AI-Assisted Learning for Engineering

Turn Complex Technical Docs into Guided Learning Experiences

Beyond summaries. Real understanding. Transform complex technical documents into structured units, practice questions, and interactive visuals.

SUPPORTS: PDF • MARKDOWN • LATEX • NOTION

eknow.ai Dashboard Interface

Chatbots help you look things up. Structured learning helps you truly understand

Deep technical understanding requires structure — not just search. Real learning goes beyond chatting with documents.

Reading specs isn’t understanding systems

Scanning keywords in a 400-page datasheet doesn't build mental models. You need a structured learning path to truly understand complex systems.

No way to verify what you actually understand

How do you know you understood the material? Standard summarizers don't test your knowledge with active recall quizzes or labs.

Knowledge scattered across hundreds of pages

Copy-pasting snippets into ChatGPT loses the global context of the document. A structured learning approach ensures you learn concepts in the correct dependency order.

Designed for Complexity

See how eKnow AI handles real-world engineering domains.

Explore public examples
DevOps
12 units

Kubernetes Networking

Deep dive into CNI, Service Mesh, and Ingress controllers based on official docs.

Slides
Diagrams
Mechanical Eng
8 units

Thermodynamics: Second Law

Entropy, Exergy, and Gas Power Cycles for mechanical engineering applications.

Formulas
Visuals
Frontend
5 units

React Concurrent Mode

Exploring Suspense, Transitions, and the new rendering lifecycle.

Video
Slides

From PDF to Structured Engineering Learning

We use AI to transform documents into structured learning content, assessments, and adaptive learning paths.

Deterministic Learning Graph

We map dependencies between concepts to build a logical curriculum. The AI understands that you must learn 'Section 2.1' before 'Section 4.2', and structures the modules accordingly.

Module_1
unit_1.2
Quiz_1
Module_2

Citations & Verification

Every unit content is anchored to a specific paragraph in your source PDF for complete trust.

AI-Assisted Assessments

Automated quizzes ensure concept mastery before moving on.

Quiz: Write-Through Hazards
High latency on read
Bus contention on write

Adaptive Curriculum

The AI tailors the learning content based on your job role.

Microservices_Patterns
Relevant
CSS_Flexbox_Guide
Ignored
Event_Sourcing_Systems
Relevant
User Role
Software_Architect
Curriculum Focus
System_Design

How Structured Learning Is Built from Docs

From unstructured data to a verifiable educational experience in four automated steps.

1. Ingest

Upload PDFs, Markdown, or connect to your internal wiki. We support complex formatting, diagrams, and code blocks.

2. Graph

Our engine parses the document into a semantic knowledge graph, mapping dependencies between concepts.

3. Create Learning Path

The graph is transformed into a structured curriculum with modules, interactive diagrams, and review questions.

4. Verify

Close the loop with active recall quizzes designed with AI assistance. Identify gaps in your understanding immediately.

Visualize the Invisible

Complex systems can't be understood linearly. We use AI to visualize structure, flow, and dependencies from your flat text.

Semantic Mind Maps

Kubernetes Networking
Pod-to-Pod
Service Discovery
Ingress Controllers
Generated from kubernetes.io/docs

Instantly see how concepts connect. Drill down from high-level architecture to implementation details without losing context.

Process Flowcharts

Start: API Request
Auth Middleware
Invalid Token
Execute Controller
Generated from src/middleware/auth.ts

Turn procedural documentation into step-by-step logic flows. Perfect for debugging protocols, state machines, and API lifecycles.

Frequently Asked Questions

Structured Engineering Learning from Real-World Documentation

Go beyond search and summaries. Transform complex engineering documents into guided learning paths, quizzes, and visual explanations.