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university, and represent the lab at conferences · Contribute to manuscript writing, data analysis, and broader lab management Work Location: Onsite – this role is expected to work onsite and is
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candidate will contribute to ongoing projects with applications in microelectronics, data analysis, PCB design, and 3D printing technologies. This position offers the opportunity to work closely with a team
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of various components of viral proteins and cellular cryoET structures of virally infected cells. Build atomic models and Alphafold models to the resulting 3D structures of these complexes and tomograms
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, epigenomics, nucleomics, etc.) Multimodal spatial and single-cell data visualization 2D and 3D bioimaging data visualization Data analysis and data management infrastructure for biomedical data visualization
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expenses For more details, please see https://hr.utexas.edu/prospective/benefits and https://hr.utexas.edu/current/services/my-total-rewards . Purpose This position is part of the McDonald Observatory's
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. The fellowship is due to start in July 2026. . WORK PLAN: The candidate must complete a PhD in accordance with the following plan: A. Development and optimisation of a 3D printer incorporating plasma technology
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Description The Atom Probe Tomography (APT), the laboratory's flagship technique, enables the 3D reconstruction of the chemical distribution of a nano-object, with spatial resolution close to the atomic scale
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seek an eligible Technician to work on a full-time basis. The laboratories use advanced techniques in mouse genetics, 3D organoid culture systems generated from human samples and mouse tissue as
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. Physicochemical characterization of nanoparticles using techniques such as DLS, zeta-potential analysis, UV–Vis spectroscopy, fluorescence spectroscopy, and related analytical methods. Preparation of samples
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related discipline. Extensive knowledge of osteology and paleopathology. Experience in conducting research on human skeletal remains using 3D methods. Experience in data analysis using the R programming