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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 16 days ago
intracellular sensing, microfluidics, or 3D printing is a plus. In addition to bench research, the post-doctoral fellow will be actively involved with data analysis, writing scientific papers and grant
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) ADDITIONAL REQUIREMENTS * experience with conductive polymers, particularly PEDOT * experience in electrochemistry and techniques such as EIS and CV * experience with 3D printing or 3D bioprinting
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reporting back to submitter. Running the 3D printing farm ensuring orders for 3D prints are fulfilled. Taking all level 1 walking requests for help, taking initiative in completing tickets, providing
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; PPE; proper lifting techniques. Knowledge, Skills and Abilities: · Working knowledge of woodworking tools, CNC routers, 3D printing, laser cutting technology, and understanding of CAD/CAM
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aspect of design, fabrication, assembling, validation etc. 3D printing fabrication methods (FDM, SLA, SLS, etc.) Knowledge of Elephant trunk anatomy and behaviour Bioinspired system design approach
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in microwave and antenna hardware development, fabrication, prototyping and experimental validation. Experience with 3D printing/additive manufacturing, particularly for microwave, RF, antenna or
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Documented scientific achievements in the field of analytical chemistry, electroanalysis, and electrochemistry knowledge and practical skills in 3D printing technology, the physicochemistry of liquid–liquid
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. - Experience in 3D printing. - Experience with laser engraving systems will be considered an additional advantage. - Excellent command of the English language (written and spoken). - International research
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science and/or polymer synthesis. Experience with 3D printing / additive manufacturing. Experience writing protocols/SOPs in a documented, quality-controlled (e.g. GMP/GLP) environment. Experience
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manufacturing and development methods (for conventional drug and newer therapeutic modalities), 3D printing and bioprinting, homogenization techniques, and microfluidics-based formulation strategies