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antimicrobial strategies, lipid membrane platforms, membrane-active compounds, antibacterial and antiviral applications, plant-based bio-material applications, etc. For more details, please view https
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end-effectors, grippers, tool-changing interfaces, material handling systems, and task-specific automation modules. Develop 3D CAD models, fabrication drawings, Bills of Materials (BOMs), and technical
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technology stack. You will work across the full application layer, from building interactive browser-based 3D interfaces to designing robust backend services and APIs, while integrating AI capabilities through
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health insurance, retirement plans, and paid time off. To access this tool and learn more about the total value of your benefits, please click on the following link: https://resources.uta.edu/hr/services
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the expansion of the technical infrastructure through new machines and systems, including CNC machines, injection moulding systems such as Babyplast, and additive manufacturing systems, e.g. metal 3D printers
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Environmental Science and Technology Consortium) project, supporting the operation, evaluation, and development of AIRPACT (https://airpact.wsu.edu/), the regional air quality forecast system that provides daily
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antimicrobial strategies, lipid membrane platforms, membrane-active compounds, antibacterial and antiviral applications, plant-based bio-material applications, etc. For more details, please view https
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. For admission and curricular evaluation purposes, proven skills in programming, preferably Python and/or C++; computer vision; computer graphics; real-time 3D rendering; 3D Gaussian Splatting, Mip-Splatting, LOD
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aims to develop pharmaceutical formulations and to identify nasal delivery device(s) capable of effectively targeting new formulations to the olfactory epithelium, using 3D human nasal cavity biomodels
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and Translational Biology is offering a postdoctoral scholarship within the project entitled “3D Bioprinted Skin as a Platform to Study Skin Cancer Mechanisms” funded by the Kempe Foundation