Before using AI, ask: What is the learning goal? What will students still need to think, create, communicate, or demonstrate themselves? Does AI meaningfully strengthen that experience?
Learners already encounter AI through search engines, recommendation systems, translation tools, social media, gaming platforms, and generative AI applications. Schools can help learners understand where AI appears, how these systems influence what they see and do, and how to use them responsibly and thoughtfully.
AI literacy does not need to become a separate subject. It can be woven into existing curriculum areas when doing so helps students develop subject-area knowledge and the critical thinking, communication, creativity, problem-solving, and responsible technology skills they need in an AI-influenced world.
AI learning can become more sophisticated as students develop the knowledge, skills, and judgment needed to understand and evaluate AI.
Focus: Recognizing AI and developing safe, responsible technology habits.
Focus: Questioning, evaluating, and understanding the influence of AI.
Focus: Analyzing AI systems, impacts, limitations, and responsible use.
AI literacy can be developed across disciplines by giving students opportunities to use AI as a tool for questioning, exploring, analyzing, creating, and problem-solving while maintaining human judgment and responsibility.
Effective AI integration keeps learners at the center of the learning process:
Try: Have students first write their own summary of a text. Then ask AI to summarize the same text and compare the two versions. Students identify omissions, inaccuracies, or differences in emphasis and revise their own summary based on what they learn.
Try: Have students first develop their own explanation or prediction about a scientific phenomenon. Then use AI to generate an alternative explanation. Students investigate the evidence, identify strengths and limitations in both explanations, and develop their own evidence-based conclusion.
Try: Have students first examine primary and secondary sources and develop an initial interpretation of a historical or civic issue. Then ask AI to explain the issue or offer another perspective. Students compare the AI response with their sources, identify missing or inaccurate perspectives, and refine their own interpretation.
Try: Have students first solve a problem or make a prediction using their own reasoning. Then ask AI to provide an alternative solution or prediction. Students compare the approaches, identify errors or assumptions, and determine which reasoning is mathematically sound.
Try: Have students first develop their own concept, sketch, composition, or design. Then use AI to generate an alternative idea or variation. Students critique the AI-generated option, make intentional creative choices, and develop their own final work.
Try: Have students first identify a problem, design challenge, or professional task and propose their own approach. Then use AI to suggest alternatives or considerations. Students evaluate those suggestions against industry standards and their own professional judgment and refine their solution.
AI literacy does not need to be a separate task added on top of standards-based instruction. It can be integrated into existing learning when AI-related experiences help students develop knowledge and skills identified in Wisconsin's learning standards.
| Students are learning to... | They might... | Wisconsin connection |
|---|---|---|
| Evaluate information | Compare AI-generated information with credible sources and identify inaccuracies, omissions, or bias. | Information and Technology Literacy; Digital Citizenship |
| Communicate effectively | Analyze how AI changes communication and revise AI-supported work while maintaining their own voice and purpose. | Information and Technology Literacy; Effective Communication |
| Create and design | Use AI as one possible tool for brainstorming, prototyping, or revision while making and explaining their own creative decisions. | Information and Technology Literacy; Innovative Design |
| Solve problems | Generate, test, evaluate, and refine possible solutions while considering the limitations of AI-generated suggestions. | Information and Technology Literacy; Innovative Design |
| Use technology responsibly | Examine privacy, attribution, bias, academic integrity, and the consequences of using AI systems. | Information and Technology Literacy; Digital Citizenship |
| Collaborate and consider perspectives | Compare perspectives, examine how AI systems may influence people and communities, and collaborate on solutions. | Information and Technology Literacy; Global Collaboration |
AI literacy develops when students have opportunities to understand, evaluate, create with, and think critically about AI. These competencies can be developed through existing curriculum rather than taught as a separate subject.