The University of Central Missouri and classroom technology company SchoolAI have launched an initiative to change how future teachers learn to use artificial intelligence. The SchoolAI Educator Enablement Internship sends college education majors into local classrooms to train working teachers on AI tools. Under this program, the future educators must follow up and measure whether their training actually changes classroom behavior.
What Happened
The semester-long program pairs UCM College of Education students with industry mentors to design and deliver AI training workshops for practicing teachers. According to SchoolAI's official announcement, the interns do not stop at standard workshop surveys. Two weeks after the initial training, they return to the schools to document what strategies teachers actually implemented and identify what barriers stopped others from using the tools.
This program targets a gap in teacher preparation. While AI tools are entering schools rapidly, most teachers feel unprepared to guide students through them. An IBM study conducted by Morning Consult found that only 20% of K-12 educators have received extensive training on AI, and 42% of teachers cited a lack of professional development as their primary barrier to supporting student AI literacy.
The Bigger Picture
The rush to adopt classroom AI is outpacing formal preparation. According to a policy brief from the Becker Friedman Institute, the share of teachers using generative AI rose from 6% in 2022 to 90% by 2025. Yet, only 64% of school districts offer formal AI professional development. This gap is especially wide in smaller or underfunded rural school systems.
To address this, education researchers argue that one-off workshops are not enough. A systematic review published in ScienceDirect concluded that sustained, practice-oriented training works far better than simple awareness-raising sessions. True teacher readiness involves more than knowing how to type a prompt. A study in the International Journal of Learning, Teaching and Educational Research explains that teachers must learn to critique AI outputs and identify when these systems help or hinder learning.
SchoolAI itself operates under a "Promising Evidence" Tier III validation. As LXD Research explains, a Tier III rating under the Every Student Succeeds Act means a correlational study with statistical controls shows positive student outcomes, though it does not prove direct causation. Earning this standard requires a study with at least 50 students and a clear, research-backed logic model, according to LXD Research certification standards.
What This Means for Families
For parents, the main concern is whether AI tools in the classroom are actually helping children learn or just providing an easy shortcut. While SchoolAI claims its platform guides thinking without doing the work, cognitive shortcuts remain a major challenge. A pilot study published on arXiv evaluated a semester-long program using AI as a "thinking partner." It found that while students improved their subject-matter knowledge, their standardized critical thinking percentiles did not change. Instead, students routinely defaulted to treating the AI as an "answer generator."
Research published in Educational Technology Research and Development suggests that structuring AI to use Socratic dialogue, which asks questions rather than feeding answers, can improve how students perceive their critical thinking. However, actual cognitive outcomes still vary. A meta-analysis in Artificial Intelligence Review found that generative AI's impact on cognitive learning outcomes in STEM is highly volatile, resulting in either highly positive or highly negative outcomes depending on student engagement.
As we previously reported in our guide on how schools can safely navigate AI risks, simply banning these tools does not work. Instead, programs like the UCM partnership ensure that teachers are equipped to manage these digital tools. This mirrors other efforts to help educators, such as XtraMath's grant-funded work to help teachers identify struggling students through advanced data, pointing to a broader shift toward data-driven instruction.
What You Can Do
Parents can take several steps to check how AI is being used in their local schools. First, ask district officials if they provide teachers with sustained, hands-on training rather than just optional, one-time seminars. At home, watch for signs of passive use when children interact with AI. Make sure they are holding a back-and-forth dialogue with the tool rather than copy-pasting questions to get quick answers. Finally, ask school administrators to confirm that any AI platform used in the classroom complies with federal privacy laws like FERPA and COPPA.