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) Solid-phase peptide synthesis; b) Chromatographic techniques for analysis and purification (e.g., reverse-phase HPLC); c) Handling of 3D cellular models and bioprinting. 3. WORK PLAN Collaboration in
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research team of ATE-PRR in activities related to the development of the final NILM solution integration, including the following tasks: Task 1: Finish the development of a printed 3D plastic enclosure
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towers; Participation in the elaboration of requirements; Development of a 3D vision system; Processing using artificial intelligence; Fusion of depth maps to obtain point clouds and visualization
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Engineering 4. Other Requirements: Experience in the production and handling of biomaterials and cells. In particular, experience in 3D printing, bioprinting, or modifications of biomaterials with chemical
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tasks of this plan are: 1) Identification of 3D Scanning technologies; 2) Testing of scanning technologies and benchmarking in the specific context of the project; 3) Creation of tutorials
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have knowledge/research experience in the following areas: Biomaterials Hydrogels Carbon dioxide supercritical fluid process 3D printing Decellularization processes Preferred Factors: Will be considered
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Design and Manufacturing Engineering to Tackle Global Sanitation Challenges - MSc by Research or PhD
manufacturing frameworks for advanced sanitation systems, focusing on optimizing both product design and production processes through advanced CAD modeling, 3D printing technologies, and manufacturing