PhD Position in Data-Driven Reduction of Nonlinear PEM Fuel Cell Models CNRS in France

This postdoctoral project is part of the H2-TWIN initiative and focuses on building the reference high-fidelity multiphysics model of a low-temperature PEM fuel cell system . The postdoctoral researcher will develop a physics-based model that serves as the starting point for later model reduction, so that a doctoral researcher can derive faster versions suitable for real-time simulation, control, monitoring, and sizing. The work is centered on a PEMFC tested on the Toulouse Hydrogen Platform , w...

PHD SCHOLARSHIP in hydrogen, digital twins, and real-time simulation at Université du Québec à Trois-Rivières (UQTR) , in collaboration with the Hydrogen Research Institute (IRH) and OPAL-RT Technologies . The project is titled Real-Time Multiphysics Modeling of PEM Systems for an Agricultural Microgrid Digital Twin . Research topics include multiphysics modeling of PEM fuel cells and electrolyzers, real-time simulation , digital twins , hydrogen energy systems, energy-exchange modeling, model r...

This postdoctoral project is part of RTE-DENSE and focuses on physics-guided artificial intelligence for accelerating radiative transfer simulations in dense media while preserving physical fidelity. The successful candidate will contribute to WP2 , working on methods that make Monte Carlo and transport computations faster and more efficient without degrading scientific quality. The work includes building high-fidelity simulation datasets from SWEET and reference solvers, studying learned guidan...

PhD opportunity in quantum error correction for cat qubits at Alice & Bob, Paris. This project is part of QuBriC, the first European MSCA Doctoral Network entirely dedicated to quantum error correction, and sits at the intersection of classical coding theory, quantum information, and quantum hardware. The doctoral project, Code construction & logic for biased-noise qubits , focuses on designing high-rate quantum error correction codes and logical-gate protocols tailored to the unique noise prope...

This postdoctoral project focuses on the thermal modelling and mechanical integration of WFEE instrumentation electronics . The recruited researcher will develop and validate an analytical thermal model for the WFEE EM engineering model in order to predict operating temperatures, quantify thermal gradients, and identify the main heat-dissipation paths across the electronics chain. The work is centred on a simplified thermal network representing heat sources, active components, and effective cond...