Construction in Pandemics Report
This report summarizes the results of a research project conducted by a team from the University of Toronto on means to help the construction industry predict, plan and manage future pandemics. The project was conducted in collaboration with the Residential and Civil Construction Alliance of Ontario (RCCAO), the Ontario Society of Professional Engineers (OSPE), and the Residential Construction Council of Ontario (RESCON). This work is focused on the resilience of the overall industry against the challenges of future pandemics. How should we reformulate project design and construction methods to adapt to the disruptions of pandemics? How can industry organizations collaborate to tackle the pandemic collectively?
Entry Level Report
This report demonstrates what type of engineering offers the best chance for a new graduate being hired in an entry level position and outlines career paths in different engineering disciplines. It is intended for engineering students, new graduates, and young people in high school (and their parents) considering pursing engineering in university and as a career. The report informs about what to expect when choosing a career and/or engineering discipline to pursue.
Excess Soil Reports
In March 2021, OSPE, with support by an Excess Soil Project Steering Committee, completed a Scientific Report and Best Management Practices on the beneficial reuse of excess soil at aggregate pits and quarries. The reports are intended to assist Qualified Persons (QPs), municipalities, aggregate licensees, and operators in evaluating options for beneficially reusing excess soils to rehabilitate pits and quarries in a safe, economically viable, and climate positive manner.
Diversity and Inclusion in the Engineering Profession: Fact Sheet
This fact sheet presents data on the demographics of the engineering profession as of November 2020, which reflects the underrepresentation of numerous equity seeking groups, along with the bias and disparity in workplace experiences encountered by minority groups in the field.
Growing the Commercial Drone Industry in Ontario
This report presents an overview of the key issues regarding Remotely Piloted Aircraft Systems (RPAS), or drones, and proposes several recommendations for a provincial policy regarding these technologies. These recommendations focus on promoting the adoption of RPAS in commercial and civil sectors, funding the development of new business models using RPAS technology, and working with all levels of government to create a regulatory environment that promotes safety and innovation. With an effective policy response to this emerging technology, Ontario can create jobs, grow the economy, and adapt our industries to the 21st century.
The State of Demand-Responsive Transit in Canada
This study investigated the current state of practice of demand-responsive transit in Canada through a series of interviews with transit organizations and vendors. There is a growing number of communities that are being served by demand-responsive transit, including municipalities that had never had transit before. This report synthesizes and outlines some of the challenges, opportunities, and lessons learned from these transit projects.
Growing the Drone Industry in Ontario
Ontario is facing a critical juncture in the development of its drone industry. Drones, or Remotely Piloted Aircraft Systems (RPAS), can provide services to key industries in Ontario by capturing high quality data from the skies. With Canada’s largest economy, government funding programs, and a strong research ecosystem, Ontario is the ideal location to develop this emerging industry. First, obstacles such as international competition, scaling, and the problems arising from day to day adoption of drones must be solved.
Drone services could benefit industries that contribute over $600 billion to our national GDP. Ontario’s drone policy should focus on three key pillars to ensure we lead a future global industry set to be worth over $20 billion by 2020:
1. A roadmap for the integration of autonomous aircraft in our airspace
2. Bridging the gap in RPAS technology transfer from research to industry
3. Ontario taking a position of leadership in drone commercialisation
Connected & Autonomous Vehicle Technologies
OSPE strives to attract and deliver value to members at all stages of their careers, including students, through collaborative partnerships with other organizations, experts and stakeholders to strengthen our influence and ensure our data and messaging is sound.
With Mitacs[1] funding, OSPE recently partnered with Ryerson University’s Laboratory of Innovations in Transportation (LiTrans) to co-supervise a research project of a Masters student in Civil Engineering. Along with another partner, the Canadian Urban Transit Research and Innovation Consortium (CUTRIC), the project investigated technologies in which engineers play a significant role – Smart Mobility.
Retail Electricity Price Reform: Path to Lower Energy Bills and Economy-Wide CO2 Emission Reductions
Ontario is wasting a significant amount of surplus emission-free electricity. The Government of Ontario can implement electricity price reform that will allow consumers to use that surplus to reduce their annual energy bill and greenhouse gas (GHG) emissions without imposing additional costs on the electricity system.
Briefing Note
Download
Summary Report
Full Report
Propel Your Career in the Smart Mobility Industry: A Guide for Engineering Students and Recent Graduates
This report was prepared for the Ontario Society of Professional Engineers (OSPE) and its partners – the Canadian Urban Transit Research and Innovation Consortium (CUTRIC), Ontario Chamber of Commerce (OCC) and Communitech. The purpose of the report was to provide content support for a digital resource that OSPE and its partners have developed a digital tool, propelusospe.ca. This digital resource provides engineering and technology students and recent graduates with up-to-date, industry-based information on Smart Mobility, skill needs and job search techniques in Canada’s auto and transit industries.
Calling all STEM Employers: Why Workplace Cultures Must Shift to Change the Gender Landscape
This report summarizes findings based on interviews, focus groups and a survey of men and women in STEM professions. As well, university and college female students in STEM were consulted and surveyed to gather their perspectives about careers in STEM. Based on the feedback, we can confidently say that women in all STEM disciplines and roles face similar challenges in the workplace.
Opening Doors and Breaking Down Barriers: Highlights from Engineering Professional Success
This report provides information about OSPE’s 18-month pilot mentorship program for women in engineering, which was launched thanks to funding from Status of Women Canada. The report identifies the experiences of mentors and protégées who participated, both international engineering graduates and Canadian engineering graduates, as well as the impact the program had on their engineering careers.
Weathering the Storms: Municipalities Plead for Stormwater Infrastructure Funding
In order to assess Ontario’s ability to cope with the impending impacts of climate change and severe weather patterns, The Ontario Society of Professional Engineers (OSPE), Residential and Civil Construction Alliance of Ontario (RCCAO), and Ontario Sewer and Watermain Construction Association (OSWCA) have partnered to conduct a study of the condition of stormwater infrastructure and the type of asset management planning that is done in municipalities across Ontario.
Excess Soil Management: Ontario is Wasting a Precious Resource
The Ontario Society of Professional Engineers (OSPE), the Greater Toronto Sewer and Watermain Construction Association (GTSWCA) and the Residential and Civil Construction Alliance of Ontario (RCCAO) have partnered to prepare a study on excess soil management to ensure sustainable practices are considered through the design and construction of Ontario’s infrastructure projects.
Ontario’s Energy Dilemma: Reducing Emissions at an Affordable Cost
The world is facing serious decisions about how to address climate change. Choices have to be made about our energy future. Ontario has just transitioned out of coal generation and has reduced its electricity sector emissions by 80% below 1990 levels in a span of only 12 years. Ontario’s power system engineers want to share the experience they gained with other jurisdictions that are planning their own carbon reduction strategies. This report documents some of those experiences and offers insights on how to reduce GHG emissions.