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managed, and how health research and discovery is conducted in the coming years. Recent focus on the application of artificial intelligence to health and medicine has primarily been on the development
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video. Creativity in developing engaging digital content that reflects the NAIT brand. Ability to research and adapt to evolving social media trends, algorithms, and digital marketing techniques
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Government of Canada | Government of Canada Ottawa and Gatineau offices, Ontario | Canada | about 2 months ago
. • Disseminate research results through technical reports, presentations, peer-reviewed publications, and software contributions. • Maintain situational awareness in research developments and provide advice and
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your local Mitacs advisor for details, before starting to develop a project. Quantum stream: Open to all Canadian universities. The project must be in the quantum sector (includes but not limited
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Staff - Non Union Job Category M&P - AAPS Job Profile AAPS Salaried - Information Systems and Technology, Level D Job Title Programmer Systems Analyst II Department OCIO | Enterprise Automation and
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registry), previously developed algorithms (e.g., converting all opioids dispensed to morphine milligram equivalents), and epidemiological and econometric methods (e.g., interrupted time series analysis
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of a clinical sequencing platform. Primary Responsibilities: Use and develop analysis pipelines using in-house and third party tools or algorithms, and incorporate them into specialized analysis
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of predictive analytics and implementation of algorithms in care settings along with clinical, business and ethical challenges will be explored. In addition, an overview of the issues within the health industry
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(e.g., SolidWorks, AutoCAD) and printer operation. Proficiency in coding languages such as MATLAB, Python, or C/C++, with the ability to develop custom scripts and algorithms for data analysis and
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prototypes. Signal Acquisition & Processing Develop acquisition pipelines to capture vascular motion during CPR. Implement signal‑processing algorithms to extract markers of blood flow. Model Development