Martin Falbisoner / Wikimedia Commons
Why It Matters
Idaho’s growing semiconductor sector needs workers — and the state’s universities are racing to build the pipeline. Northwest Nazarene University’s new role in a federally backed microelectronics education program positions the Nampa campus as a direct contributor to closing a workforce gap that could otherwise limit the industry’s regional expansion.
Forecasts indicate the U.S. will fall short by somewhere between 127,000 and 157,000 semiconductor and microelectronics workers before the end of the decade, a deficit with real consequences for states like Idaho that have actively recruited chip-related employers.
What Happened
NNU has formally entered the Pacific Intermountain Regional Node of the National Network for Microelectronics Education, a joint initiative from the SEMI Foundation and the U.S. National Science Foundation. Funding for the program runs through NSF’s Directorate for Technology, Innovation and Partnerships, with additional support from the U.S. Department of Commerce.
Boise State University anchors the Pacific Intermountain Node, which covers a wide geographic area spanning Idaho, Oregon, Washington, Montana, Utah, Colorado, Nevada, Northern California, and Hawaii. NNU is now among more than 325 institutions and organizations enrolled in the broader national network.
The Nampa university will put its participation to immediate practical use. Plans call for a single-day semiconductor camp targeting Treasure Valley high school students, along with development of curriculum materials that will be made available to other member organizations across the region.
Physics and engineering professor Dan Lawrence described the partnership as a chance to deepen hands-on learning for NNU students “while introducing local high school students to one of the fastest-growing industries in Idaho and the nation.”
By the Numbers
- $80,000 — first-year federal funding awarded to NNU through the initiative
- 127,000–157,000 — projected U.S. semiconductor worker shortfall by 2030
- 325+ — total organizations enrolled in the national microelectronics education network
- 9 states plus Hawaii — geographic coverage of the Boise State-led Pacific Intermountain Node
- 2,000 — NNU students currently enrolled, representing 41 states and 27 countries
Zoom Out
Across the Mountain West and Pacific Northwest, semiconductor manufacturing has emerged as a priority economic sector, driven by federal incentives and reshoring efforts aimed at reducing American dependence on overseas chip suppliers. Idaho has attracted attention from industry players partly because of its existing Treasure Valley technology base.
Federal officials and industry groups have consistently flagged the talent shortage as the most significant obstacle to domestic semiconductor expansion. Programs targeting high schoolers are seen as especially valuable because they shape career choices before students select a college path, potentially keeping trained workers in the region where they were educated.
NNU’s footprint extends well beyond its 88-acre main campus in Nampa. The university, which has operated since 1913, also runs extension campuses in Idaho Falls and maintains a presence across 35 countries, giving it a broader distribution network for any curriculum materials it produces under this initiative.
What’s Next
In the near term, NNU will channel its first-year funding toward organizing the high school camp and building out educational content for regional distribution. Boise State, as node leader, will coordinate how those materials move across member institutions throughout the nine-state-plus-Hawaii service area.
Longer-term participation — and additional funding — will likely hinge on measurable outcomes from NNU’s initial efforts. The university brings considerable academic depth to the table: more than 80 undergraduate fields of study, 22 master’s programs, and five doctoral degrees, providing a broad platform from which to support technical workforce development well into the future.
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