The Situation
When Intel announced a $20 billion investment to build two semiconductor factories in New Albany, Ohio, it faced a stark reality: the U.S. semiconductor workforce needed to grow 33% — from 345,000 to 460,000 jobs — by 2030. Ohio lacked a ready talent pipeline, and roughly 70% of Intel's 3,000 new hires would need highly specific technical skills that didn't yet exist in regional curricula.
How We Helped
Rather than waiting on traditional higher education to catch up, Intel invested $50 million to design the industry's first stackable, transferable one-year semiconductor technician certificate program—with embedded math and science content to lower barriers to entry. The model scaled across all 23 of Ohio's community colleges. The program also prioritized equity, targeting 33% enrollment of underrepresented minorities and 40% representation of women in technical roles by 2030.
The Result
Rather than waiting on traditional higher education to catch up, Intel invested $50 million to design the industry's first stackable, transferable one-year semiconductor technician certificate program—with embedded math and science content to lower barriers to entry. The model scaled across all 23 of Ohio's community colleges. The program also prioritized equity, targeting 33% enrollment of underrepresented minorities and 40% representation of women in technical roles by 2030.