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Project description We are seeking a highly motivated and qualified PhD student to join our research team focused on fire safety of mass timber structures. The envisaged research will assess and
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Preferred Qualifications - Post-graduate degree in a relevant discipline. PhD in biomedical engineering, mechanical/chemical engineering, microtechnology, physics, is preferred, or related undergraduate
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into solid state systems and phenomena that explicitly involve quantum mechanics. Among its core areas of expertise are the development of materials hosting novel quantum electronic states, and measurement of
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involve quantum mechanics. Among its core areas of expertise are the development of materials hosting novel quantum electronic states, and measurement of nanoscale electronic structures built from
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Mowafaghian Centre for Brain Health in Vancouver, BC. Canada https://www.centreforbrainhealth.ca/faculty/max-cynader/ The lab’s research interests center around molecular mechanisms of neuronal plasticity and
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-cynader/ The lab’s research interests center around molecular mechanisms of neuronal plasticity and cell death. In addition, the lab studies the mechanisms by which the visual and auditory systems process
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located at the Djavad Mowafaghian Centre for Brain Health in Vancouver, BC. Canada https://www.centreforbrainhealth.ca/faculty/max-cynader/ The lab’s research interests center around molecular mechanisms
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faculties. The vision of the Institute is to develop world-leading research and educational programs that create a deeper understanding of plant biogenesis, plant cell wall structures and the organisms
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, and inclusion Preferred Qualifications Masters and PhD graduates in pulp- and paper, fiber engineering, analytical chemistry, chemical engineering, mechanical engineering or related fields
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We have up to 4 funded MASc/PhD positions available on a variety of topics related to improving the energy efficiency and comfort of smart buildings. Buildings are responsible for 30% of worldwide