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sensor-to-processing hardware interface Actively collaborating within the project group and with (inter-)national project partners Presenting research results at (inter-)national conferences and
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on the most complex known systems Outstanding scientific and technical infrastructure A highly motivated group as well as an international and interdisciplinary working environment at one of Europe’s
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collaborating with other group members and collaborators and, in particular, members of the Cluster "Color meets Flavor" Your Profile Completed Master`s degree in physics or similiar Knowledge of lattice
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collaboration of the Air Quality and Emission Optimization group at the Institute of Climate and Energy systems (ICE-3) at Forschungszentrum Jülich and the group working on Methods for Model-based Development at
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numerical modelling and scientific programming in MATLAB Basic understanding of battery systems, electric vehicles, energy systems or power grids Experience with model predictive control, multi-objective
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mechanistic soil–root–plant modelling with experimental data to: determine how heterogeneous soil water potentials are integrated by root systems quantify how soil texture and root hydraulic properties
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, parallel research axes: pushing model accuracy on systems of several thousand atoms with an IWAE architecture; equipping it with the ability to quantify its own uncertainty — a prerequisite for any use
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analyzing scientific literature and patents Strong interest in energy technologies and energy systems research Experience in LLMs and developing LLM-based methods is an advantage Programming skills
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with drones, GC systems, or trace gas observations (desirable) Possess solid programming skills (e.g., Python) for data analysis (helpful) Apply anyway even if you do not meet all criteria, as missing
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International Conference on Intelligent Robots and Systems, 2026. [2] J. Mérand, B. Meden, L. Chen, and M. Grossard, “CoToGrasp: Contact-topology-conditioned dexterous grasp synthesis via canonical