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organizational objectives. The role drives initiatives that enhance operational efficiency through the optimization of business processes, effective use of data, and implementation of integrated technology
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optimization campaigns designed to optimize cell culture conditions (e.g., growth media and extracellular matrix support), automated generation of model-specific datasets and production of highly reproducible
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advancing bio-based products. This expertise has recently grown to encompass smart manufacturing and energy-efficiency optimization. The selected candidate will be expected to strengthen and advance research
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assess, enhance, and manage the systems and platforms used to reach audiences, identifying opportunities for optimization, whether that’s prospective donors, alumni, or campus partners. They collaborate
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with researchers, coordinators, radiologists, programmers, technicians, and other staff within the program to maintain and further develop a database that meets user requirements and optimized
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optimize messaging. Manage content intake and delivery workflows with fundraising and engaged audiences. Manage a library of approved content, donor stories, proposals, and messaging assets for team-wide use
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plasmids, mRNA/LNP formulations, CAR-T cells, regulatory T cells (T-regs), and viral vectors. This role involves designing and optimizing upstream and downstream processes, performing data analysis
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University of Toronto | Downtown Toronto University of Toronto Harbord, Ontario | Canada | about 21 hours ago
considerations such as hardware limitations and code optimization. Ethical considerations in the implementation and deployment of automated systems are discussed. The concepts covered in the course are put in
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Sessional Instructional Assistant - MAT132H5F Differential Calculus for Life Sciences(emerg posting)
University of Toronto | Downtown Toronto University of Toronto Harbord, Ontario | Canada | 8 days agosingle variable. Derivatives and differentiation techniques. Applications of differentiation, including extreme values, related rates and optimization. Life science applications are emphasized. Estimated
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rapid iteration and optimized drug development pipelines. Joining our venture studio connects you with a vibrant ecosystem of experienced entrepreneurs, distinguished scientists, and industry leaders