What is AI in Education?
AI, otherwise known as Artificial Intelligence, is something we have all heard of by now. Whether it is new to you, or you are already familiar with it, it is important for educators to learn more about this type of technology as it can enhance your teaching and support your learners, ultimately making your life easier! I think it is safe to say that is something we all can appreciate; finding a tool that helps to tackle our to-do lists. According to Southern Methodist University (2025), "AI is technology that enables computers and machines to simulate human learning, comprehension, problem solving, decision making, creativity and autonomy." What it comes down to is using AI to not only support learning in the classroom, but to find ways to create more personalized, efficient, and enhanced experiences for our students.
Using AI in a Kindergarten Classroom
So what can AI look like in a kindergarten or early elementary classroom? The opportunities are truly endless. Some examples that I will dive more into are differentiation, increased accessibility, and engagement and enhancing play. We know our youngest learners learn best through play-based and hands-on learning, so we must use AI meaningfully when implementing it into our classrooms. We want to support play and make the use of AI purposeful, all while meeting the needs of all students.
Learn more about AI in education here
Differentiation What I believe to be one of the most beneficial uses of AI as an educator is its' ability to differentiate instruction and create more personalized learning for all. AI can create activities or worksheets based on student needs, as well as create different ideas for centers or small group work that incorporate different skill levels and abilities. AI is also a great tool to create adaptations of assignments with built-in supports or modifications for those students with IEPs.
Here is an example of an activity created with AI using the following prompt:"Create a center for a kindergarten class working on one-to-one correspondence with numbers up to 10. Include visual supports and tactile objects." The activity was called "Bug Catch and Count," where students use tweezers to place bug manipulatives into small jars to practice one-to-one correspondence and counting within 10. Below are pictures of the supports and ways to differentiate created by AI:




