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Fuel Cells (MFCs) by developing 3D-printed titanium electrodes using Laser Powder Bed Fusion (LPBF) technology to achieve trabecular and porous structures optimised for microbial growth. Titanium is
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filaments on the properties and observables of the cluster. Where to apply Website https://www.uam.es/uam/investigacion/ofertas-empleo/contrato-conjuntaenero2026r… Requirements Research
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research activities including: the running and troubleshooting of experiments to study of invasion specific protein activity in 3D cultures and in vivo before and after targeted therapies have been applied
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George Emil Palade University of Medicine, Pharmacy, Science, and Technology of Târgu Mureș | Romania | about 1 month ago
on the development and validation of biomaterials and smart medical devices using animal models and advanced 3D technologies Topics: Advanced biomaterials for tissue repair and regeneration Preclinical animal models
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, demonstrate equipment capabilities, troubleshoot basic issues, and guide users through the workflows for various technologies including introductory 3D scanning, 3D printing, Virtual Reality, Cricut cutting
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teaching positions. Successful candidates will be industry-leading animators (2D and/or 3D) and game designers (2D and/or 3D) who can demonstrate forward-thinking creativity and exceptional ability as
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knowledge of microfluidic automation, including actuators like pumps, valves, and electromagnetic components, along with heat transfer concepts. Familiarity with 3D printing or other rapid prototyping methods
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. Proficiency with one or more of the following: Digital fabrication (3d printing, laser cutting, 3d scanning, CNC routing, etc.) Adobe Creative Suite Rhino/RhinoCam Autodesk Suite (ACAD, Fusion360) Solidworks
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: 3D model learning, prediction models from imaging and molecular data, model-based simulation coupling, and uncertainty-aware outputs for lab/clinical validation. Work with 3D datasets, time-series