Ontario Early Years Centres (OEYCs) offer programming for young children (0 to 6) and their families. In Hamilton, there are five different OEYCs. The City of Hamilton helps the OEYCs with their planning and with assessing how their programs are helping families. This is complicated, because each OEYC keeps its own data. This project will develop a way to produce a single citywide set of OEYC data, on demand, out of the separate databases. This will improve the quality of the data available to support planning and local decision-making.
The purpose of the research is to describe the nature of university policies and practices related to gendered violence at Canadian universities, in order to identify promising practices for preventing and responding to gendered violence. A description and analysis of university policies from across Canada will provide a useful context for evaluating the policies on gendered violence at Wilfrid Laurier University (WLU) and the University of Waterloo (UW), specifically for identifying gaps and effective practices.
Achieving permanency for children and youth placed in out-of-home care enables them to form loving, consistent relationships, a sense of connectedness and belonging to their family and community, and a stable place that they call ‘home’. Permanency is critical to the well-being of placed children and youth now and in the future. This proposed study examines the outcomes for children/youth placed in permanent arrangements and their (new) families as a result of the Family Finders pilot project at Family and Children’s Services of Guelph and Wellington County.
Health care systems in Canada and countries around the world are challenged by increasing demands for services, while providing those services within fixed health agency budgets. To address these challenges, the Ivey International Centre for Health Innovation, Loblaw Company Limited and Green Shield Canada has formed a collaborative partnership.
This project aims to build on Phase 1 of the The Black Experience Project (BEP) currently being undertaken in the Greater Toronto Area. The multi-year research study that this project will support aims to examine the barriers to success for Black community members living in the Greater Toronto Area (GTA) which have and/ or continue to prevent the GTA’s diverse Black community from attaining their potential success (e.g., to become involved in leadership positions in various sectors including, but not limited to, the public, private, educational, political, legal sectors etc.).
The proposed work will lead to mechanisms for reducing the negative effects of Cognitive Biases - automatic, unconscious elements of the human reasoning system known to cause decision errors. While the outcomes of Cognitive Biases have been studied for decades, there has been almost no research into how to reduce or eliminate their negative effects. The end goal of the proposed work is a suite of mechanisms that reliably, simply and cost-effectively accomplish such 'de-biasing' in a workplace setting.
This project is an undertaking in coordination with Minerva Canada which aims to address a gap between industry and the graduates of engineering programs in terms of attitudes, knowledge and applied skills pertaining to health & safety in engineering practice. Through a series of phases from curriculum planning to implementation, the project's end product will include stand-alone teaching modules that can be integrated into each year of an engineering program related to health & safety for universities across Canada.
Dexterity Consulting is a company that aims to maximize the impact of donors’ donations to charities. Dexterity Consulting offers a service to match donors to charities, based on the alignment of the donors’ preferences and the charities goals. This matching process is currently being done manually by an expert in the field, working at Dexterity Consulting. The proposed research aims to develop an automated system to replace the current matching process.
This project is aimed at designing a comprehensive PLC (Programmable Logic Controller) system for the automatic operation and control of three wastewater treatment plants under construction in northern Saskatchewan. We are going to use mathematical modeling to complete this task. In order to maximize the safety level of the operating plant, we will carefully investigate and incorporate each possible error case into the PLC system.