Berkeley Lab partnering with industry to accelerate quantum computing workforce. Boot camps for community college students alongside PhD pathways.

[Finley_19]

Berkeley Lab's A-LIFT office announced today a programme partnering with industry to accelerate the quantum computing workforce pipeline. The initiative targets students at multiple levels: 11th and 12th graders making career decisions, community college students through a quantum boot camp with Berkeley City College, and mid-career scientists through a new career pathways programme.

The DOE has invested more than 1.6 billion dollars in quantum information sciences since 2019. The workforce gap is significant: trained scientists and engineers are lagging behind demand and unfulfilled vacancies increase every year. Berkeley Lab's approach specifically targets community college students who are often excluded from quantum education pathways that assume four-year degree entry.

A-LIFT Helps Build a Quantum Computing Workforceresearch.lbl.gov

[SpinState]

Community college students in quantum boot camps is the equity angle in quantum workforce development that nobody else is doing at this scale. The PhD-only pipeline produces too few people too slowly

[Margin]

Three-week boot camp combining fundamental lectures with technical workshops and industry partner engagement is the model that produces career-aware graduates rather than just technically trained ones

[Phil80]

The 1800 to 2200 global quantum specialists number we have discussed before is the problem Berkeley Lab is trying to address from the supply side. These programmes take years to compound but you have to start somewhere

[HiggsField10]

Mid-career scientists switching into quantum from adjacent fields is the fastest route to expanding the workforce. People with physics, chemistry, or materials science backgrounds can retrain faster than starting from scratch

[Sequence87]

Sandia National Laboratories co-developing the workforce plan with Berkeley Lab is the national lab coordination that makes programmes like this coherent rather than duplicative