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Morgan Lehtinen, PhD in Chemistry, supervised by Dr Guojun Liu

Topic: H2Only: Smart Filters for Efficient Oil/Water Separation. Overview: In a world that relies heavily on the use of crude oil as an energy source, clean oil recovery and spill remediation is of dire importance. Removing oil from surfactant stabilized oil-in-water emulsions has become an issue in numerous industries as current separation processes are tedious and wasteful of resources. Our research group has developed functionalized ‘smart’ filters that can selectively and efficiently separate the oil from oil-in-water emulsions.  I will discuss the environmental and operational advantages of this novel filter and its potential to improve the cleanliness of a normally dirty industry.

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Keegan Turner-Wood, PhD in Biomedical & Molecular Sciences, supervised by Dr Steven Smith

Topic: How to gain access to energy stored in plants by designing biological nanomachines which can efficiently release trapped energy. Overview: With the continued depletion of fossil fuels the search for new sources of renewable energy are growing ever more urgent. One possible source of energy is the vast repository of carbon found within plant biomass. We aim to gain access to this functionally limitless pool of energy by designing biological nanomachines which can efficiently release their trapped energy

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Jasmin Manseau, PhD in Management, supervised by Dr Tracy Jenkin.

Topic: “The Future of Work” Overview: I am interested in the future of work and the changing nature of work more specifically how employees are beginning to use artificial intelligence at work through interactions with chatbots (i.e. IBM Watson) and intelligent employee assistants (i.e. Alexa for Business, Google Home at work, etc.). What is the work of tomorrow shaping to be like?

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Alastair Keirulf, PhD in Chemistry, supervised by Dr Diane Beauchemin

Topic: Developing the Continuous Online Leaching Method for use in Bioaccessibility Risk Assessments Overview: When soil is contaminated, we must perform a risk assessment to determine the potential for hazard towards humans who may work, play, or live in contact with the soil. A common method for modeling this soil exposure is through a bioaccessibility study, which can be performed in-lab without the need for animal subjects. My work is on validating a continuous on-line leaching method. Conventional methods use a batch method of analysis, which can take hours to complete, but we have seen results with the online leaching method take as low as 30 minutes!

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Shannon Hill, PhD in Rehabilitation Sciences, supervised by Dr Heidi Cramm

Topic: Understanding and Supporting the School Transitions of Military-Connected Adolescents Overview: The purpose of my two-phased sequential qualitative study is to (1) provide an in-depth, multi-perspective understanding of the school transition experiences of military-connected adolescents in Ontario, and (2) provide recommendations to inform policy and practice related to the school transition experiences of military-connected adolescents across Canada

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Linda Mussell, PhD in Political Studies, supervised by Dr Margaret Little.

Topic: “Handing Over The Keys: Intergenerational Legacies of Incarceration Policy in Canada, Australia, and Aotearoa/New Zealand.” Overview: I use critical policy analysis to unpack the legacies of incarceral policies in three countries, where generations of people within one family or community can be criminalized and experience institutionalization.

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