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might be for you! This project will explore how multicomponent fluids flows in droplets just after being created during the process of inkjet printing using piezoactuation. Inkjet printing has moved
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(such as satellite video or hyper-spectral imagers), new processing methods (such as inverse SAR, microdoppler, multi-data fusion or machine learning-based pattern recognition) and new opportunities
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carries out technological research in the areas of optical component technology, optical instrumentation (spectro-radiometric imaging instruments in the visible spectrum and infrared range, interferometry
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grasp of system aspects and a good understanding of the basic engineering domains of robotics (i.e. mechatronics, control theory, computer science or image processing) as well as a solid foundation in
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resistance to increase durability Reduce internal friction to enhance performance through lower rolling resistance The newly developed short-cut fiber-filled compounds will be utilized in a tire prototype to
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below before May 22, and include: Examples; a CV, research and education statement, and list of publications. Screening will be part of the selection procedure. The first rounds of interviews will
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scientific expertise to active and passive microwave remote-sensing missions, i.e. radar altimeters and imaging microwave radiometers, and potentially imaging SAR; establishing and managing mission objectives
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navigate the "big picture"while ensuring our infrastructure remains rock-solid; someone who turns complex ideas intoproduction-worthy reality with independent initiative. Full-Stack Development: Architect
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the development of novel optical systems, such as spectroradiometric imaging instruments, operating from the UV to the infrared spectral range, and interferometers, including the related optical ground support
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simulation software (e.g., OpenFAST). Mindset: A "design-to-prototype" approach, eager to apply complex theoretical models to real-world industrial challenges. Soft Skills: Excellent written and verbal