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, pharmacokinetics, cancer immunotherapy, and circadian rhythms. The intercellular dynamics team aims to develop inference methods for dynamic cellular networks and apply them to uncover structures underlying various
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TO HIRE A PROFESSIONAL WITH THE FOLLOWING PROFILE: Degree or graduate plus master's (>300 credits) Reference: 2025/207 Project: RD24-0007-0036 - RD24-0007-0036 Network of Inflammatory Diseases (REI) Funded
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mathematical analysis. You will develop learning‑based models (e.g., sparse 3D CNNs and related architectures) for multi‑modal interpretation and reconstruction, and design topology‑aware meshing and refinement
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of research in areas such as algorithmic fairness, bias in machine learning, ethics in AI, or sociotechnical systems. Strong programming and data analysis skills are essential. Preferred qualifications
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biophysical network models of The Virtual Brain (TVB) type, we aim to mechanistically explain patient heterogeneity and identify prognostic biomarkers. This is a high-impact, interdisciplinary project bridging
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analysis of future 6G communication networks that are capable of supporting new services for digital ecosystems. Use cases of interest include Security and Efficient Wireless Communication Solutions, IoT
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the MSCA Doctoral Network Endotrain (Grant No: 101227148) and coordinated by the University of Bergen , Norway. Supervisors: Professor Stafford Lightman , Dr Thomas Upton Location: University of Bristol
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This Employer https://main.hercjobs.org/jobs/21938147/system-director-financial-planning-and-analysis-decision-support Return to Search Results
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-leading center for research and innovation in medical imaging, image analysis, and biomedical engineering. Our interdisciplinary research brings together engineers, computer scientists, physicists, and
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MSCA Doctoral Network position “Electric solar wind sail mission design” We are now looking for two (2) Doctoral Researchers. This PhD topic is part of the “Electric solar wind sail doctors” (E