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Gamechanger – Using innovative XR in food safety training
Conestoga College’s Food Research and Innovation Lab has been prototyping an innovative new training strategy using extended reality (XR) simulations for employees in Ontario provincially registered meat processing facilities.
Classifying responsible investors: Identifying clusters of Ontario investors
Little empirical research has explored Canadian investors' interest in responsible investing. A variety of demographic and attitudinal characteristics can contribute to who makes ethical investments. Using a survey of 1,834 residents of Ontario, Canada three groups of investors are identified: those interested in responsible investments who actively avoid investing in some sectors, those interested in responsible investments who do not actively avoid any types of investments, and traditional investors that are not interested in responsible investing.
Stealth democracy and the school board trustee
The value of elected school board trustees has been a topic of debate. Several provinces in Canada have already eliminated them, with Manitoba currently considering abolishing them as well. Whether this is supported—or opposed—by the public is somewhat unknown. This research note reports the results of a survey of Ontario residents. We find that while two-thirds of respondents support retaining trustees, there are factors that pull people more towards favouring their elimination. Support for trustees is significantly lower for males, younger respondents, and those on the political right.
Additive manufacturing with robotic GMAW
Additive manufacturing (AM) is an alternative to traditional reductive manufacturing processes. Reductive manufacturing processes start with a billet of raw material and remove excess material through processes such as thermal cutting and machining to achieve the desired final shape. A key objective of AM is to minimize the amount of material used by precisely depositing only material that is required, layer by layer, and building a component from the
base up as a near net shape.
Wire arc additive manufacturing with robotic gmaw
Wire Arc Additive manufacturing (WAAM) is an alternative to traditional metal manufacturing methods such as casting or the machining of raw billets to produce a desired shape. One option for this ‘3D-printing’ of metallic products using the WAAM process is to apply the metal using the GMAW (gas-metal arc welding) process delivered by a standard 6-axis welding robot.