As quantum computing shifts from research labs into commercial data centers, a critical workforce shortage is looming, not for physicists, but for quantum technicians and engineers. Kristina Callaghan, Quantum Education & Workforce Development Program Manager at Quantum Machines, asks, “How do we best prepare the upcoming quantum workforce?
What jobs will be in demand and what skills will be required?” Callaghan’s research indicates a significant gap in skilled roles requiring hands-on expertise, prompting active curriculum development at institutions like Central New Mexico Community College’s Quantum Learning Lab and the University of Oregon to address this need.
Industry-Academia Partnerships Bridge Quantum Skills Gap
A projected shortfall of qualified quantum technicians and engineers, roles not requiring a doctoral degree, is driving collaboration between industry and academic institutions. This effort acknowledges that sustaining quantum computing’s expansion requires a workforce extending beyond physicists with advanced degrees. Students with no prior coding experience successfully ran calibrations using Quantum Machines’ QUAlibrate software on actual qubits at the IQCC, demonstrating that quantum control and calibration are accessible without a Ph, the company says.
D. This initiative directly addresses the need for skilled personnel capable of maintaining and operating complex quantum systems, a demand highlighted in recent reports estimating up to 191,000 quantum jobs in Illinois, Wisconsin, and Indiana within the next decade. The University of Oregon also partnered with Quantum Machines to embed industry-standard hardware and software into a master’s-level quantum engineering course.
Students gained experience operating the OPX+ control hardware, utilizing code employed by the company’s Customer Success Physicists. This collaboration ensures students enter the workforce confident in their ability to run, calibrate, and troubleshoot real quantum systems. Callaghan asks, framing the urgency driving these partnerships, “What can we do for the students of today so that they’ll be ready for the careers of tomorrow?” These programs prioritize building sustainable, reusable training models, and Quantum Machines is actively seeking additional partners to broaden this impact, aiming to cultivate a robust quantum workforce for the future.
OPX+ and QUAlibrate Enable Hands-on Quantum Hardware Training
Quantum Machines has collaborated with multiple institutions to integrate its OPX+ control hardware and QUAlibrate software into curricula, providing students with practical experience operating industry-standard tools. This project demonstrated that quantum control and calibration can be made accessible without requiring a Ph. D., expanding the potential talent pool for the field. The program’s success highlights a shift toward prioritizing practical skills alongside theoretical knowledge.
Further expanding access, a pilot program at the University of Chicago’s Pritzker School of Molecular Engineering, in partnership with the Chicago Quantum Exchange, brought City Colleges of Chicago students into a dedicated Quantum Education Laboratory. Students attended sessions covering both theory and hands-on practice utilizing the OPX+ control hardware, directly aligning with workforce planning for the Illinois Quantum and Microelectronics Park where Quantum Machines operates a quantum computing hub.
See today’s quantum computing news on Quantum Zeitgeist for the latest breakthroughs in qubits, hardware, algorithms, and industry deals.
