Artificial intelligence is an active classroom reality, with students using it daily on personal devices. While some educators worry about cheating, the real danger lies in how the technology is designed, rather than the AI itself. When schools configure AI to challenge students instead of spoon-feeding them, they turn a potential shortcut into an effective learning tool.
What Happened
In a commentary published on Insight Jam, George Hanshaw, Director of Digital Learning Solutions at Los Angeles Pacific University, argues that banning AI is a losing battle. He says the focus must shift to classroom assistant design. Hanshaw distinguishes between "vending machine" AI, which instantly generates completed essays, and "Socratic" AI, which responds with clarifying questions. This Socratic approach requires "desirable difficulty," a term cognitive psychologists use to describe the productive struggle that helps students retain information. As platforms continue investing in Socratic tools, educators are finding that requiring students to defend their ideas builds deeper engagement.
The Bigger Picture
Passive AI use carries documented risks. A 2026 study of university students found that heavy reliance on generative AI often leads to "cognitive autonomy relinquishment," where students stop thinking for themselves. Conversely, a parallel study in Humanities and Social Sciences Communications research notes that cognitive offloading can increase self-regulated learning, if students have the confidence to manage the tool actively.
Structured AI tools show academic promise when integrated into lessons. A study on Edmentum Exact Path showed that high school students using the platform achieved higher math scores and better long-term retention than peers in traditional classrooms. Simple access is not enough, however. A Stanford study found that when schools provide login credentials without structured integration, weekly usage drops to just a few minutes.
Effective adoption requires active teacher involvement. According to EDUCAUSE Review, structured Pedagogical AI Assistants can double traditional learning gains when teachers actively monitor student progress. Similarly, a Blackboard study of primary students using AI Conversations showed that sustained questioning by an AI nudges young learners away from superficial answers and toward reflective reasoning.
What This Means for Families
For parents and teachers, the debate has shifted from whether to allow AI to how schools govern its structure. Blanket bans fail, as shown by the rise of the classroom wearables battle. Instead, families and educators must help students develop what researchers call AI evaluation capability. According to a study on AI evaluation capability, when students learn to critically analyze and verify AI outputs, they stop offloading basic cognitive tasks to the machine.
Even when AI generates incorrect information, it presents a learning opportunity. Rather than dismissing the tool, educators can use these errors to build critical thinking by asking students to cross-reference and debunk false AI claims.
What You Can Do
First, configure Socratic prompts. When using general AI tools at home, help your child write a system prompt like, "Act as a Socratic tutor. Do not give me the answer. Ask me questions to help me figure it out myself."
Second, verify information instead of copying it. Teach students to treat AI as an unverified source, checking every claim against primary resources before accepting it.
Finally, prioritize active use over passive consumption. Encourage students to use AI for brainstorming, live role-play, or Socratic debate, rather than simple summarizing or essay generation.