Sort by
Refine Your Search
-
: - High-throughput computational design of Nb-based anode materials for rechargeable implantable medical devices - Collaboration with academic (McCalla group) and industrial (Medtronic) experimental
-
: - To synthesize, assemble, and characterize bio-inspired materials - To work with advanced experimental methods - To gain experience supervising undergraduate students - To assist in writing grant and manuscripts
-
Main responsibilities: - Execute laboratory protocols to develop materials for experiments - Mucin glycoprotein purification - Nanoparticle preparation and purification - Assist in research related
-
the residential sector. Our fabric-first approach plans to use prefabricated exterior over-cladding panel solutions to facilitate the mass deployment of low-carbon DERs, complemented with high-performance active
-
to teach other researchers Excellent written and oral communication skills Hiring Unit: Mining and Materials, Engineering Number of Positions: 1 Supervisor: Professor Roussos Dimitrakopoulos Total Hours
-
for the preparation of manuscripts intended for publication in peer-reviewed journals. Qualifications: PhD Number of Positions: 1 Hiring Unit: Mining and Materials Engineering Supervisor: Professor Richard Chromik
-
scattering in condensed spherical particles. Hiring Unit: Mining and Materials, Engineering Number of Positions: 1 Supervisor: Professor Raynald Gauvin Total Hours of Work: 10 hours per week Hourly Salary
-
the development of novel graphite-based materials engineering solutions for lithium-ion battery energy storage systems in collaboration with the research team of the McGill Graphite Group. Qualifications: A PhD in
-
: - Use advanced spectroscopy to investigate the properties of biomolecules that are used to fabricate biological materials. - Grant and manuscript writing. - Present the results of work at national and
-
: Lab: Prof. Salmaan Craig, School of Architecture. Research project: Experimental study of thermal mass in naturally ventilated buildings with low carbon materials. Investigating the effectiveness