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infrastructure ADDITIONAL REQUIREMENTS * experience in conducting research projects * programming skills in Python, Matlab, Simpack or similar environments * basic knowledge of the practical operation of the RTEC
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., Fura-2, GCaMP). Strong understanding of ion channel function and neuronal signaling pathways, especially in nociceptors. Data Analysis: Familiarity with tools such as MATLAB, Python, Clampfit, and ImageJ
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biomedical or engineering sciences and a strong affinity with movement and rehabilitation sciences. You are proficient in programming in Matlab and, if possible, Python. You have experience in using 3D motion
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-based hardware implementation, VHDL/Verilog modelling, C, C++, Python and MATLAB/Simulink programming. A proven background in laboratory measurements and circuit prototyping is required. The following
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environment such as Python, MATLAB, or R. Good understanding of hydrodynamic loading and wave–current environments (e.g., wave kinematics, high-order wave theories) would be highly regarded. Familiarity with
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control systems and process analysis software (e.g., LabVIEW, Matlab, Python) Selection: The basic factor for selection among qualified applicants is the ability to profit from such a program. For more
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++, Python, and MATLAB programming, digital signal processing, hardware acceleration techniques, as well as Radio-Frequency measurements and lab equipment. The applicants, nationals of countries outside
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. - Hardware (opto-electronics) and software - Optical alignment - Model and biological sample imaging - Microscopy knwoledge - Optical imaging (theory and experiment) - Programming (Labview, Python/Matlab
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and their development Strong analytical, problem solver, and programming skills, e.g. Python, Matlab, are preferred Knowledge in Non-Terrestrial Networks and Semantic Communications is a plus Prior
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networks Scientific programming for simulation, data analysis, and reproducible workflows (e.g., Python/Julia/Matlab/C++) Machine-learning–inspired methods for reservoir/neuromorphic computing and