Doctoral project Jeroen De Kooning

Adaptive control of mechatronic systems using vision and digital twins

Digital twins of mechatronic applications based on CAD, AI and vision, realizing added value to the human

Digital Twins of Mechatronic Systems in the Manufacturing Industry

Digital Twins of Mechatronic Systems in the Manufacturing Industry

Direct visual process quality feedback to optimal machine operation in sustainable manufacturing

Doctoral project Daan Truijen

Doctoral project Rémy Carlier

Doctoral project Yentl Thielemans

Dynamic modelling and mitigation of oscillations in renewable energy systems

Model-Based Predictive Features for Adaptive Cascaded PID Control in Mechatronic Systems

Online efficiency maximization of drivetrains using a Calorimeter in the loop

Data-Driven Adaptive Operational Strategies for Wind Energy Conversion Systems Incorporating Frequency Containment Reserve

Flexible Integration of Energy-Intensive CCU Based Processes and Wind Energy in the Electrical Power System

Multi-fidelity modeling of offshore wind energy systems including mesoscale variability at wind turbine scale: an application to wind farm control for grid balancing

The Dynamic Impact of Ancillary Service Provision on Wind Turbine Operation, Loading and Wake

ASSISStaNT - ASSIstance tool for the Selection of the most Simple yet Near-opTimal control structure

Augmenting grid stability through Low-head Pumped Hydro Energy Utilization & Storage

BOF-TT-professorship in sustainability in Engineering

Digital Twins for Sustainable Mechatronics

FOOS - Forced Oscillations

INFRA WP12 - Winding plant

Modular, autonomous work-drive architectures - Work-Drive

Motion visualization and analysis through digital twins based on CAD, AI and Vision - CADAIVISION_SBO

Online efficiency maximization of drivetrains using a calorimeter in the loop

Dynamical thermo-mechanical analysis for materials research and characterisation

BOF-TT-professorship in sustainability in Engineering