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iLumaCap Coder: An Embodied, Dance-Based Platform for Teaching Core Coding Concepts in Grades 6–8

NCER
Program: Small Business Innovation Research
Award amount: $250,000
Project director: Darryl Thomas
Awardee:
Inspiration Dance Company, LLC
Year: 2025
Award period: 8 months (09/12/2025 - 05/11/2026)
Project type:
Phase I Development
Contract number: 91990025C0108

Purpose

By eighth grade, many students—especially girls and historically underrepresented learners—disengage from computer science. iLumaCap Coder addresses this gap by merging movement, culture, and coding in a low-lift classroom format. Students wear a comfortable LED cap with a motion sensor while learning loops, conditionals, and functions through short dance routines. Large-print, color-coded “Dance Code Cards” (with QR codes) let students assemble simple programs that the browser-based AI Buddy translates to the cap. Immediate motion-to-light feedback makes abstract ideas tangible, while teacher-friendly tools reduce setup and troubleshooting time. Phase I will develop a working beta prototype and conduct feasibility testing in Title I middle schools to assess usability, learning gains, reliability, accessibility, and readiness for broader adoption.

Project Activities

The team will build and integrate three components: (1) iLumaCap hardware (LEDs, motion sensor/IMU, microcontroller, rechargeable battery, over-the-air updates); (2) Dance Code Cards aligned to loops, conditionals, and functions; and (3) the browser-based AI Buddy with instant, classroom-relevant hints and a teacher view. Development milestones include measurable gates for performance (e.g., movement-to-light p95 <150 ms), usability (SUS ≥70), reliability (≤2 LED misfires/10 minutes), and setup time (≤5 minutes). Privacy and safety (COPPA/FERPA notices, pseudonymous student IDs, 90-day log retention, battery/charger checks) are built in. Two consecutive 6-week pilots in Title I middle schools will examine feasibility, usability, pre-/post-learning gains on a 10-item concept quiz, teacher adoption intent, equity outcomes (by gender/URM status), and accessibility use. Results will inform Phase II plans (expanded content, advanced AI support) and commercialization pathways (Oregon-first with school-friendly purchasing options).

People and institutions involved

IES program contact(s)

Akilah Nelson

NCSER

Shirley Huang

NCSER

Questions about this project?

To answer additional questions about this project or provide feedback, please contact the program officer.

 

Tags

ArtsEducation Technology

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Questions about this project?

To answer additional questions about this project or provide feedback, please contact the program officer.

 

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