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maintain pipelines for SNV/indel calling, structural variant analysis, annotation, and QC. Implement cloud- and HPC-based workflows for large-scale genomic datasets. Ensure compliance with security, IRB, and
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Territory 2601, Australia [map ] Subject Area: nonlinear partial differential equations and harmonic analysis Starting Date: 2025/11/05 Salary Range: $87,135 - $134,507 per annum plus 17% superannuation Appl
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data integration, harmonization, and quality control across heterogeneous datasets. ● Present research findings at internal meetings and external conferences. Work Location: Onsite – this role is
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are welcome. Demonstrated proficiency in data management, data harmonization, and advanced data analysis techniques. Strong programming skills in Python, R, and/or similar software. Experience working with
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for bioinformatics. This position will include identifying and implementing state of the art bioinformatics techniques for innovative analysis. Additionally, this position will assist with clinical study development
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design using standard process design kits (PDK), from concept to tape-out and testing. * RFIC design and simulations, e.g., including harmonic balance and/or transient simulations. * Analog
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center that appears to ATLAS as a unified logical facility through harmonized services, federated operations, and shared configuration management. A shared Tier-3 Analysis Facility complements
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AUSTRALIAN NATIONAL UNIVERSITY (ANU) | Canberra, Australian Capital Territory | Australia | 24 days ago
, non-linear partial differential equations, harmonic analysis, geometric analysis, mathematical data science, computational mathematics, mathematical physics, probability/stochastics, and applied
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important for the Tenure Track position, such as Machine Learning, Neural Networks, Optimization, Applied Harmonic Analysis, Inverse Problems, Quantum Information, and other relevant areas. Additionally
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has research strengths in areas, including algebraic geometry, representation theory, number theory, algebraic and geometric topology, non-linear partial differential equations, harmonic analysis