EXERM - OCE - Environmental Resource Management

Develop an understanding of wide-ranging social issues, with a focus on lessons learned from renewable project development in other parts of Canada, ways to enhance local Indigenous and non-Indigenous stakeholder engagement in project development, opportunities for community and local ownership of renewable projects.

Work through the economics of siting and starting a renewable energy project as you examine related business cases under the different perspectives of the three stakeholders involved in the development and approval of all energy projects: regulators, project investors, and the local community. Learn how to balance the costs and benefits to ensure projects are positive for each involved party.

Explore different facets of solar power technology and learn about the planning, design and development of solar energy projects. Gain an understanding of mechanical and technical aspects of solar power generation, include the emerging technologies in the area, and discuss the economical requirements of solar energy projects.

Explore different facets of wind power technology and learn about the planning, design and development of wind turbine energy projects. Gain an understanding of mechanical and technical aspects of wind power generation, including the emerging technologies in the area, and discuss the economical requirements of wind energy projects.

Understand key concepts related to electricity and major forms of power generation. Learn about the importance and different applications of direct and alternating current. Get an overview of conventional and alternative forms of electricity generation. Acquire foundational knowledge in conventional and renewable energy systems, as well as the most innovative applications on the market.

Get a comprehensive overview of the major processes behind electricity distribution and transmission. Learn about the challenges that renewable energy systems pose to electricity grids and how they can be overcome. Walk through basic concepts in smart city design, including smart metering, energy dispatching, and IoT.

Explore the material relationship between electricity generation and the natural environment. Learn about the role of carbon dioxide in relation to the greenhouse effect and the impacts of different electricity generation forms on emissions. Discuss topics such as albedo effect and energy reflection, climate change feedback loops, climate policy frameworks, Canada¿s performance relative to Paris targets, and future trajectories.