๐ง Hermes Classroom Engine โ A Structured AI Math Tutor Built on Agentic Learning Ideas
I built a lightweight AI-powered learning system inspired by the Hermes agent concept, focused on one goal:
Helping young students understand fractions through step-by-step visual learning instead of memorization.
๐ฏ What I Built
The system is a Flask-based educational engine with two main parts:
๐ 1. Learning Engine (Solver Mode)
It takes a fraction like:
3/4
5/16
2/3
and breaks it into:
step-by-step long division
digit-by-digit construction of the decimal
final percentage conversion
Example output:
Decimal: 0.75
Percentage: 75%
Step-by-step digit harvesting process
โ 2. Quiz Mode (Assessment Engine)
Students can:
input answers in percentage form
get instant feedback (correct / incorrect)
track score and streak
build learning progress over time
๐ 3. Student Dashboard
The system also tracks:
student score
attempt history
performance over time
leaderboard ranking
๐ง Core Idea (The โLearning Loopโ)
Instead of just answering questions, the system creates a loop:
Student inputs problem
System explains step-by-step solution
Student is tested via quiz
Performance is stored
Progress builds over time
This mimics a simplified agentic learning cycle:
act โ explain โ test โ improve
โ๏ธ Tech Stack
Python (Flask backend)
HTML/CSS/JavaScript frontend
JSON-based lightweight database
REST API communication
๐ฎ What Makes It Different
Most AI tutors:
give direct answers
This system:
breaks reasoning into visible steps
builds the answer digit by digit
forces understanding through structure
tracks learning over time
๐งฉ Design Philosophy
The goal was not to build a chatbot.
It was to build:
a structured thinking engine for early learners
focused on:
clarity
repetition
visual learning
low cognitive overload
๐ Future Direction
If expanded, this system could evolve into:
full classroom analytics system
adaptive difficulty engine
AI-generated personalized exercises
multi-student classroom simulation
๐ง Final Note
This project started as a simple fraction solver but evolved into a structured learning system inspired by agent-like workflows:
not just answering โ but teaching through steps, feedback, and repetition.
๐ End here is the live link https://github.com/AhmedAnterElsayed/hermes-classroom


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