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QUEST

Quantum University Education & Support Track

Real quantum hardware. Real students. Real learning outcomes.

QUEST brings cloud-based access to 25+ quantum devices into classrooms at 40 universities, paired with the first IRB-approved study of quantum computing pedagogy. Free for professors and their students.

40+
Universities
1,200+
Students
$200K+
In Computational Credits

Why QUEST

Quantum education has a hardware problem. Most undergraduate and graduate courses stop at simulation. Students learn the math, write circuits, but never run them on real QPUs. The reason is straightforward: QPU time is expensive, hardware partnerships are fragmented across vendors, and individual universities rarely have the budget or coordination capacity to provide hands-on hardware experience across multiple modalities.

QUEST removes that barrier. By pooling QPU credits from leading hardware providers and routing them through the qBraid platform, the program makes real hardware access available to professors and students who otherwise could not get it.

What Professors Get

Everything you need to teach world-class quantum computing courses

Free Computational Access

Up to $5,000 in qBraid computational credits for your course. Access to 25+ quantum computers and simulators, including hardware from Rigetti, AQT, and more.

Educator Community

Join a network of quantum educators across 40 universities. Office hours, shared curriculum resources, and collaborative development.

Research Impact

Contribute to the first multi-university empirical study on quantum computing education. Co-authorship opportunity on peer-reviewed publication.

Research Questions

Building the evidence base for quantum computing education

Educational Access Models

How does cloud-based quantum computing access impact student learning outcomes compared to simulator-only approaches?

Pedagogy Effectiveness

What teaching methods and curriculum structures are most effective for quantum computing education across different student populations?

Institutional Context

How do different university environments (R1, PUI, HBCU) affect quantum education adoption and student outcomes?

Program Timeline

Q3 2026

Applications open through August 2026. Professor selection and platform onboarding.

Q3 2026 to Q2 2027

Course delivery across Fall 2026 and Spring 2027 semesters. Data collection and community support throughout the academic year.

Q2 to Q3 2027

Data analysis, manuscript preparation, and publication.

Academic Partner

Anchor Academic Partner
NC A&T

What's Expected of You

Participation is designed to be as lightweight as possible

Apply in 5 Minutes

Fill out a simple Google form telling us about your course and institution. No lengthy proposals, no bureaucracy — just the basics.

Teach Your Course

Use qBraid in your existing quantum computing course. We handle the platform, setup, and student access — you focus on teaching.

Share Basic Feedback

Participate in a short end-of-semester survey on your experience. Your input shapes the research and the future of quantum education.

Apply for QUEST

Applications are now open for Fall 2026 courses. Limited to 40 universities. Applications close August 2026.

Submit Application

Questions? Email us at contact@qbraid.com

Not a professor? Refer one.

Students drive this program. Nominate a professor who should bring real quantum hardware into the classroom — we'll draft the email, you just hit send.

Opens a pre-written message in your email app. You can edit it before sending.