Tomas J. Meijer

Tomas J. Meijer is a postdoctoral researcher at the Control Systems Technology group within the Department of Mechanical Engineering at Eindhoven University of Technology. His work focuses on analysis, estimation, and constrained control of large-scale thermomechanical systems, with expertise in LMI-based tools for polytopic LPV systems, robust state/parameter estimation, and frequency-domain data-driven control.

His research emphasizes bridging data-driven control advancements with industrial applications. Key contributions include predictive control schemes, transfer function modeling, and stability analysis frameworks leveraging nonexistence certificates and Lyapunov functions.

His recent publications analyze LPV systems, unify Finsler's Lemma for control applications, and develop data-driven predictive control strategies. These works span topics like linear quadratic regulators, detectability, and projection operators, reflecting his interdisciplinary approach.

He is actively involved in the Projection-based Control (PROACTHIS) project through 2028, collaborating with leading experts in constrained control and systems engineering. His research outputs highlight collaborations with Willems' Lemma theory, predictive modeling, and thermomechanical system optimization.