The quantum computing sector faces a significant labor bottleneck. Data from the Quantum Economic Development Consortium shows only 16,500 quantum professionals globally. As industry projections suggest a need for 840,000 workers by 2035, the current reliance on PhD-level talent proves insufficient. Diraq argues that the industry must transition toward a workforce model similar to the semiconductor sector to survive this growth period.
Historically, quantum companies operated as laboratory research projects, which prioritized doctoral candidates. However, as the field shifts toward product manufacturing and commercial hardware, the demand for specialized engineers and technical support staff outpaces the capacity of doctoral programs. Diraq points out that roles such as device fabrication, hardware maintenance, and testing do not require a multi-year research degree to perform effectively.
To bridge this gap, the company advocates for undergraduate quantum engineering programs. Diraq founder Andrew Dzurak helped architect such a curriculum at UNSW Sydney, which now produces graduates ready for immediate industrial application. These roles serve as the engine for hardware development, leaving PhD researchers to focus on high-level error correction and complex qubit architecture design.
Cryogenics serves as a prime example of this professional evolution. While dilution refrigerator operation is currently dominated by physicists, it will soon become a standardized trade. The industry requires specialized technicians for installation and system upkeep. Without formalized vocational training pathways, the lack of operational staff threatens to stall the scaling of commercial systems.
Ultimately, Diraq positions the broadening of the workforce as a core indicator of commercial maturity. A business that requires a PhD at every desk remains a research project. Transitioning to a model that integrates engineering graduates and specialized technicians signals the shift from experimental science to a stable, industrial sector.