diploma Thesis, 2017.
  2. Chatziapostolakis Christos, Machine and Manfold Learning Algorithms for the Analysis of Airline Tickets through Web-Mining , Diploma Thesis, 2017.
  3. Giamarelos Nikos, Modeling, Computational analysis and Design of a Control System for the Dynamics of the Mitotic Cell Cycle of the Eukaryotic Cell Xenopus laevis, Diploma Thesis, 2016.
  4. Gallos Ioannis, Computational Analysis of the Functional Connectivity of fMRI  Brain Signals using Indepedent Component Analysis (ICA) and Nonlinear Dimensionality Reduction with ISOMAP, Diploma Thesis, 2016.
  5. Oflidi Genovefa, Connecntivity Analysis of Time Series with Granger Causality and Directed Transfer Functions, Diploma Thesis, 2016.
  6. Mpasios Fotis, Computational Analysis of the Causal Connectivity of BrainSignals Dynamics using the Phase Slope Index, Diploma Thesis, 2015.
  7. Vatikiotis Fotis, Modelling and Computational Analysis of  Events Path Analysis: Web Site Analytics, Diploma Thesis, 2015. (in collaboration with Universitat Politecnica de Catalunya).
  8. Schizas Dimitris, Development of a Web-Text Mining Methodology for Polarity Analysis, Diploma Thesis, 2014.
  9. Katsilieris Mihalis, Modelling, Extraction of Closed Forms of ODEs based on Statistical Mechanics Techniques and Bifurcation Analysis of Stochastic Individual-based Dynamics evolving on Complex Networks, Diploma Thesis, 2014.
  10. Kaspiris-Rousselis Christos, Development of an Integrative Digital System for the Computational Analysis of Human Perception of the 3-D Space with the aid of Virtual Reality, Diploma Thesis, 2014. Currently, Ph.D. student at NTUA.
  11. Eyaggelidis Ioannis, Modelling and Computational Analysis of Time Series with Non-Parametric Granger Causality for the Construction of the Emergent Interaction Networks, Diploma Thesis, 2014. Currently, Ph.D. student at NTUA.
  12. Papaioannou Panagiotis, Modelling and Prediction of Foreign Exchange Rates using Nonlinear Dynamics Techniques and Social Microblogging Web Platforms, Diploma Thesis, 2013. Currently, Ph.D. student at NTUA.

  13. Pashalidi Zoe, Modelling and Simulation of Wild-land Fires in Large-Scale Heterogeneous Landscapes with Cellular Automata, Diploma Thesis,  2011.Currently, Ph.D. student at the Rheinisches Institut für Umweltforschung an der Universität zu Köln, Germany.

  14. Karalis Dimitris, Simulation, Bifurcation Analysis and Control of Fuel Cells Dynamics, Diploma Thesis, 2009. Then graduate student at Cornell University, Ithaca, N.Y, USA.

  15. Korda Alexandra, Computational Analysis  of the Dynamics of Neuro-Biophysical Models on Complex Networks, Diploma Thesis, 2008. Currently, Ph.D student at NTUA.

  16. Spyropoulos George, Modelling and Simulation of Frost-Protection Techniques using Computational Fluid Dynamics, Diploma Thesis, 2008.

  17. Dr. Mylonas Dimitris, Computational Analysis of Epidemic Models: from the Atomistic Interactions to the Macroscopic Dynamics, Diploma Thesis, 2007. Then Ph.D. at NTUA, Greece. Currently, Post-Doc Medical School of Harvard.

  18. Dr. Matzalis Dimitris, Optimization of Car Aerodynamics using Comsol/ Mutliphysics, Diploma Thesis, 2006-2007. Then Ph.D. at Cranfield University, UK.

  19. Dr. Reppas Andreas, Modelling and Computational Analysis of Fire-Spread Dynamics using Cellular Automata, Diploma Thesis, 2007. Then, Ph.D student at NTUA (2007-2011). Then, Max-Planck-Institut für Informatik Computational Biology and Applied Algorithmics, Germany. Currently, TU Dresden.

  20. Dr. Seih Al Basatena, Modelling and Computational Analysis of Virus Dynamics: from the Molecular Interactions to the Emergent Dynamics, Diploma Thesis, 2006. Then, graduate student in Applied Mathematics, Oxford University, UK (2006-2008). Then, Ph.D. at Imperial College, London, UK.

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