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Field
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-printed scaffolds Optimization of scaffold design and additive manufacturing (MEX) processes Application and optimization of piezoelectric ceramic coatings Development and characterization of drug delivery
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climatic and resource constraints. Tasks and Responsibilities: Lead and conduct research to support plant and soil nutrition through the design of innovative fertilization strategies, as
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researchcenter dedicated to conduct research and drive innovation in the epidemiological, preventive, clinical, translational, and basic aspects of leukaemia and other hematologic malignancies, with the final aim
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the research group's investigators in the design and decision-making of the tasks to be carried out. Active participation in the experimental work involved in carrying out the tasks. Active participation in
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architectures (including gap-waveguide technology) to maximize isolation, efficiency, and compactness. The successful candidate will engage in antenna design, electromagnetic modeling, array integration, and
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mobile and satellite systems. Employed methods include reverse engineering to understand black-box behavior, as well as the design, implementation, and experimental evaluation of solutions to increase
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scaffolds (PLA-based) Optimization of additive manufacturing processes and scaffold design Study of scaffold degradation rates Application and optimization of piezoelectric ceramic coatings Development
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Engineering, Plasma Physics (other disciplines are welcome too). ● Previous design/laboratory experience (for D1) or numerical experience (for D2) is highly desirable. ● Outstanding academic record; critical
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the framework of the project “Grid-scale Energy Storage: Imperatives for Accelerating the Green Transition (RESTORATIVE)”, funded by the European Union’s Horizon Europe’s Research and innovation Programme under
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understanding, capabilities and innovation, while inspiring and providing broad training to the next generations of researchers. Our values are Commitment, Collaboration and Transformation. Our research lines