10 AI Tools Every Quebec Teacher Should Know in 2026

AI is transforming how teachers plan, assess, and differentiate. But the sheer number of tools available makes it hard to know where to start. Here are 10 tools worth knowing in 2026 -- chosen for relevance to Quebec classrooms, ease of use, and actual pedagogical value.

The Tools

1. Aspasia -- A free lesson plan builder created by Inquisitive Flow Learning in Montreal. Aspasia lets you choose from structured templates, fill in your objective and classroom context, and generate a complete lesson plan in minutes. It is designed for the realities of Quebec teaching: bilingual, aligned to competency frameworks, and exportable in standard formats. No account required. For teachers who lose hours each week to planning, this is the fastest path from idea to classroom-ready document.

2. Anaximander -- A free pedagogical mentor with over 100 expert guides covering everything from classroom management to assessment design. Built by Inquisitive Flow Learning, Anaximander functions like having a team of experienced educators available on demand. Each guide is grounded in research and adapted for the Canadian context. Particularly useful for new teachers navigating their first years, or experienced teachers exploring unfamiliar strategies like differentiated instruction or project-based learning.

3. Aethon -- An AI tutoring platform designed for schools and school boards. Aethon provides personalized learning paths for students, with real-time progress dashboards for teachers. The platform adapts to individual student pace, identifies knowledge gaps, and surfaces actionable data to inform instructional decisions. Built in Montreal with PIPEDA compliance and bilingual support from the ground up [1].

4. Mnemosyne -- A visual mindmap and study companion that helps students organize their thinking. Mnemosyne transforms notes and readings into interactive concept maps, making abstract relationships between ideas visible and navigable. For teachers, it offers a window into how students are structuring their understanding -- a formative assessment tool disguised as a study aid.

5. Beaverbit -- Learn Python through real hardware projects. Coming soon from Inquisitive Flow Learning, Beaverbit bridges the gap between coding instruction and tangible outcomes. Students write Python to control physical devices, turning abstract programming concepts into something they can see and touch. Ideal for secondary science and technology courses in the QEP framework.

6. Canva for Education -- Visual content creation has never been easier. Canva's education tier is free for teachers and students, offering thousands of templates for presentations, infographics, posters, and worksheets. The AI-powered features -- background removal, magic resize, text-to-image generation -- save time on materials that used to require graphic design skills. It does not replace pedagogical thinking, but it removes the production friction [2].

7. Kahoot! -- Gamified assessment that students actually enjoy. Kahoot! turns review sessions into competitive quizzes that generate immediate data on student understanding. The AI quiz generator can create question sets from any topic in seconds. The limitation is depth -- Kahoot! works best for recall and basic comprehension, not higher-order thinking. But for formative checks and engagement, it remains one of the most widely adopted tools in education worldwide [3].

8. Google Classroom -- The default LMS for many Quebec schools. Google Classroom is not an AI tool per se, but its integration with Gemini and other Google AI features is expanding rapidly. Assignment distribution, grading workflows, student communication, and parent updates all live in one place. The strength is its simplicity and the fact that most students already have Google accounts. The weakness is that it does very little to help with the pedagogical decisions -- it manages logistics, not learning design.

9. Grammarly for Education -- Writing assistance that goes beyond spell-check. Grammarly's AI analyzes clarity, tone, conciseness, and structure, giving students detailed feedback on their writing in real time. The education version includes plagiarism detection and allows teachers to set parameters for the level of AI assistance. For Quebec's bilingual context, it supports both English and French, making it relevant across the curriculum [4].

10. Scratch / Code.org -- Introductory coding platforms that remain essential even in the age of AI. Scratch, developed at MIT, uses a visual block-based language that lets students as young as 8 create interactive stories, animations, and games. Code.org provides structured curricula aligned to computer science standards. Together, they form the foundation of computational thinking instruction. Understanding how code works becomes more important, not less, as AI-generated code becomes ubiquitous.

What to Look For

Not every shiny tool deserves a place in your classroom. Before adopting any EdTech platform, run it through a practical checklist:

Is it bilingual? In Quebec, this is non-negotiable. A tool that only works in English excludes francophone students or forces awkward workarounds. The best tools support both official languages natively.

Is data stored in Canada? PIPEDA and Quebec's Law 25 impose strict requirements on how student data is collected, stored, and processed. Tools that route data through US servers may not comply. Ask the vendor directly where data is hosted and whether they have undergone a privacy impact assessment [1].

Is there a free tier? Budget constraints are real. Tools that lock core features behind paywalls create equity problems -- schools in well-funded districts get access, others do not. Prioritize tools that offer meaningful free versions, not stripped-down demos.

Does it solve a real problem? The most common failure in EdTech adoption is deploying technology in search of a problem. Start with the friction point -- too much time spent on planning, difficulty differentiating, lack of formative data -- and then find the tool that addresses it. Technology should reduce workload or improve outcomes. If it does neither, it is not worth the onboarding cost.