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the department. Assists department leadership in strategic planning, data analysis, and special projects across clinical, research and educational missions. Prepares reports, presentations, and documentation
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environmental conditions. The activities you will be responsible for combine numerical modelling with the analysis of field data from both structural measurements (e.g. vibration, displacement and strain data
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in data collection, information analysis, and report preparation. Excellent interpersonal and communication skills, with the ability to work effectively with a diverse faculty, staff, and student
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scope of practice Knowledge and recognition of pressure waveforms and ECG analysis. Working knowledge of EP systems equipment Knowledge of laboratory supplies. Ability to participate in implementing
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Nanophononics is a promising field with great potential for controlling sound and heat at the nanometer scale. Over the past thirty years, intensive research on the vibrational properties of semiconductor
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divisions and users. Our core tasks include mechanical design, feasibility studies, finite element analysis (mechanical, thermal, and vibrational/modal), and contributing to design review meetings with
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 1 day ago
quantitative data analysis. Special Physical/Mental Requirements Special Instructions For information on UNC Postdoctoral Benefits and Services click here Applicants must apply online at https
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mammalian or microbial systems, preferred. Familiarity with computational analysis or coding (e.g., R, Python), preferred. Equipment Utilized Physical Demands and Work Environment PHYSICAL DEMANDS: Standing
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statistical analysis and coding in MATLAB/Python. The lab’s research focuses on understanding neural circuits in the descending auditory system, specifically how auditory brainstem neurons encode acoustic
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Arts et Métiers Institute of Technology (ENSAM) | Paris 15, le de France | France | about 2 months ago
library of models covering various physical phenomena (e.g., damped vibrations, wave propagation, thermal diffusion). This harmonized library will serve as a reference framework for this upcoming project