Intel Launches SEPP to Train the Next Generation of AI Chip Talent in the U.S.
As the global race for AI and semiconductor dominance accelerates, Intel is making a major investment in the future workforce. The company has officially launched the Semiconductor Education Pathways Program (SEPP), a nationwide initiative designed to prepare students for careers in semiconductor manufacturing and microelectronics.
The new Intel-funded program aims to create a stronger talent pipeline by supporting students from K-12 education through college and graduate studies, ensuring the U.S. has the skilled workforce needed for the next era of chip manufacturing.
Why Intel Created SEPP
Semiconductors power almost everything today—from smartphones and AI systems to electric vehicles and data centers. As demand for advanced chips continues to surge, the industry faces a growing need for engineers, technicians, researchers, and manufacturing specialists.
Intel says SEPP is designed to bridge that gap by connecting schools, colleges, universities, educators, and nonprofit organizations with real-world semiconductor education and career opportunities.
Instead of waiting until college, Intel wants students to begin exploring semiconductor careers much earlier through hands-on learning and STEM education.
What SEPP Will Support
Intel’s new workforce initiative focuses on five major areas:
- STEM education and Career Technical Education (CTE) for K-12 students
- Hands-on student learning experiences
- Semiconductor-focused curriculum development
- Faculty training and educator development
- Graduate scholarships and fellowships
The goal is to help students develop practical skills that match the rapidly changing needs of the semiconductor industry.
Focus on Four Key U.S. States
The first phase of SEPP will primarily support programs in:
- Arizona
- New Mexico
- Ohio
- Oregon
These states are home to major Intel manufacturing operations and play an important role in America’s semiconductor ecosystem.
By working closely with local schools and colleges, Intel hopes to create education models that can eventually be expanded across the country.
Students Will Get Real Industry Experience
One of SEPP’s biggest strengths is its emphasis on learning beyond the classroom.
Students will have opportunities to participate in:
- Semiconductor research projects
- Design competitions
- Boot camps
- Laboratory training
- Career-connected internships
- Technician pathway programs
- Capstone engineering projects
These experiences are designed to prepare students for careers ranging from chip design and manufacturing to AI hardware development and advanced packaging.
Intel Is Also Investing in Teachers
The company isn’t just focusing on students.
SEPP will provide educators with specialized training in semiconductor manufacturing, artificial intelligence, quantum computing, and other emerging technologies. Teachers will also receive new classroom resources and industry exposure, helping them better prepare future generations for careers in technology.
Building America’s Future Chip Workforce
Intel says SEPP is part of its broader commitment to strengthening U.S. semiconductor leadership. Alongside partnerships with universities, community colleges, and organizations such as the National Science Foundation, the company hopes to create sustainable education pathways that benefit students for years to come.
As AI adoption continues to fuel demand for advanced chips, building a highly skilled workforce is becoming just as important as building new semiconductor factories.
With SEPP, Intel is investing not only in today’s students but also in the future innovators who will power tomorrow’s AI revolution.
Why This Matters
The global semiconductor industry is expanding at an unprecedented pace, driven by artificial intelligence, cloud computing, robotics, and advanced manufacturing. However, one of the biggest challenges remains a shortage of skilled workers.
Intel’s SEPP program addresses that challenge by creating direct pathways from classrooms to semiconductor careers. If successful, the initiative could help strengthen America’s position in the global chip race while opening thousands of new career opportunities for future engineers, technicians, and researchers.