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Identification of Objects in Massive, Multi-scale, and Temporal 3D Point Clouds Objectives: The MODAM3 project aims to develop new models and algorithms for the automatic localization, characterization, and
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their transport properties across biological barriers. You will use synthetic membranes, biomimetic permeation systems, and bioengineered 3D skin models to evaluate formulation efficacy, kinetics, and
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heritage: structured approaches through photogrammetry". explore and deepen 3D modeling methods and tools for the creation of digital artifacts, focusing on new methodological and applicative approaches
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open, sustainable, and FAIR-compliant infrastructure for 3D Scholarly Editions. We are looking for an experienced 3D Heritage Researcher with 3D modelling skills and coding knowledge to act as a bridge
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palaeontology) and biomechanics (3D modelling and simulation; form-function correlations with performance; virtual robotics), and other research in the Structure & Motion Laboratory, Department of Comparative
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and Ni and with energy densities exceeding LMFP and competitive with NMC. A postdoctoral research position is now available on this 3D-CAT project in the area of computer modelling and materials design
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simply controlled by a pump—and the micrometer-scale network of capillaries artificially reproduced inside the models. Once this objective is achieved, the 3D-printed organ will be equivalent to a perfused
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. Investigation of their antibacterial activity against conventional strains using dynamic techniques (XCELL).. Where to apply Website https://investigacion.ugr.es/recursos-humanos/personal/contratos Requirements
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The candidate will hold a PhD. in oceanography or marine ecology and have significant experience in 3D modeling, ideally at the interface between physical and LTL (biogeochemical) models, between physical and HTL
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● Model Development: Design, optimize, and characterize 3D cell culture systems, multi-cellular spheroids, or organ-on-a-chip platforms that accurately mimic human tissue microenvironments