Full Curriculum

Learn Quantum Computing

A structured 18-module journey from quantum mechanics foundations to advanced quantum algorithms. Each module includes theory, code, and a self-check quiz.

How this curriculum works

1. Understand the physics

Before writing code, you need to understand why quantum mechanics is different. We build physical intuition first.

2. Learn the toolkit

Qubits, gates, circuits, and measurement. The computational building blocks that turn physics into algorithms.

3. Build algorithms

Apply what you have learned to real algorithms. Grover, Shor, quantum simulation — with runnable code.

Phase 1

Quantum Mechanics

How nature works at the smallest scales

Build physical intuition before touching a single qubit. Wave-particle duality, superposition, entanglement, and measurement.

6 modules · Beginner → Intermediate

Phase 2

Quantum Computing

From physics to computation

Translate quantum mechanics into computational building blocks: qubits, gates, circuits, and the no-cloning theorem.

6 modules · Beginner → Advanced

Phase 3

Quantum Algorithms

Harnessing quantum speedup

Understand why quantum computers are powerful and how to program them. From Deutsch-Jozsa to Shor and beyond.

6 modules · Intermediate → Advanced

Ready to Build Quantum Algorithms?

After completing the curriculum, explore our deep-dive pages on 26 quantum algorithms with runnable code examples in Qiskit and PennyLane.

Browse All Algorithms