Quantum Basics
Qubits in Plain Code
This opening course anchors quantum states in familiar developer tooling. You will version circuits, pair them with unit tests, and trace measurement outcomes without leaving the patterns you already use for backend services. Labs stay inside the browser so you can iterate quickly while keeping a clean separation between classical orchestration and quantum kernels.
- Duration
- 4 weeks
- Format
- Hybrid cohort
- Skill level
- Beginner
- Language
- Python
- Tuition (informational)
- 89,000 KRW
No checkout on this site. Admissions confirms payment paths.
What is inside
- Browser-hosted circuit editor with export to your repository
- Side-by-side classical harness templates in Python
- Measurement tables translated into developer-readable logs
- Short exercises that map Dirac notation to code comments
- Office hours focused on debugging failed runs, not memorizing proofs
- Checklists for keeping experiments reproducible on shared machines
- Optional pairing blocks for cohort members on the same schedule
Outcomes you can describe to a teammate
- Explain a two-qubit experiment using code-linked annotations.
- Ship a small notebook that teammates can run without local installs.
- Identify where noise appears in measurement readouts and document it clearly.
Guide on duty
Hana Sato
Curriculum director with a background in distributed systems and teaching assistant programs across Seoul and remote cohorts.
Experience notes
“The Qiskit snippets finally clicked once I could diff them like any other service module.”
Straight answers
No. We expect comfort with functions, matrices at a high school level, and patience for new notation. We do not include graduate-level proofs.