In several professional development sessions recently, I have heard progressive teachers—young and old—calling for new approaches that we must adopt in order to meet the needs of our students in light of the recent developments in AI.

Is the call for these changes new? And will they become prevalent and systemic?

I agree with my friend and mentor, David Thornburg. We think that the current instantiation of AI (Artificial Intelligence) is the biggest innovation in education since the advent of the personal computer.

The Personal Computer

The personal computer was introduced to education about 45 years ago. I was using a Commodore Pet with my Grade ones in 1977. By the early 80s, personal computers were making inroads into most school districts in North America. ‘Computers in Education’ departments were springing up to support teachers and students in developing and implementing effective uses of this radical new technology.

There was an explosion in calls for pedagogical change. The 1970s witnessed the Piagetian revolution of child-centred, active learning with ‘open classrooms’ and student choice. That was the era into which the personal computer arrived. It was a perfect match! The calls for ‘constructivism’ by the Piagetians were enhanced by the calls for ‘constructionism‘ by Seymour Papert12 and his colleagues and followers. We saw the ed tech world divided into two major camps.

Constructivism vs Instructivism—the ongoing dichotomy

Those, like Patrick Suppes3, saw the personal computer as wonderful for supporting the more traditional, behaviourist approach of instructivism. They believed the computer could improve personalized learning through more intelligent tutoring systems to instruct students and to have them achieve mastery of the skills they saw as necessary.

Others, like Seymour Papert, saw the opportunity to empower students to ‘take charge of their learning’—to become creators and builders of their own minds. They promoted a Piagetian, constructivist approach where students would engage in personalized project-based approaches, engage in problem generation and problem-solving, and not be so tied to tests and marks. They saw a restructuring of schools and classrooms away from the ‘stand and deliver’ model of the teacher-centric classroom4.

Effects with are the changes that take place while one is engaged in intellectual partnership with peers or with a computer tool…

Effects of are those more lasting changes that take place as a consequence of the intellectual partnership…

Gavriel Salomon

People were buzzing with ideas such as Gavriel Salomon’s ‘effects with’ vs ‘effects of’ and with the notions of ‘first-order’ vs ‘second-order’ effects of technologies. We were all excited about these tools for reflective and transferable thinking using graphic organizers and idea outliners—much like Calliope (later to become Inspiration) developed by the aforementioned David Thornburg. And, yes, coding (programming) was very popular during the 80s and was going to deepen students’ metacognitive and problem-solving skills. But, it was more than a ‘coding’ or ‘computational thinking’ exercise. It was an educational movement with a dream to radically change the education system.

Well, not a huge amount changed. Regrettably.

The World Wide Web

Then, along came the World Wide Web! Awesome! Now is the time! Unlimited access to information. Students will be able to engage in cross-curricular project-based learning on topics of their choosing. Problem solving, critical thinking, relevant inquiry, new forms of assessment will be the norm.

Oops. Nope.

Social Media & Smartphones

Then, along came social media and smartphones! This will be it now. Ubiquitous and collaborative access and the social construction of knowledge à le Vygotsky and Bereiter & Scardamalia!

Now, we’ll definitely see a restructuring of the school system!

Nope.

Artificial Intelligence (AI)

Well, guess what?

Now, we are hearing the same calls for such pedagogical changes today with the recent developments of AI—45 years since the advent of the personal computer.

Will this be it? Will we see radical changes in our educational systems? Is there something that makes it different this time?

I invite you to share your ideas. What might you do personally that is different in light of the latest AI developments? What systemic changes would you like to see implemented provincially and at the district level?


  1. Seymour Papert also co-founded (with Marvin Minsky) the Artificial Intelligence Lab at MIT in the early 1960s and co-authored Perceptrons in 1969. ↩︎
  2. Seymour was quite the colourful character. I appreciate that he invited me to the Media Lab to be involved in a conversation with him and his students in relation to how groups of Lego Logo robots might be programmed to behave in different ways depending on their cultural comfort with proximity to one another. A lovely AI experiment. 🙂 And, then there was our trip to Israel. Ask me about that adventure sometime! ↩︎
  3. Patrick Suppes was a brilliant philosopher and a courteous host when I visited with him in 1984. We just disagreed in our philosophies of education and in the role of technology. ↩︎
  4. Of course, others had called for such changes many decades before the advent of the personal computer: John Dewey, Jean Piaget, A.S. Neill (Summerhill), Paolo Freire, and more. ↩︎