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Endorsed
*This resource has been tested for appropriateness in the classroom and scrutinised for safeguarding and cybersecurity issues. However, please do carry out any due diligence processes required by your own institution before using or recommending it to others.
Experimental
*This is an example of a resource that is under development and may not have been fully vetted for security, safety or ethics.  Please carry out your own safeguarding and cybersecurity due diligence before using it with students or recommending it to others.

Pedagogy AI

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Advisory
Dr. Neil Ingram

Pedagogy AI is a roadmap for a lesson in which students use AI for themselves. It is based on observations of lessons where students used iPads to research and solve problems. This is a versatile pedagogy. There are times when the teacher teaches by direct instruction, with visible, evident, controls (e.g stage 01). At other times, the teacher gives the students some level of autonomy (e.g Stage 03), and yes more invisible controls. Even so, the teacher is always on the sidelines, ready to facilitate and encourage.

What is Pedagogy AI?

Pedagogy AI is a roadmap for a lesson in which students use AI for themselves. It is based on observations of lessons where students used iPads to research and solve problems.

This is a versatile pedagogy. There are times when the teacher teaches by direct instruction, with visible, evident, controls (e.g stage 01). At other times, the teacher gives the students some level of autonomy (e.g Stage 03), and yes more invisible controls. Even so, the teacher is always on the sidelines, ready to facilitate and encourage.

In this pedagogy, students are taught to use AI safely and productively. There are clear lesson aims, specific learning outcomes, which the students discuss together with the appropriate format for the output from AI. During the prompt-writing stage (03) the students work with the evident support of the teachers. They are encouraged to experiment and make mistakes, which are points for reflection and further refinement.

The outputs from AI are shared and evaluated critically (04). The best answers can be combined to contribute to the discussion of the problem. Sometimes the problems have a real world context and a variety of different viewpoints, such as “should we vaccinate young children against diseases like measles”, or “how can we live more sustainably?”. A balanced account of all of the issues and views could be appropriate learning outcomes for such tasks.

For explanations for each image used in the blog, please read in full here.

Read about the ideas behind this road map in a series of blog posts on this site, Teaching and learning with AI (parts 1-10).

Key Learning

As students become used to this way of working, they will gain increasing confidence and autonomy (04). Even so, behind this independence, the teacher remains a supporting critical presence.

Finally (and most importantly), students reflect privately on their learning from the lesson (05), reflecting not only about the problem under study, but also their experiences of using AI.

Risks