Supervision

Ongoing projects

PhD students:

  • Michaela Repasova

  • Jordan van Ekelenburg
    co-supervised with Femke Vossepoel

  • Marieke Heidema
    co-supervised with Bart Besselink

  • Jiwei Wang
    co-supervised with Simone Baldi

  • Amir Shakouri
    co-supervised with Kanat Camlibel

  • Huayuan Huang
    co-supervised with Raffaella Carloni and Kanat Camlibel

Master students:

  • Hana Vlahov

Past projects

Postdocs:

  • Brayan Shali (2024-2025), Kernel-based passive operators
    co-supervised with Rodolphe Sepulchre

Master:

  • Encho Nguyen, Energy-based learning in nonlinear resistive circuits

  • Robin Bulsink, Conic programming duality with applications in systems and control theory

  • Michaela Repasova, Analysis and synthesis of dissipative systems using input-output data

  • Jordan van Ekelenburg, Robust estimation theory for dynamical systems under stable error models

  • Lisa Oosterhof, On the identification of hysteretic deformable mirrors using kernel methods

  • Christina Paschou, Algorithms for LMIs arising in data-driven control

  • Brayan Shali, Strong structural properties of linear systems

Bachelor:

  • Qianyi Huang, Data-driven stabilization of linear systems using prior knowledge

  • Sergio Bonillo Ovejero, Associate memory in Hopfield neural networks

  • Mika Wohland, Universality of persistently exciting inputs for adaptive control

  • Lars Wieringa, A State-Space Approach to the Small Gain and Passivity Theorems

  • Encho Nguyen, Positive linear systems

  • Encho Nguyen (honours college project), Synthesis of dissipative systems using input-state data

  • Lot van Neerbos, Lipschitz constant estimation of neural networks

  • Jeroen Lammers, A MATLAB toolbox for data-driven control

  • Rowan Timmermans, Topology identification of complex networks of linear systems

  • Joris Berendschot, Model reduction of power grids via clustering

  • Jeroen van Oostendorp, Subspace identification in data centers

  • Patrick Leferink, System identification in data centers

  • Warner Lensing, Decentralized estimation of the algebraic connectivity