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metamaterial tessellations. Experimental testing of fatigue properties. Impact testing. Qualifications: Must have recently obtained a Ph.D. degree; preferably in Mechanical Engineering. Extensive experience in
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the resource constraints of the future electronics readout system. Collaborate closely with researchers at McGill (in both the Departments of Physics and in Computer and Electrical Engineering) and partners
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of using technology in clinical practice, understanding the mechanisms of recovery and changes in neurophysiology after novel rehabilitation intervention. The position is located at the Rehabilitation
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of interventions for people with stroke or traumatic brain injury (e.g., RCTs), evaluating the implementation and feasibility of using technology in clinical practice, understanding the mechanisms of recovery and
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brain injury (e.g., RCTs), evaluating the implementation and feasibility of using technology in clinical practice, understanding the mechanisms of recovery and changes in neurophysiology after novel
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at www.nait.ca/careers Please Note: This is a temporary position ending on or before June 30, 2026, with the possibility of extension. The Clean Technology team at the Northern Alberta Institute of Technology
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of individuals from diverse backgrounds including physics, engineering, biology, and neuroscience, our young lab offers abundant opportunities for professional growth and strongly supports independent research. We
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Experimental Subatomic Physics, Electronics Engineering, or related fields. Relevant research experience with digital electronics and firmware programming. Excellent verbal and written communication skills in
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McGill University | Winnipeg Sargent Park Daniel McIntyre Inkster SE, Manitoba | Canada | about 2 months ago
design an optical system that can be easily built and used by non-expert users. The applicant will work closely with the inventors of RAP technology and a group of academic and industry collaborators
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(IQ) at the Université de Sherbrooke is a collaborative environment with over 300 students, postdocs and faculty members advancing the fields of quantum information science, quantum engineering and