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Hardware:in:the:Loop (HiL) testing requires accurate enough vehicle models to effectively validate embedded ECU software.
This activity focuses on the development of a detailed hydrostatic transmission (HST) model specifically designed for combine harvesters. The primary objective is to create a reliable model that can be integrated into a Real:Time testing environment.
This model will be instrumental in validating embedded Electronic Control Unit (ECU) software, ensuring robust performance and reliability in real:world agricultural applications.
Additionally, the research will involve a comprehensive data acquisition process to validate the model. The acquired data will be used to refine and adapt the model using optimization algorithms.
Your Impact
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Simulink model development
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Data acquisition process
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Model validation and parameters optimization
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Documentation
Your Experience and Qualifications
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Bachelor's/master's in engineering (Electronic, Mechanical, or Mechatronics)
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Proficient in MS Office and basic MATLAB/Simulink
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Expertise in Python scripting, Code versioning and Data logging
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Good level of English
This is a internship project starting in April or May, and running for 6 months.
We value inclusion and recognize the innovation a diverse workforce delivers to our farmers. Through our recruitment efforts, we are committed to building a team that includes a variety of experiences, backgrounds, cultures and perspectives.
Join us as we bring agriculture into the future and apply now