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. Dena Shahriari. The goal of the lab is to develop neuroelectronic devices, sensors and smart biomaterials to interface and communicate with the body for tissue repair and organ augmentation. The Research
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interpretable autonomous experimentation systems remains a major research challenge. The successful candidate will develop reinforcement-learning and decision-making algorithms for autonomous laboratory platforms
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machine learning computer models (i.e. algorithms) for medical imaging, bioinformatics (i.e genomics data including single cell and spatial omics) and drug development applications. Performs analysis
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involves designing and developing solid-state lithium coin cells for powering sensors and actuators in smart wearables, in collaboration with researchers at the University of Alberta. Responsibilities
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engagement, and educational activities to explore how modern information and communication technologies (e.g. mobile and web-based applications, sensors, wearables, AI/ML etc.) can improve health care. Digital
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of recurring processes. Respond to consulting requests requiring expertise in statistical methodologies and procedures. Provide statistical contributions to data mining operations and algorithm development
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involving project partners including a semi-industrial foundry; Interacts with a team of graduate students and postdocs to investigate qubit properties and demonstrate novel algorithms with support from
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foundry; Interacts with a team of graduate students and postdocs to investigate qubit properties and demonstrate novel algorithms with support from theory partners; Contributes to the preparation and
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analytics, search algorithms and reporting tools to document knowledge. - Proven knowledge of stakeholder and team communication/interaction, community engagement, knowledge dissemination, and knowledge
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of developing algorithms that are both technically robust and clinically relevant, ensuring that these innovations can be integrated seamlessly into existing imaging systems and workflows. Collaborating with