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, metamaterials, vibroacoustic and solid mechanics. 3. Proficiency in programming languages and environments such as Python, MATLAB, or C++. 4. Demonstrated expertise in inverse problem modelling and acoustic
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safety monitoring.[AS1] Strong statistical analysis and programming skills (e.g., Python, R, or equivalent). Experience collaborating with educators or educational institutions on applied research projects
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MATLAB, Python, or C++. 5. Experience with advanced ultrasound techniques such as Doppler imaging, harmonic imaging, or quantitative ultrasound is preferred. Experience in echocardiography
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