Start with IBM Quantum Learning's official courses, made by the people who build the machines. Then keep coding in QuBins' ready-made environments, get exam-ready with CertiQ, run real Qiskit code in your browser with doQumentation — and build circuits, or your own quantum games and lessons, with QAMPoser.
IBM's official courses and tutorials — not our work, but our warmest recommendation.
IBM Quantum Learning is IBM’s own platform, not part of our family — but it’s the resource we point everyone to first: complete courses from the basics up, hands-on tutorials, and free time on real quantum computers (with a free account).
Signed, daily-rebuilt environments with Qiskit preinstalled — the zero-setup way to keep coding.
Finished a tutorial and want to keep coding? QuBins provides maintained environments with Qiskit preinstalled, as Binder and Docker images rebuilt daily so they never go stale. Paste any notebook URL into the launch-link generator and get a one-click, zero-install environment for it — no pip, no conda, no setup.
Free, machine-verified prep for the IBM Qiskit v2.x developer certification (C1000-179).
Getting ready for the IBM Qiskit developer exam? CertiQ walks you from the official syllabus through curated IBM resources, drills and a full mock exam, and shows what to review in each section. The answers are proven, not guessed: every code question is run at build time. An independent community project, not affiliated with IBM.
Open-source home for IBM Quantum's tutorials, guides and courses — 380+ pages, run the code from your browser, no account needed.
The learning backbone of the family: IBM Quantum’s open-source tutorials, guides and courses, from first qubit to advanced algorithms, with a Run button on every code cell. The code runs on a free Jupyter kernel (Binder) or your own server — no installation, no account.
A quantum circuit composer for the browser — and an open-source library to build your own quantum games and lessons.
Build a circuit by hand and see what it does: QAMPoser is a web composer where the probabilities, the Q-sphere and the histogram follow every gate you place. It is also a library: drop the composer into your own app and use the circuit as the controller for a game or the centerpiece of a tutorial — exactly how Quantum Runner and Entangible are built. Created with the QAMP-62 team.
Tell me what you’d like to do — play, build, learn, teach or run an event — and what you have at hand. For example “I have a 3D printer and a free weekend” or “a quantum lesson for 15-year-olds”.
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