01
Import the curriculum
Start from A-level, AP, or IB textbook chapters, syllabi, and exam objectives.
Turn every textbook into a visual AI tutor that students can explore, question, and remember.
TopoLogic maps A-level, AP, and IB concepts into visual, interactive, and AI-powered learning paths.
How It Works
From textbook chapters to connected learning systems.
TopoLogic treats a textbook as structured knowledge, not static pages. The workflow turns dense curriculum content into a navigable graph and then renders each concept in the format that helps it make sense fastest.
AI-native pipeline
One source chapter becomes a whole learning surface.
02
Extract knowledge points
AI breaks each chapter into atomic concepts, prerequisites, examples, and common misconceptions.
03
Build the topology
Every concept is connected into a map so students can see what comes before, after, and beside it.
04
Generate learning formats
Each node becomes visual cards, interactive pages, audio, video, text, and AI Q&A.
Features
One concept, many ways to understand it.
The same knowledge point can be read, seen, heard, clicked through, watched, and questioned. The platform chooses the format based on what the concept needs.
Visual cardsHTML pagesAudioVideoText notesAI Q&A
AI-native format engine
Every node can become a learning object.
01
Knowledge graph first
Concepts are stored as connected nodes with prerequisites, related ideas, exam links, and difficulty.
02
Visual cards
Difficult ideas become memorable diagrams, molecular scenes, process cards, and concept snapshots.
03
Interactive HTML pages
Students can click, reveal, simulate, compare, and test ideas directly in the browser.
04
Audio and voice learning
Notebook-style explainers turn a concept into a short listenable lesson, with future custom voice playback.
05
Video learning layer
For visual topics, TopoLogic can attach generated clips or route students to the best external lessons.
06
AI Q&A on every concept
Students can ask follow-up questions inside the exact knowledge point they are studying.
Showcase
What a finished knowledge module can feel like.
The first version focuses on high-school international curricula where students already recognize the topics, symbols, and exam language.
Example module
Chemistry equilibrium becomes a map, simulation, explanation, and tutor.
Chemistry
Le Chatelier's Principle
Equilibrium shifts, pressure changes, temperature effects, and exam-style reasoning in one connected module.
Mathematics
Differentiation as rate of change
Graphs, tangent lines, derivative rules, and practice questions connected through prerequisite logic.
Biology
Cell membrane transport
Diffusion, osmosis, active transport, diagrams, and misconception checks as one visual learning path.
Physics
Forces and motion
Free-body diagrams, equations, simulations, and video explanations organized around Newtonian reasoning.
User Stories
Built for how international students actually study.
The product is designed around real study moments: getting unstuck, revising before exams, making abstract ideas visual, and moving from textbook reading to active understanding.
Scenario 01
"I can finally see how equilibrium, rates, and acids connect instead of memorizing them as separate chapters."
IB Chemistry student
Scenario 02
"The visual cards make review less intimidating, and the AI Q&A helps when a textbook explanation is too dense."
AP parent
Scenario 03
"It gives me a cleaner way to assign prerequisite review before students move into harder exam questions."
A-level teacher
Build the AI-native textbook
Turn a chapter into a living learning map.
TopoLogic starts with A-level, AP, and IB. The goal is simple: make traditional textbooks visual, interactive, conversational, and easier to remember.