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materials and processes for micro/nano devices. Research expenditures average approximately $4 M annually. For more information, visit https://www.rit.edu/engineering/electrical-and-microelectronic
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for micro/nano devices. Research expenditures average approximately $4 M annually. For more information, visit https://www.rit.edu/engineering/electrical-and-microelectronic-engineering and https
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microfabrication clean room facility that supports materials and processes for micro/nano devices. Research expenditures average approximately $4 M annually. For more information, visit https://www.rit.edu
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microscope, scanning tunnelling microscope, etc For more information about the QTWIST Program: https://qtwist.icfo.eu . Share this opening! Use the following URL: https://jobs.icfo.eu/?detail=890
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methods in place in the applicant lab, we will produce capped mRNA encoding for antigens. We will produce Lipid Nano Particles carrying mRNA to be tested using techniques in place in the laboratory. LNP
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rheology and nano-indentation, guided by molecular design insights from the broader project team. In the second part, the student will apply these tailorable DCH scaffolds to address key mechanobiology
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antibacterial nano/microparticles (blend and/or coating) and their characterization (physicochemical, mechanical, biological and microbiological). The objective will also include data analysis and processing
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Computer Engineering (https://ece.umn.edu) is one of the largest departments within the College of Science and Engineering (https://cse.umn.edu). Current research areas include Biomedical and Biological
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, bioinformatics, proteomics and mass spectrometry, antibody technologies and protein purification, nano-SIMS, cytometry, and animal housing. In addition, the proximity to the hospital allows to access to large
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are interested in postdoc candidates with prior experience in any of the following areas: ceramic processing, nano-particle synthesis, colloidal chemistry (i.e., rheological testing, zeta-potential), advanced