Engineering in a Changing Climate

8 Modules

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Engineering in a Changing Climate – A Transdisciplinary Workshop Series for Engineering and Climate Science Students

Project Details

Climate change poses an imminent threat to humanity through its increased stress on infrastructure (among other stresses), leading to increasingly deadly natural disasters, food shortages, and the failure of our built environment. Despite the clear need for collaboration between climate scientists and civil engineers to address and adapt to this threat, there are limited post-secondary educational and training resources available to students at the climate science-engineering interface. To address this gap, the University of Toronto Centre for Climate Science and Engineering in collaboration with the University of Western Ontario has developed a short-duration learning opportunity targeted at senior undergraduate and graduate engineering and climate science students at this educational interface.

Learner-centred design principles are applied to eight scaffolded modules that can be used in sequence or stand-alone:

The audience for these modules is senior undergraduate and graduate engineering and climate science university students.

The project was co-ordinated by Dr. Jamie Fine and Daniela Aguilar Bodden.

How to use these modules in your course

This project page connects instructors to elearning modules, available for use in Ontario higher education environments. While you can preview the modules through this website, it does not offer a formal learning experience (nor certification).

Visit the individual module page
Download the SCORM package for the module
Upload the SCORM package into your institutional learning management system

Note: Please do not share the "Preview Module" link in your course; this content is hosted via an external third party tool and should not be considered reliable for educational use.

Regional Downscaling

In this module, you’ll learn how climate data produced by Earth System Models (ESM) is translated into information that’s useful for climate change impact analysis in a particular region or location.

Climate Change and Wind Loading

In this module, you will learn how wind climate influences the design of our infrastructure from an structural engineer's perspective.

Energy Systems

In this module, you will learn about energy systems, sustainable fuel sources, and the consumer energy landscape.

Introduction to Life Cycle Assessment (LCA)

In this module you'll learn about how we can assess the environmental impacts of a product using a systematic method to look across its life cycle.

The Impact of a Changing Climate on Building Performance

In this module, you will:

Discuss which aspects of building performance most significantly influence greenhouse gas emissions and why
Describe the ways in which a changing climate will impact buildings and their occupants
Identify how building design elements can be modified to both mitigate and adapt to climate change, particularly synergistic solutions

Flood Risk

In this module, you will learn about the mechanisms that can cause flooding, various types of flood events (such as pluvial, fluvial and coastal flooding), common approaches to assess flood hazards including statistical and process-based models, and the flood risk mitigation and adaptation strategies.

Traffic-related Air Pollutants

In this module, you will learn about urban air quality, the formation of traffic emissions, as well as the measurement and modelling of vehicle emissions. This knowledge is important because transportation contributes to climate change through the emissions of greenhouse gases and causes major health effects through the emissions of air pollutants.

Introduction to Climate Science and Modeling

This module will introduce you to key concepts of climate science and climate modeling that are relevant to engineering and infrastructure design.

Regional Downscaling

Climate Change and Wind Loading

Energy Systems

Introduction to Life Cycle Assessment (LCA)

The Impact of a Changing Climate on Building Performance

Flood Risk

Traffic-related Air Pollutants

Introduction to Climate Science and Modeling

Copyright Information: This work is licensed under an Ontario Commons license. You can copy and adapt the work if credit is given to the original author and the work is used as part of a publicly offered credit or non-credit course or program in Ontario, Canada.
Funding Information: This project is made possible with funding by the Government of Ontario and through eCampusOntario’s support of the Virtual Learning Strategy. To learn more about the Virtual Learning Strategy visit: https://vls.ecampusontario.ca.
Date of Release: February 2022