The Chattanooga and Hamilton County have been chosen as one of just 20 locations nationwide to host a 2026 cohort of the Quantum, Computing, Mathematics, and Physics Camp (QCaMP), a momentous decision that solidifies their reputation as a developing “Quantum City.” This project, funded by the National Science Foundation (NSF), gives Tennessee educators direct access to top-notch quantum knowledge from Sandia National Laboratories and Lawrence Berkeley National Lab.
Bridging the Gap Between Labs and Classrooms
The University of Tennessee at Chattanooga (UTC) will hold the one-week professional learning program on June 22–26, 2026. With an emphasis on classroom-ready linkages to mathematics, science, and sophisticated problem-solving, the curriculum aims to give local educators a fundamental grasp of quantum science.
The initiative includes extensive local facilitation through UTC and a network of regional partners, even though training will be provided electronically by Sandia researchers and instructors. The Chattanooga Quantum Collaborative (CQC), EPB, and CO.LAB are all involved in this cooperative endeavor.
The program provides instructors more than just information; upon completion of the course, participants will receive a $500 stipend. A further $500 is offered to individuals who decide to use quantum-related learning modules in their own schools, acknowledging the significance of long-term integration.
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Empowering the Modern Educator
The program comes at a time when K–12 teachers are under more pressure than ever. The intention is for QCaMP to function as a helpful tool rather than an extra burden, according to Danna Bailey of the Chattanooga Quantum Collaborative. “Our hope is that QCaMP will space to explore emerging ideas and build confidence,” Bailey remarked.
The long-term effects on the student body were highlighted by Hamilton County Department of Education Chief Academic Officer Dr. Blake Freeman. The district hopes to influence kids’ future chances as they enter a changing workforce by letting teachers collaborate on these innovative ideas. This view was mirrored by UTC Chancellor Lori Bruce, who emphasized the school’s dedication to creating pathways that equip students for the rapidly evolving technological workforce.
The Rise of “Quantum City”
Chattanooga’s inclusion in this esteemed cohort is not accidental; it is a reflection of the area’s rapid growth in quantum innovation and research. The community anticipates the arrival of a quantum computer this spring and already has the EPB Quantum Network, which is powered by Qubitekk.
The transition of Chattanooga from “Gig City” to “Quantum City” is supported by significant economic forecasts. According to a recent estimate, EPB’s local influence could reach $10 billion by 2035 due to quantum innovation. Additionally, the city is becoming the first real hub for quantum computing and networking in the US because to collaborations like the one between EPB and IonQ.
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A National Imperative: The Quantum Race
A larger national context emphasizes the QCaMP program’s urgency. Experts have cautioned that without immediate workforce development, the United States could lose the “Quantum Race.” The CEO of IonQ and other industry experts have recently informed Congress that the commercial era of quantum technology has officially begun.
Strategists at Bank of America have referred to quantum as “the most important technological race of our generation” in terms of finance. In an era of growing quantum dangers, the technology is predicted to transform data security, optimize power grids, and redefine financial performance in banking. Investment in quantum technology has reached a “magic moment,” according to McKinsey, which has compared it to the early stages of the AI boom.
Securing the Future Pipeline
By incorporating these ideas into K–12 education now, Chattanooga is setting up its young people to take the lead in fields ranging from fault-tolerant computing to quantum sensing. This project is in line with the National Quantum Initiative, a federal framework that directs significant investments in the field.
A broad spectrum of local educators are eligible to join the QCaMP cohort, including:
- Classroom teachers
- Instructional coaches
- School leaders
Although there is a limited amount of space, applications for the program are presently being accepted through April 10. Teachers who would like to participate in this nationwide initiative are urged to fill out an interest form on the Sandia nationwide Laboratories website.
The QCaMP program is an essential link in the chain as Chattanooga continues to grow its Quantum Resource Hub and commemorate events like World Quantum Day. Chattanooga is making sure that its “Quantum City” moniker is a sustainable economic reality rather than simply a catchphrase by investing in the educators of the next generation.
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