KIMI

The proposed solution is a portable, offline AI device designed for teachers in remote, underserved areas without internet access or stable electricity. The device runs on a Raspberry Pi, using solar power, and is waterproof and durable. Its AI software provides adaptive educational content for multigrade classrooms, helping teachers manage diverse student needs.

Main Elements and Technologies:

• AI-driven software for adaptive learning.
• Solar-powered for sustainability and continuous use.
• Waterproof and compact design for resilience and portability.
• Eco-friendly materials to minimize environmental impact.

Implementation Plan:

• Development Phase: Build the AI model, design hardware, and test software and hardware integration.
• Pilot Testing: Deploy in a few remote locations, gather user feedback, and refine.
• Scaling: Expand distribution to more remote schools and add more localized educational content.

Measuring Success: Success will be measured by improvements in student engagement, teacher satisfaction, and learning outcomes, assessed through pre- and post-deployment surveys and performance evaluations.

Digital Education Enhancement: The device supports digital education by providing access to adaptive, quality educational resources where traditional digital tools are unavailable, reducing educational inequalities.