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Multi-vendor program gives 1,200+ students access to 25+ quantum devices, paired with the first IRB-approved study of quantum computing pedagogy.
CHICAGO, June 29, 2026 — qBraid today announced the launch of QUEST (Quantum University Education and Support Track), a coordinated workforce-development program designed to put real quantum computing hardware into the hands of students at 40 universities across the United States. The program pools quantum processing unit (QPU) credits from multiple hardware partners and distributes them through the qBraid platform, giving more than 1,200 undergraduate and graduate students hands-on access to 25+ quantum devices over the 2026 to 2027 academic year.
QUEST addresses a structural gap in quantum education. Most undergraduate and graduate quantum computing courses stop at simulation, because QPU access is expensive and hardware partnerships are fragmented across vendors. Individual universities rarely have the budget or coordination capacity to provide students with real hardware experience across multiple modalities. QUEST removes that barrier by pooling resources across the ecosystem and routing them through a single platform.
The program offers participating professors up to $5,000 in qBraid computational credits per course, drawn from a $200,000 program fund contributed by qBraid and its hardware partners. Selected courses gain access to qBraid's full platform, which connects to more than 25 quantum devices through a single notebook environment. Onboarding, instructor support, and student access are administered centrally by qBraid.
"Quantum computing is moving from research labs into classrooms, and the next generation of quantum scientists and engineers needs more than textbooks and simulators," said Dr. Kanav Setia, CEO of qBraid. "QUEST is our commitment to making sure that hardware access is not the barrier between curiosity and capability. No single hardware vendor can deliver this alone, and that is precisely why qBraid is in a position to coordinate it."
QUEST is supported by hardware partners Rigetti Computing, IonQ Inc, Alpine Quantum Technologies (AQT), and Oxford Quantum Circuits (OQC), with North Carolina Agricultural and Technical State University (NC A&T) serving as the anchor academic partner. The program wouldn’t have been possible without the support and backing of Dr. Raymond Samuel, Professor at NC A&T. The program is open to professors at any accredited institution, with a particular emphasis on broadening participation across demographics.
QUEST builds on a pilot phase in which qBraid refined the platform, materials, and onboarding flow before opening the program at scale. "I've been teaching Intro to Quantum Computing for 8 years now. One of the most exciting updates and changes I made to the class in the last couple of years was to incorporate quantum programming assignments, which students find helpful and also fun. The qBraid platform and materials made it ridiculously easy for me to roll out quantum programming assignments," said Dr. Henry Yuen, Associate Professor of Computer Science at Columbia University.
Alongside the educational program, QUEST runs the first IRB-approved multi-university empirical study on quantum computing pedagogy. Participating professors receive co-authorship opportunities on the resulting peer-reviewed publication. The study, designed with anonymous student surveys and aggregate platform analytics, examines how cloud-based hardware access affects learning outcomes compared to simulator-only approaches, which teaching methods are most effective across student populations, and how different institutional contexts shape adoption and student success.
"What makes QUEST different is that we are not just distributing credits and hoping for the best," said Dr. Tarini Hardikar, Head of Scientific Applications and Product at qBraid and the program's lead. "Every course in the program contributes to a research-grade dataset on what actually works in quantum education. Five years from now, the field will know more about how to teach quantum because of what QUEST measured this year."
Applications for the 2026 to 2027 cohort are open through August 2026 at quest.qbraid.com. Participation is free for professors and their students.
qBraid is a quantum computing platform company providing cloud-based access to QPUs, HPC, and a full scientific software stack. With active partnerships across superconducting, trapped-ion, and neutral-atom hardware vendors, qBraid is uniquely positioned to coordinate multi-vendor educational programs at scale. Headquartered in Chicago.
contact@qbraid.com
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