QCB's education program spans semester DeCals, course archives, articles, tutorials, and an open resource library for students at every level.
Current · Fall 2026
CS 198-148 is a two-unit DeCal run by QCB. We cover quantum circuits and complexity, then get into the algorithms — Grover's, Shor's, Hamiltonian simulation, variational methods, and more. No background in quantum required.
Course
CS 198-148 · 2 units P/NP
Topics
Course Archive
QCB's DeCal offerings have evolved from introductory quantum computing foundations to hardware, full-stack perspectives, industry applications, and algorithms.
Fall 2022
Riley Peterlinz, Binhan Hua
A technical DeCal covering quantum mechanics review, linear algebra, states and gates, quantum algorithms, qubit implementations, industry applications, QML, QAOA, VQE, and a final project.
Spring 2022
Victor Li, Emiliia Dyrenkova, Samyak Surti, Andris Huang
A broad, interdisciplinary DeCal built to introduce the quantum computing industry, separate substance from buzz, and examine applications across business functions and technical domains.
Fall 2019
Debayan Bandyopadhyay, Glenn LeBlanc, Ethan Yeh
An introductory course in qubits, gates, measurement, quantum information foundations, circuit-model state evolution, core algorithmic subroutines, QFT, Shor's algorithm, Grover's algorithm, and physical realizations.
Fall 2018
Daniel Lengyel, Dhruv Devulapalli
An early QCB DeCal introducing qubits, quantum mechanics foundations, entanglement, Bell inequalities, teleportation, FFT/QFT, Shor's algorithm, Grover's algorithm, and special topics in quantum hardware and software.
Open Resources
Community-maintained quantum computing resources. Contribute one.
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Study Materials
Read our articles or work through hands-on notebooks from our public codeBase.