New cross-Faculty collaboration engages engineering students in energy policy

Section of the Trans Alaska Pipeline near Fairbanks, AK.

A section of the Trans Alaska Pipeline near Fairbanks, AK. The policy implications of pipelines are one of the many topics being addressed in a new collaboration between undergraduate students at U of T Engineering and at the School of Public Policy & Governance in the Faculty of Arts & Science. (Photo: Brian Cantoni, via Flickr)

Undergraduate students from U of T Engineering and the School of Public Policy are working together on a public policy assignment that has them briefing officials on challenging environmental issues, such as pipeline development and the proposed phase-out of coal-fired electricity plants.

The project, designed by fourth-year Engineering Science student Nathalin Moy, unites U of T Engineering students currently enrolled in APS 305 Energy Policy with students from the Faculty of Arts & Science enrolled in PPG 301 Introduction to Public Policy. Teams composed of three to four students from each class work together to formulate a response to a current energy policy issue, and prepare a two-page briefing note aimed at a hypothetical decision maker. The activity was piloted for the first time from January 16 to February 17.

“Communicating with government and members of the general public is a big part of my job,” says Andrew Knox, an engineering consultant and sessional instructor for the Energy Policy course. “I wanted to help our students get some practice explaining technical issues to people without a technical background.”

Professor Jonathan Craft (Arts & Science) says the project is also useful for his students. “Like engineering, policy is a very interdisciplinary field and it’s important for my students to get a sense of that,” he says. “Working with engineers offers the added benefit of exposing students to the technical constraints and realities of energy policy.”

Nathalin Moy

Nathalin Moy (Year 4 EngSci) (Photo: Tyler Irving)

Moy designed the activity as part of another course, ESC 470 Energy Systems Capstone. “Capstone presented the opportunity for me to explore my own interests through design, and to push the boundaries of the status quo,” says Moy. “It was challenging to develop an activity that would work for both engineers and non-engineers, but it’s exciting to see it in action, and I think the students are embracing it.”

The topics include:

    • The Canadian government’s proposed phase-out of coal-fired power plants
    • The proposed “Energy East” pipeline
    • Hydroelectricity pricing in Ontario
    • American climate policy under the new federal administration
    • Climate change mitigation: the sinking island of Kiribati

In addition to the briefing note, which integrates both technical and policy considerations, students in both classes will participate in in-class debriefs on their experiences. By honing their abilities in cross-disciplinary collaboration, the project prepares the students for success in a wide variety of fields and careers.

“In my undergraduate work, and even in my graduate work, I was never required to work with students outside of technical disciplines,” says Knox. “I hope that other instructors will be inspired by this assignment and create a more cross-disciplinary and holistic educational framework.”

In addition to the new pilot project, U of T Engineering leads a number of other cross-disciplinary collaborations in education and research, including:

  • The Centre for Global Engineering course JCR 1000Y An Interdisciplinary Approach to Addressing Global Challenges, offered jointly by U of T Engineering, the Dalla Lana School of Public Health, the Munk School of Global Affairs and the Rotman School of Management.
  • The Collaborative Program in Engineering Education, offered jointly by U of T Engineering and the Ontario Institute for Studies in Education.
  • The Translational Biology and Engineering Program brings together principal investigators from U of T Engineering with others from the Faculty of Medicine and the Faculty of Dentistry to focus on stem cell technologies, cellular and tissue engineering techniques, cell signaling, experimental platform development, and clinical research in heart regeneration.
  • The Southern Ontario Centre for Atmospheric Aerosol Research is an interdisciplinary centre for the study of air quality, with a focus on how aerosols impact human health and the environment. It brings together principal investigators from U of T Engineering as well as the Faculty of Arts & Science and the Faculty of Medicine.

Learn more about research and educational collaborations at U of T Engineering.

Article originally posted at U of T Engineering News. By  Tyler Irving and Nathalin Moy.