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Feb 24, 2025
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A university course that engages students in developing AI teaching tools for K-12 learners successfully combines software development, educational research, and AI literacy while producing publishable research outcomes.

A university course that engages students in developing AI teaching tools for K-12 learners successfully combines software development, educational research, and AI literacy while producing publishable research outcomes.

Objective: To describe and evaluate a semester-long course where university students develop original software tools to teach K-12 students about artificial intelligence and machine learning concepts.

Methods:

  • Course offered over three semesters
  • Mix of undergraduate and graduate students
  • Seminar-style format with twice-weekly meetings
  • 15-week curriculum combining literature review, software development, and field testing
  • Data collection through pre/post surveys, interviews, and software usage logs
  • Implementation in middle school settings
  • IRB-approved research protocols

Key Findings:

  • 21 software tools produced over three semesters
  • Projects addressed all five AI4K12's Big Ideas
  • Tools covered diverse topics including:
    • Sign language recognition
    • Maze-solving algorithms
    • Chemistry lab safety
    • Chatbots
    • Self-driving car simulations
  • Multiple student projects led to published papers
  • Six tools published as web applications
  • High engagement from both university and K-12 students

Implications:

  • Demonstrates effectiveness of combining research and teaching
  • Shows potential for undergraduate research experiences in AI education
  • Creates practical tools for K-12 AI education
  • Provides model for similar courses at other institutions
  • Builds pipeline of education researchers in AI/ML

Limitations:

  • Students struggle with multiple simultaneous challenges
  • Time constraints for implementation
  • Difficulty in translating AI concepts for K-12 learners
  • Learning curve for educational research methods
  • Complexity of developing complete software systems

Future Directions:

  • Curating online collection of developed tools
  • Building curriculum around the tools for K-12 teachers
  • Encouraging adoption by other faculty
  • Expanding tool collection
  • Further research on tool effectiveness

Title and Authors: "A Research-Oriented Course in Developing Tools to Teach AI" by Fred G. Martin, Deepti Tagare, and Ismaila Temitayo Sanusi

Published On: To be presented February 26-March 1, 2025

Published By: Proceedings of the 56th ACM Technical Symposium on Computer Science Education V. 2 (SIGCSE TS 2025)

The study provides a comprehensive model for engaging university students in meaningful research while developing practical tools for K-12 AI education, demonstrating the potential for similar programs at other institutions.

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