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change You will work on the design, simulation, and testing of digital control concepts (e.g., using MATLAB/Simulink or Python) You will implement these on FPGA boards and evaluate them in terms
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. Integration of existing kinetic models into a MATLAB-based simulation platform. Numerical investigation of the different models. Analysis of results in terms of plausibility and sensitivity. Sensitivity
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MATHEMATICA, MATLAB and/or C++ Eligibility requirements Applicants must not already hold a doctoral degree. Applicants must comply with the MSCA mobility rule: they must not have resided or carried out
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knowledge with Python and MATLAB from your studies or other previous experience? Furthermore, you are interested in data processing, signal conditioning, and measurement technology. Do you already have some
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Integration of simulation and measurement data into interactive or VR environments Data processing, signal analysis, and visualization (e.g. in Python / MATLAB) You are not expected to be an expert in all three
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reaction and process engineering aspects. You will familiarize yourself with the Matlab or Aspen Plus software. You will model various process engineering processes (e.g. reaction, distillation, absorption
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production of intellectual property What you contribute Outstanding scientific master degree in electrical engineering, physics or similar Programming skills (e.g., C/C++, Python, Matlab, …) for device control
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into the innovative field of hydrogen technology; ideally complemented by knowledge in computer science for modeling and simulation (Python/MATLAB/Simulink), enabling you to efficiently analyze complex supply chains
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system model in MATLAB Experimental setup in the laboratory and characterization of the system Documentation and evaluation of the experimental results What you contribute Enrollment in a full-time degree
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system model in MATLAB and VPItransmissionMaker Experimental setup in the laboratory and characterization of the system Documentation and evaluation of the experimental results What you contribute