16 high-performance-computing Fellowship positions at University of British Columbia in canada
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. This role focuses on developing and applying AI and deep learning techniques for analyzing high-dimensional omics data, identifying predictive biomarkers, and understanding cancer heterogeneity. Projects
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the Canadian Pediatric Cancer Consortium (otherwise called ACCESS), we are seeking highly skilled and passionate Postdoctoral Fellows. You will develop and lead a research project focusing on high-grade
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the acquired data, and prepare a report; c) Prepare a CFD model of a boiler burner for combustion analysis, apply reacting flow models, perform computation, study propensity to flash-back, calculate noise
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current and emerging issues of work-related health in Canada. Our program of research is aimed at improving our understanding of the causes and consequences of injuries and illness, identifying high-risk
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computing and/or high-performance computing (HPC) environments for bioinformatics workflows. The successful candidate must exhibit excellent communication skills; a demonstrated potential for excellence in
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, enabled through digital health technologies in Africa (Kenya, Uganda + more). The Trainee will be working on a program with over 15+ years (Smart Discharges Child, Smart Discharges Mom&Baby, Smart Triage
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involution using in vitro and in vivo models. Characterize and modulate the T-cell receptor (TCR) repertoire, including repertoire diversity, selection, and clonal dynamics, using high-throughput sequencing
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, including repertoire diversity, selection, and clonal dynamics, using high-throughput sequencing and systems-level analysis. Work on the engineering and functional assessment of synthetic or ex vivo thymic
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vitro models, and high-throughput spatial omics platforms. Publish high-impact research and drive innovations with clear translational potential. Contribute to a global CIFAR program exploring
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high-throughput spatial omics platforms. Publish high-impact research and drive innovations with clear translational potential. Contribute to a global CIFAR program exploring the multiscale logic