Intel launches SEPP to build semiconductor career pathways from K-12 to postsecondary

Intel is rolling out a workforce development initiative aimed at expanding the semiconductor talent pipeline across the education system, from K-12 classrooms to postsecondary programs and into semiconductor careers. The company says its Semiconductor Education Pathways Program, or SEPP, is Intel-funded and designed to create more resilient pathways into engineering, manufacturing, research, technician roles and other emerging technology fields tied to semiconductor production.

The company’s release frames SEPP as an effort to strengthen education pathways in regions that support Intel’s U.S. manufacturing footprint. Intel says the program is built around investments in students, educators, institutions and community partners, with the goal of creating learning and career opportunities at multiple stages of a learner’s education journey.

SEPP is structured as a collaboration that brings together universities, community colleges, K-12 school systems and nonprofit organizations to build programs that Intel describes as meaningful learning experiences. Intel says these partnerships are intended to strengthen educational offerings and increase awareness of careers in the semiconductor industry, which it calls a broad and highly skilled workforce ecosystem.

A core emphasis in SEPP is experiential learning. Intel says participating students engage in a mix of activities designed to connect classroom instruction to real-world applications, including research experiences, design challenges, earn-and-learn opportunities, boot camps, and hands-on laboratory activities. The company says these experiences are meant to give students technical skills and exposure to the range of semiconductor career options, from research and design through manufacturing and advanced packaging.

Intel also says educators are a central part of SEPP. The company says it is investing in faculty and teacher development programs intended to strengthen educators’ understanding of semiconductor technologies and to help them bring more relevant content into classrooms. Intel adds that SEPP supports curriculum development and collaboration among educational institutions, aiming to align learning pathways with evolving industry needs.

Intel describes SEPP as one element of a broader higher education portfolio, which it says includes research collaborations and initiatives involving the U.S. National Science Foundation and the Semiconductor Research Corporation. The company says these efforts reach community colleges and universities in more than 32 U.S. states, and that SEPP complements its K-12 outreach portfolio that supports national nonprofits, school districts and local organizations.

Regionally, Intel says SEPP investments support programs in Arizona, New Mexico, Ohio and Oregon. The company’s release says the regional focus is intended to allow closer work with local educational institutions and community partners, so that workforce efforts can address workforce needs that vary by area while using models that could be scaled beyond a single site.

In addition to short-term learning experiences, Intel says SEPP includes support that spans the education continuum, including graduate scholarships and fellowships, higher education partnerships, student experiences and K-12 initiatives. Intel positions the program as an effort to build workforce readiness and expand access to semiconductor education through sustained talent pipelines over the years.

The release does not provide details such as funding levels, the number of students or institutions participating, or the specific curriculum tracks to be used in each state. It also does not disclose timelines for when programs begin, how success will be measured, or whether SEPP is tied to any specific semiconductor manufacturing or process expansion plans beyond the stated connection to regions supporting Intel’s U.S. operations. Those specifics could matter for evaluating the program’s scale and near-term workforce impact.

Looking ahead, Intel will likely face questions about how quickly education-to-career outcomes can be measured and whether experiential programming translates into sustained enrollment in semiconductor-focused pathways. For observers, the most immediate follow-up will be additional details on participating partners, student participation targets and the types of hands-on learning that each region will prioritize as the program rolls out.