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experiments, 3D model management, documentation). • Support broader project goals as needed (e.g., dataset curation, method benchmarking, cross-validation of simulations with actual measurements)
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, under the following conditions: Work Plan: The main objective of the proposed work is to implement and validate a computational methodology for the 3D geological modelling of complex mineralized systems
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. Working closely with stem cell biologists, immunologists, and bioengineers across the MIMIC consortium, the PDRA will: Develop and optimise iPSC‑derived adipocyte differentiation protocols Generate 3D
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responsibility of this role is to contribute to the design, development, and deployment of an advanced content moderation framework for immersive 3D virtual environments, such as Roblox and Minecraft. The engineer
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, large language models, AI agents, and 3D reconstruction techniques to generate structured digital representations from multimodal data and support infrastructure monitoring, management, decision-making
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characterization of tissue simulants and non-Newtonian materials, including support for 3D printing and additive manufacturing processes. Develop and optimize experimental setups, testing protocols and data
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(such as MOF-based) and membranes, their fabrication by novel techniques, such as 3D printing, and membrane performance evaluation. Req ID: 33876 Apply now
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biomaterials and characterization of the same Design, post-processing, and biomimetic cell culture environments for 3D scaffolds Scalability and reproducibility of bioactive 3D scaffolds for large-scale
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materials. Independent evidence on the long-term wear, antagonist wear and failure mechanisms of 3D-printed crown materials remains limited. Clinically relevant testing must therefore consider cyclic loading
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of the same Design, post-processing, and biomimetic cell culture environments for 3D scaffolds Scalability and reproducibility of bioactive 3D scaffolds for large-scale manufacturing Critical interpretation and