Teaching and Learning
How do AI tools fit in with our teaching and learning priorities?
SAAS has always paid close attention to the relationship between the what and how of adolescent brain development and the delivery of our curriculum. We know that the pre-teen and teenage brain is wired to adapt and respond to new situations, while at the same time, it thrives in a setting of routine and stability. Students and families can expect their teachers to engage in explicit direction regarding the use of AI technology in their particular classes, and we will collectively look for ways for AI technology to strengthen the school’s five essential teaching and learning priorities:
Critical Thinking
We want students to make connections, to engage in the process instead of focusing only on the product, and to ask questions that guide their inquiry. When we focus on critical thinking, we can identify ways that generative AI can support student learning and establish clear expectations based on ways that AI could hinder learning.
Risk-Taking and Mistake-Making
We want students to know they can and should make mistakes during practice as an essential part of learning. When students know that mistakes are expected and even encouraged, they feel more willing to take risks and will come to understand how and when generative AI tools might help or subvert their intentions.
Equitable Approach to Grading
An equitable approach to grading makes learning targets visible to students and encourages a growth mindset. When students know the reasons for learning and know they have multiple opportunities to demonstrate that learning, they feel motivated and can better understand the rationale–the if, when, where, and how–for incorporating generative AI tools in their learning.
the Culture of Performance
The Culture of Performance asks students to demonstrate their learning for an audience, in contexts where tools such as AI might not be available or appropriate. Generative AI tools might support students, however, as they build skills and prepare for moments of authentic performance in which they are asked to combine disparate skills, think flexibly, and transfer their learning to a unique context.
Meta-Cognition as an Explicit Goal in Your Course
Students need to learn how to learn and how to develop the introspection to think about their learning. When we focus on teaching metacognition as an important practice, students become more engaged learners and can better decide for themselves if, when, where, and how to use generative AI tools to support them.
LEARN: TAKE A COURSE |
Google Self-Paced Course - Self-Paced 2-hour course (free) An Essential Guide to AI for Educators - Self-Paced 2-hour course (free) |
EXPERIMENT: AI TOOLS TO TRY |
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APPLY: TIPS AND STRATEGIES FOR USE |
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READ | |
LISTEN/WATCH |
AI Webinar Series for Educators |
EXPLORE: CURRICULUM |
Open Learning Curriculum AI4ALL Open Learning offers free curriculum and teacher resources so that educators of any subject can increase access to AI education in their communities. The AI4ALL Open Learning curriculum is interdisciplinary and approachable for people without CS or math backgrounds. |
- What is the SAAS approach to Artificial Intelligence in the classroom?
- What We Believe
- How can you engage with students and teachers on the topic of AI in the classroom?
- Additional Resources
What is the SAAS approach to Artificial Intelligence in the classroom?
What We Believe
How can you engage with students and teachers on the topic of AI in the classroom?
Additional Resources
If you have any questions about our approach to AI in the classroom currently or in the future you’re welcome to reach out to Giselle Furlonge, Associate Head of School, and/or Alison Ray, Dean of Teaching & Learning.