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reports, intellectual properties documents, safety documents, and academic publications Job Requirements: PhD degree in Materials Science, Polymer Science, Chemical Engineering, or Environmental Engineering
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. Computational experiments will guide compound design, synthesis, and biological evaluation, including the assessment of bioactivity, mechanisms of action, medicinal chemistry properties, and metabolism. The work
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microscopy (SEM), electron backscatter diffraction (EBSD), and nano/microindentation. Preferred Qualifications: Experience with in-situ mechanical property characterization is preferred. Background
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-performance composite fibres with enhanced electrical, mechanical, and thermal properties. The role also develops thermal-management materials for efficient heat dissipation, contributing to advanced materials
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) Production through arc melting, powder metallurgy or additive manufacturing; (3) Characterisation using advanced electron microscopy (SEM, EBSD, TEM), APT and x-ray diffraction methods; (4) Mechanical Testing
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molecular dynamics simulations to model structural, thermodynamic, and electronic properties. - Contribute to open-source software, benchmarks, and datasets that advance the global materials community
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environments, or digital twin platforms. Working knowledge or background in mechanics, infrastructure systems, hydrodynamics, or urban asset management. Experience with enterprise AI security, sandboxing
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Johns Hopkins Medicine - Laboratory of Human Biomimetics | Saint Petersburg, Florida | United States | about 1 month ago
the mechanisms of graft-versus-host disease using patient-derived samples and advanced human in vitro models. The fellow will investigate immune–tissue interactions involved in GVHD initiation, progression, and
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-molecule biophysics. Funded by NSERC and CIHR, our research group investigates the mechanical properties, folding pathways, and conformational dynamics of proteins using advanced force spectroscopy
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of Cancer and Genomic Sciences, investigating oncogenic mechanisms of the arginine methylatrasnferase, PRMT5, in Ewing sarcoma focusing on the DNA damage response and splicing. Principal methodologies include