01
AI Foundations
AI definitions, types, narrow vs general AI, ML overview, neural intuition, data, features, lifecycle, and ethics.
Chapters
10 chapters
Level
Beginner
Format
Visual
AlgoHeap Roadmap
Master AI from fundamentals to machine learning, deep learning, and production AI systems.
4 Learning Tracks
48 Chapters
300+ Interview Questions
6 Real Projects
Learning Tracks
Move from fundamentals to classical machine learning, deep learning architectures, and production LLM systems with visual chapters and applied projects.
01
AI definitions, types, narrow vs general AI, ML overview, neural intuition, data, features, lifecycle, and ethics.
Chapters
10 chapters
Level
Beginner
Format
Visual
02
Supervised, unsupervised, reinforcement learning, classical algorithms, evaluation, and bias-variance thinking.
Chapters
12 chapters
Level
Intermediate
Format
Visual
03
Neural networks, optimization, CNNs, RNNs, transformers, embeddings, training systems, and deployment.
Chapters
12 chapters
Level
Advanced
Format
Visual
04
Prompting, RAG, agents, fine-tuning, evaluation, safety, LLMOps, and production AI systems.
Chapters
12 chapters
Level
Advanced
Format
Visual
Projects
Build a text classification workflow from labeled reviews to evaluation and production monitoring.
Architecture
A review ingestion API cleans text, extracts features, trains a classifier, and monitors sentiment drift after deployment.
Dataset
Use labeled customer reviews with balanced positive, neutral, and negative classes.
Deployment Notes
Production Considerations
Design a personalized ranking project using user-item interactions, features, metrics, and feedback.
Architecture
User-item events feed feature pipelines, candidate generation, ranking, and feedback loops.
Dataset
Use interaction data such as views, clicks, purchases, ratings, and item metadata.
Deployment Notes
Production Considerations
Client uploads an image, an API stores it, a preprocessing worker normalizes it, a CNN or vision transformer predicts the class, and monitoring records confidence and drift.
Architecture
Client uploads an image, an API stores it, a preprocessing worker normalizes it, a CNN or vision transformer predicts the class, and monitoring records confidence and drift.
Dataset
Use a labeled image dataset with train, validation, and test splits, plus augmentation for lighting, crop, rotation, and class imbalance.
Deployment Notes
Production Considerations
A chat UI sends messages to an API, the API manages conversation state and safety checks, calls an LLM provider, streams tokens, and logs feedback.
Architecture
A chat UI sends messages to an API, the API manages conversation state and safety checks, calls an LLM provider, streams tokens, and logs feedback.
Dataset
Use prompt-response examples for evaluation, safety test cases, domain instructions, and conversation transcripts only when privacy permits.
Deployment Notes
Production Considerations
Documents are chunked and embedded into a vector database; user queries retrieve relevant chunks that are passed to an LLM with citations.
Architecture
Documents are chunked and embedded into a vector database; user queries retrieve relevant chunks that are passed to an LLM with citations.
Dataset
Use product docs, runbooks, FAQs, or internal knowledge articles with metadata for permissions, freshness, source, and ownership.
Deployment Notes
Production Considerations
A user gives a goal to an agent runtime that plans steps, calls tools through controlled schemas, observes results, and returns a final answer with an audit trail.
Architecture
A user gives a goal to an agent runtime that plans steps, calls tools through controlled schemas, observes results, and returns a final answer with an audit trail.
Dataset
Use task traces, tool-call examples, evaluation scenarios, permission policies, and failure cases for regression testing.
Deployment Notes
Production Considerations