$1,000,000 IUSE, ExLENT

NSF AI grant $1M: helping in-service teachers bring generative AI into classrooms safely — the ExLAIM program (NC State)

North Carolina State University NC Started Jan 2026

The NSF awarded about $1M for an experiential program, "ExLAIM," that helps K-12 in-service teachers adopt generative AI safely and effectively. In-service teachers, undergraduate computing majors, and industry mentors co-design AI-integrated lessons using a retrieval-augmented-generation (RAG) chatbot, "MerryQuery," with safety and reliability checks built in.

Grant overview (primary data)

  • Award amount$1,000,000
  • RecipientNorth Carolina State University(NC)
  • ProgramIUSE, ExLENT
  • Period2026-01-01 〜 2028-12-31
  • FunderU.S. National Science Foundation (NSF) / NSF

Key points

  • A four-week experiential program (ExLAIM) helping K-12 in-service teachers adopt generative AI safely
  • In-service teachers + undergraduate CS majors + industry mentors co-design AI-integrated lessons
  • Uses a retrieval-augmented-generation (RAG) chatbot, "MerryQuery," to scaffold planning and assessment
  • Builds in safety, outlier detection, and reliability checks; shared nationally via CSTA
  • About $1M, led by NC State, 2026–2028

The NSF awarded about $1,000,000 to NC State's "Beginnings: Experiential Learning for In-Service Teachers: Augmenting Teaching and Learning with Generative AI" (NSF Award 2526340; program: IUSE / ExLENT; January 2026 – December 2028).

Per the abstract, the project addresses the critical gap in K-12 educator preparation for integrating rapidly evolving generative AI (GenAI) tools into practice. While GenAI promises to transform learning, most secondary teachers lack both the technical proficiency and pedagogical frameworks to use these technologies effectively and safely. The project develops a four-week "experiential learning in AI and MerryQuery (ExLAIM)" program bringing together in-service K-12 teachers, undergraduate computing majors, and industry mentors to co-design AI-integrated curricula, assessments, and implementation plans tailored to classroom contexts.

Building on project-based and active learning, participants follow a learn-apply-reflect cycle, using MerryQuery, a retrieval-augmented-generation chatbot, to scaffold lesson planning and assessment design. Groups iteratively prototype AI-enhanced instructional modules that integrate safety considerations, outlier detection, and reliability checks for classroom implementation. Structured mentorship with faculty, graduate students, and industry mentors reinforces skill acquisition. Resources are shared nationally as open access through the Computer Science Teachers Association (CSTA), expanding AI professional development to under-resourced and geographically dispersed districts.

Why it matters

An example of letting in-service teachers use generative AI "with safety and reliability built in." A useful read on U.S. research direction for those tracking GenAI in classrooms, safe AI implementation, and RAG.

FAQ

What is the challenge with generative AI in classrooms?
Most teachers lack both technical proficiency and the pedagogical frameworks to use it effectively and safely. The project emphasizes practice with safety and reliability checks built in.
What is a RAG chatbot?
Retrieval-Augmented Generation — an AI that retrieves trusted external information to inform its answers. Here it scaffolds lesson planning and assessment design.

Sources (primary)

Source: NSF Award Search (U.S. National Science Foundation, public domain). Amounts are the obligated amount. For privacy, we do not handle principal investigator names.

#AI#NSF#Research grant#Generative AI#Teacher training#RAG
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