Polygon Created with Sketch. Home | Research

AI-PowerED: Will AI Change Postsecondary Teaching and Learning?

What are the perceived impacts of generative artificial intelligence (AI) on postsecondary teaching and learning? In this research, we discuss the findings of our interviews with 42 individuals who are leading or supporting AI integration in postsecondary institutions (PSIs).

What are some risks of AI use in post-secondary education, and how can PSIs mitigate them? Do PSIs have clear policies and processes regarding AI use? What training would be useful for students, faculty, and staff?

Download Brief

Key findings

Many individuals leading or supporting the integration of AI in postsecondary institutions stated that generative AI can become a tool for higher-order learning. Intentional, transparent, and critical engagement with AI could potentially reshape teaching and learning for the better.

Many interview participants highlighted that generative AI could offer tailored support, especially for students with diverse learning needs and challenges.

AI training for students and educators is in high demand. Beyond practical skills like prompt engineering, AI critical literacy is needed to maximize the technology’s benefits and fully comprehend its drawbacks.

More from FSC

Research

Skills for Productivity, Prosperity and Well-Being in Canada: A Canadian PIAAC Research Agenda

Canada is in the midst of a productivity and growth challenge. Part of the issue is skills. New PIAAC data released at the end of 2024 provides Canada with an opportunity to improve understanding of relationships among skills, productivity, prosperity and well-being, and to use that knowledge to design better policies and programs.
Indigenous person outside
Project

Upskill and Certify Indigenous Child and Youth Practitioners

The Upskill and Certify Indigenous Child and Youth Practitioners project aimed to address the barriers that Indigenous child and youth workers face in accessing postsecondary opportunities to build skills and advance their careers.
Workers wearing safety uniforms discuss operational planning at wind turbine field
Research

Emissions Reduction and Demand for Skilled Trades

Canada’s push to meet its climate targets will reshape both the construction sector and the broader demand for skilled trades. If policies outlined in the 2030 Emissions Reduction Plan (ERP) continue to take effect, demand for skilled trades in construction and supporting sectors (e.g., rail) will shift dramatically, driven by new sustainability standards, infrastructure priorities, and green technology advancements.
View all Research