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Associate Professor, Tenured Canada Impact+ Research Chair, Human Mobility and Wearable Technologies
integrates biomechanics, neuroscience, artificial intelligence (AI), and engineering to design the next generation of wearable technologies—such as robotic exoskeletons and intelligent prostheses—that adapt
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need to apply for Human Pathogens and Toxins Act (HPTA) security clearance. Please reference the following links for further information regarding risks and biosecurity. https://www.canada.ca/en/public
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Dalhousie University | Halifax Mid Harbour Nova Scotia Provincial Government, Nova Scotia | Canada | 2 months ago
cybersecurity); clean technology and resource value chains; defence and dual-use technologies; democratic and community resilience; environment, climate resilience and the Arctic; food and water security; health
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Dalhousie University | Halifax Mid Harbour Nova Scotia Provincial Government, Nova Scotia | Canada | 3 months ago
technology and resource value chains; defence and dual-use technologies; democratic and community resilience; environment, climate resilience and the Arctic; food and water security; health and biotechnology
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Dalhousie University | Halifax Mid Harbour Nova Scotia Provincial Government, Nova Scotia | Canada | 3 months ago
cybersecurity); clean technology and resource value chains; defence and dual-use technologies; democratic and community resilience; environment, climate resilience and the Arctic; food and water security; health
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academic partners detailing CLRC strategic plan, metrics, financial reviews, quality control evaluations, and innovation/research. Keep up to date on innovations and best practices in the areas of simulation
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on Indigenous Knowledge Systems. https://abundant-intelligences.net/ . The Toronto pod is comprised of faculty from OCAD University and York University in close partnership with collaborating institutions
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workflows. Qualifications PhD in Computational Biology, Genomics, Biomedical Engineering, Neurosciences, or related fields. Proven expertise in single-cell or spatial transcriptomic/proteomic data analysis
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has been applied to a wide variety of quantum materials, and offers direct access to how light-matter interaction can control the many-body interactions and, consequently, their electronic band