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Position Description The successful candidate will be expected to: Develop a research program in omics data analysis in the field of microbial systems biology. The research should adopt a multi-omic
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Optimized Tissue Culture and Single-Cell Omics Digital Composite Manufacturing Multi-Element Alloys Resistant to Hydrogen Graph based inverse reinforcement learning (IRL) framework for analyzing and
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methods to diagnose and monitor childhood cancers. This may include the use of ultra-rapid RNA-sequencing for real-time diagnostics and analysis of circulating nucleic acids to monitor drug resistance
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in proximity. Collegial interaction will be an important element in success. The successful candidate will be responsible for: (a) direct supervision of students, postdoctoral fellows, and research
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are available to all researchers and exclusive access to the Mammouth supercomputer array enables high-throughput analysis of the data generated by these technologies. The Université de Sherbrooke has over 31,000
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inter-disciplinary research and collegial interaction will be important elements in success. Eligibility to register as a Professional Engineer in Ontario is a requirement. Candidates must provide
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area. Collaborative and inter-disciplinary research and collegial interaction will be important elements in success. Eligibility to register as a Professional Engineer in Ontario is a requirement
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interaction will be important elements in success. Eligibility to register as a Professional Engineer in Ontario is a requirement. Candidates must provide evidence of research excellence which can be
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analysis at unprecedented resolution in axolotls and flies. The positions require both overlapping and distinct skill sets as outlined below: All applicants must have a: - Ph.D. in Molecular Biology
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clearly demonstrated record of excellence in research and teaching. We are particularly interested in applicants employing cutting-edge approaches such as genetic and epigenetic analysis of aging