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genomics, statistical genetics or genomic data analysis. · Strong quantitative and programming skills, with experience in R, Python or comparable scientific computing environments. · A record of rigorous
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and clinical data. Design and develop an AI-powered analytics dashboard that synthesizes distributed aggregate outputs from an international multi-site research network, enabling clinician-ready
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department has 30 regular faculty members, and has leading research programs in Scientific Computing Methods, Mathematical & Quantum Physics, Environmental & Geophysical Fluid Dynamics, Control & Dynamical
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Continued funding if transitioning to a tenure-track or equivalent role during the award period Access to NTU’s AI platforms, research facilities, and computing resources Structured AI training and
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Simon Fraser University | Burnaby (Cascade-Schou / Douglas-Gilpin), British Columbia | Canada | about 3 hours ago
outstanding research potential in scientific machine learning, numerical analysis, scientific computing, or related areas. Strong scientific computing skills are essential. Prior experience in weather
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Simon Fraser University | Burnaby (Cascade-Schou / Douglas-Gilpin), British Columbia | Canada | 14 days ago
computing and GPU acceleration. We seek applicants with a strong aptitude for research and a demonstrated ability to work at the interface of applied mathematics, scientific computing, and physics. The
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Python and modern deep learning frameworks. ● Experience with High-performance Computing Infrastructure and GPU clusters. ● Strong research background in multimodal modeling, representation learning
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contribute to hereditary cancers and pediatric malignancies (https://bcchr.ca/maxwell-lab). Key areas include: • Mechanisms of cell division fidelity, spindle orientation, and cell polarity • Role of
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epithelial – immune interactions that contribute to hereditary cancers and pediatric malignancies (https://bcchr.ca/maxwell-lab). Key areas include: • Mechanisms of cell division fidelity, spindle orientation
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molecular and tissue level, and how its disruption alters epithelial – immune interactions that contribute to hereditary cancers and pediatric malignancies (https://bcchr.ca/maxwell-lab). Key areas include