43 scholarship-phd-agent-based-modelling Fellowship positions at University of Michigan
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recruiting a post-doctoral researcher to develop computational models to study the spatial organization and microenvironment interactions in tumors using spatial multiomic data. The lab focuses on mathematical
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the multi-institutional leaders to evaluate agents; such as drugs, nutraceutical, and bioceuticals, that might slow aging and or Alzheimer?s disease in mice. The Kaczorowski lab utilizes cutting-edge
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) PhD graduate who is interested in strengthening their experimental, analytical, and publishing skills before transitioning to independence within academia or bio-pharma industry. Transferring
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-based assays, etc). Strong background in physiology and disease models with the ability to perform analyses and assess integrative pathophysiological in one or more models of cardiovascular
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. The current posting covers two research fellow openings. One pertains to a new project funded through AFOSR directed toward fundamental research of space-based optical power, momentum, and data transfer
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of engineered tendon models Quantify and analyze inflammatory signaling in tendon fibroblasts Investigate ECM stiffness effects on cellular behavior and gene expression Develop fluorescent reporter systems
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models. The Sutton Lab is housed within the Michigan Neuroscience Institute (https://medicine.umich.edu/dept/michigan-neuroscience-institute ) in the Interdisciplinary Taubman Biomedical Sciences Research
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on December 14, 2025. All applicants are required to submit the following: A brief cover letter (max two pages) that includes a summary of the applicant's PhD research and career goals and outlines how an Erb
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contingent on performance and funding. Responsibilities* Design, model, and optimize power electronic systems with a focus on inverters and active filter-based harmonic mitigation, thermal performance, and
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at developing quantitative, image-based biomarkers for the lower urinary tract including shear wave elastography, magnetic resonance (MR) elastography, MR Fingerprinting, and contrast-enhanced ultrasound (CEUS