EncyclopedAI aims to democratize access to quality education across Africa by leveraging artificial intelligence (AI). Recognizing that many students face challenges in attending school regularly due to disabilities, geographic distance, or lack of resources, the platform will offer an AI-powered learning experience tailored to diverse African curricula and available entirely offline. The goal is to ensure every student, regardless of circumstance, has access to learning materials, interactive quizzes, and support — even without Wi-Fi.
Learning without the need for continuous internet connection, tailored to local standards.
Content from at least 10 African countries tailored for students at different academic levels.
Receive fresh content at the end of each term with offline syncing capabilities.
The EncyclopedAI platform serves students in various African countries by providing curriculum-specific content that aligns with local educational standards.
Equip students with tools to understand physical phenomena and apply scientific principles.
Logical thinking and problem-solving using mathematical operations across various fields.
Understand cellular biology, genetics, and ecosystems through practical experiments.
Understand basic chemistry concepts, including the periodic table and chemical reactions.
The EncyclopedAI app provides flexible download options for students, whether they have continuous access to the internet or not.
Running complex AI models offline requires optimization. EncyclopedAI will use smaller, open-source models that are optimized to run on lower-resource devices.
EncyclopedAI will deploy smaller models like GPT-J and GPT-NeoX, which can be fine-tuned for educational purposes and run offline with sufficient hardware.
pip install transformers torch
from transformers import pipeline
# Load a local model pipeline
nlp = pipeline('text-generation', model='EleutherAI/gpt-neo-125M')
# Example usage:
print(nlp("The laws of physics state that", max_length=50))
We will fine-tune models for specific educational needs, including curriculum-based learning, Socratic questioning, and localized context.
EncyclopedAI will be fully accessible, offering features like text-to-speech, offline functionality, and customizable interfaces to fit students’ preferences.