John Donohue, IQC Senior Manager, Scientific Outreach
jdonohue@uwaterloo.ca
 
We're excited to announce the 12^th Quantum for Educators workshop, taking place at the University of Waterloo this November, as well as a special workshop in Toronto this September co-organized by research institutes from across Canada.

Quantum for Educators (QEd) 2026
Date: November 20-22, 2026
Applications due: October 1, 2026
Location: In-person in Waterloo, Ontario
Hosted by: Institute for Quantum Computing, University of Waterloo, Ontario 

QEd 2026 will be a three-day exploration of quantum science and technology, exploring fundamental concepts like superposition, wave-particle duality, and entanglement as well as applications from atomic clocks and lasers to quantum computers and cryptography. The sessions will focus on accessible, affordable, and hands-on ways to bring quantum science into the classroom.

Financial support for travel, accommodations, and substitutes is available for teachers within Canada. Applications are due October 1, 2026. Early acceptances may be granted if needed for approvals, please reach out if this is the case for you.

This year, we've introduced a session for attendees to present their experiences introducing quantum in the classroom. You can optionally apply to present during QEd as part of your application.

Find out more and register here: https://uwaterloo.ca/institute-for-quantum-computing/outreach/quantum-educators.

Quantum Science and Technology Across Canada
Date: September 12, 2026
Applications open now until maximum capacity reached
Location: University of Toronto St. George Campus

For educators in the Toronto area, please consider joining us for the "Quantum Science and Technology Across Canada" workshop, a collaboration between the Institute for Quantum Computing, Perimeter Institute, Université de Sherbrooke, UBC Geering Up, and the University of Toronto. This workshop is part of IEEE Quantum Week and will feature four hands-on activities on introducing quantum science to your classrooms, plus a chance to learn about the research happening across Canada. There is no cost to attend and lunch is included.

Register here today - https://ed.quantum.ieee.org/2026-teacher-workshop/.
 
If you have any questions about either of these workshops, please contact iqc-outreach@uwaterloo.ca.

Tags: Modern Physics, Quantum

Courtney Kates, Teacher Candidate — York University, ckates@uwaterloo.ca
Tasha Richardson, PhD, OCT, Teacher — TDSB, tasha.richardson@tdsb.on.ca

“It is the day of your unit 4 test when you wake up and realize that your alarm hasn't gone off. You race to school and you see all of your classmates outside of the room looking at a note on the door.”

In less than two years, students in Ontario high schools will all be part of what is collectively known as Generation Alpha. This cohort, born after 2010, is often referred to as “digital natives” who are characterized by high digital literacy, proficiency in touchscreen navigation and app-based play, along with shorter and more rapidly shifting attention spans (Fernando & Premadasa, 2024). For many educators, these characteristics highlight a need to incorporate more student-centered approaches that are visual, multimodal, and hands-on (Fernando & Premadasa, 2024). Using escape rooms with a compelling narrative can sometimes give students the motivation they need to focus on practicing and reviewing the skills they need to work with concepts taught in class. Read More...

Tags: Pedagogy, Technology, Waves and Sound

Chris Meyer, York Mills Collegiate Institute
christopher.meyer@tdsb.on.ca

What happens when you let a physicist teach biology? This is the second part of an article where I explore the design of a biology unit for grade 10 science. You can find the first part here. The big design ideas are these: use observations and questions to drive our inquiry narrative, observe realistic evidence just like historical scientists, allow students to explore and find patterns before teaching the names of things, and use the science of learning to improve the “stickiness” of the ideas in students’ minds. The previous article left off with an examination of how our brains structure knowledge as webs of connections, and the process of learning as an attempt to make connections between new and old knowledge networks. Now we are ready to summarize what teaching really is! Read More...

Tags: History, Pedagogy

Chris Meyer, York Mills Collegiate Institute
christopher.meyer@tdsb.on.ca

Here there be dragons
What happens when you let a physicist teach biology? Science, that’s what! Well, not at first. I still have my science teaching notes (in the form of overheads) from 25 years ago and at the time, I taught the biology unit of grade 10 science in a very traditional way. Fast forward 22 years and I found myself teaching grade 10 science again, now with a very different perspective on learning. As part of my redesign of our school’s grade 10 science course, I needed to build a biology unit from scratch. I have absolutely no university training in anything remotely biological, so I felt ready to give it a go! For me it was terra incognita, unknown country. As my guide, all I had were the learning principles I chose for the grade 10 course: questioning and scientific observation. When I described to my colleagues what I was doing, they thought it crazy. But fools rush in… Read More...

Tags: History, Pedagogy