CQE Releases Unified Regional Strategy to Scale Midwest Quantum Workforce

Why It Matters

By aligning education, apprenticeship and regional data systems, the strategy positions the Midwest as a domestic hub for quantum manufacturing and services, addressing the looming talent shortage and strengthening U.S. competitiveness in a strategic technology sector.

Key Takeaways

• Projected 191,000 Midwest quantum jobs by 2035
• Over 70% of roles need no graduate degree
• Shared-access labs give community colleges hands‑on quantum hardware
• Apprenticeship models target quantum technicians and manufacturing specialists
• Coordination creates FAIR talent pool across Illinois, Wisconsin, Indiana

Pulse Analysis

The Midwest is emerging as a "Quantum Prairie" thanks to a dense network of federally funded research centers and a steady pipeline of 16,000 quantum‑relevant graduates each year. The Chicago Quantum Exchange’s new report quantifies the opportunity, projecting up to 191,000 quantum jobs by 2035. This scale dwarfs current employment levels and signals a shift from niche academic research to a broader industrial ecosystem that includes manufacturing, hardware maintenance, and system integration. By highlighting that the majority of future positions will be accessible without advanced degrees, the strategy reframes workforce development as a regional economic priority rather than a specialized academic concern.

Education and training form the backbone of the plan. Expanding quantum concepts in K‑12 classrooms and establishing a Quantum Teaching Center of Excellence will equip teachers with the tools to inspire the next generation. More importantly, the shared‑access framework for high‑cost equipment—such as dilution refrigerators and cryostats—lowers barriers for community colleges and liberal‑arts institutions, enabling hands‑on learning that traditionally resides in elite research universities. The report’s push for formal transfer pathways and apprenticeship models directly links curricula to employer needs, creating clear career ladders for quantum technicians, manufacturing specialists, and other non‑PhD roles that are essential for building and maintaining quantum infrastructure.

Coordination across state lines and sectors is the final piece. By integrating data systems and fostering partnerships among universities, national labs like Argonne and Fermilab, and private firms, the Midwest can develop a FAIR (Findable, Accessible, Interoperable, Reusable) talent pool. This regional approach not only accelerates the discovery‑to‑deployment cycle but also bolsters the United States’ position in the global quantum supply chain, reducing reliance on foreign expertise. As the strategy moves from isolated programs to a cohesive ecosystem, it promises to generate high‑pay, sustainable jobs while driving innovation in quantum computing, sensing and communications.