From Classroom to Cleanroom: Building the Next Generation of the Semiconductor Workforce

The modern world runs on microchips. They power our smartphones, drive our cars, and fuel the artificial intelligence reshaping our future. Yet, as the demand for advanced semiconductor manufacturing skyrockets in the United States, the industry faces a critical challenge: building a highly skilled, diverse workforce to sustain it.

Back in 2021, the Krause Center for Innovation (KCI), alongside Foothill College and Ignited, set out to solve this problem locally. Armed with a $500,000 California Apprenticeship Initiative (CAI) grant, we launched an ambitious mission to create a seamless school-to-career pipeline—connecting middle and high school students directly to the thriving semiconductor sector.

Five years later, that vision has evolved into a robust ecosystem of education, hands-on experience, and direct career placement. Here is how we are bridging the gap between local classrooms and global tech giants.

Earning While Learning: The Foothill College Apprenticeship Program

At the heart of this initiative is a powerful, direct-to-career pathway. Foothill College launched a state-of-the-art apprenticeship program in Semiconductor Engineering. Through a strategic partnership with Work 2 Future, prospective students apply directly to industry leaders looking for fresh talent.

Once accepted, these individuals become paid apprentices—earning competitive wages and benefits from day one. While working on the cutting edge of technology, they take three specialized courses at Foothill College to earn their Semiconductor Processing Technician Certificate:

1. Math 40A – Quantitative Reasoning

2. ENGR 61A – Introduction to Semiconductor Process Technician

3. ENGR 101A – Advanced Manufacturing

By blending rigorous academic coursework with hands-on, on-the-job training, apprentices fast-track their careers without taking on student debt.

Pivot to Impact: Reimagining the Pre-Apprenticeship Pathway

Innovation is rarely a straight line. Initially, our goal was a rigid “pre-apprenticeship pathway” for middle and high schoolers. However, we quickly realized that to build a true pipeline, we first needed to build awareness. You can’t inspire a student to pursue a career they don’t know exists.

We pivoted the pre-apprenticeship program into a dynamic, highly targeted awareness initiative. This led to the creation of ENGR 76A: Semiconductor Technology and Society—a unique dual-enrollment course designed specifically for high school juniors and seniors. This course strips away the intimidation factor, giving students a foundational understanding of what semiconductors are and showing them a tangible reflection of themselves in this high-tech workforce.

Empowering Educators: The Multiplier Effect

We knew we couldn’t reach students without first inspiring their teachers. To scale our impact, KCI and Ignited focused heavily on professional development for local educators:

• The SPACE Program: We leveraged this framework to equip teachers with hands-on curriculum topics like circuitry, micro:bits, and computational thinking. Teachers left ready to inject these high-tech concepts straight into their middle and high school classrooms.

• Ignited’s “Semi Weeks”: In partnership with Ignited, we brought teachers directly into the facilities of major semiconductor companies. By seeing the industry up close, teachers gained invaluable insights to bring back to their students, bridging the gap between textbook theory and real-world application.

Powered by Industry Giants

This program’s success rests on the incredible support of our industry partners. Global giants like Applied Materials, Western Digital, Enablence, and Infinera have been instrumental in shaping the school-to-career pipeline, providing the real-world environments where our apprentices thrive.

Furthermore, we are continually aligning our curriculum with the cutting edge of the industry. For example, world-renowned companies like ASML are driving the future of photolithography—the essential process used to print microchip patterns. Recognizing this, our curriculum includes a dedicated, comprehensive lesson on photolithography, ensuring our students are learning the exact skills demanded by today’s market leaders.

The Future is Bright (and Silicon)

What started as a grant-funded idea in 2021 has blossomed into a proven blueprint for workforce development. By introducing young students to semiconductor technology, empowering teachers with modern tools, and providing adult students with paid, direct-hire apprenticeship opportunities, we aren’t just filling jobs—we are changing lives and securing the region’s technological future.

Do you know a student looking for a paid pathway into tech? An educator wanting to bring cutting-edge STEM to your classroom? Or an industry leader looking for your next wave of talent? Get involved with the KCI and Foothill College Semiconductor programs today!