Arizona’s semiconductor boom just got a very real classroom.
Western Maricopa Education Center, better known as West-MEC, has opened the nation’s first K-12 career and technical education advanced manufacturing cleanroom at its Northeast Campus in north Phoenix, giving students something far more interesting than a textbook definition of the future.
The new cleanroom anchors West-MEC’s Advanced Manufacturing Program and is designed to mirror the kind of semiconductor and advanced manufacturing environments students may one day step into on the job. Translation: this is not a look-but-don’t-touch field trip situation. Students are getting access to the tools, technology, safety protocols, and processes used across Arizona’s fast-growing semiconductor industry.
The program was built with industry, not just near it. West-MEC developed the Advanced Manufacturing Program in collaboration with major players including TSMC, Intel, and Amkor Technology, with industry partners helping shape curriculum, identify in-demand skills, and validate certifications through advisory council engagement.
Among those partners, Amkor Technology has played a key role in creating a direct connection between student training and employment opportunities. The goal is not just to introduce students to advanced manufacturing. It is to get them ready for the real thing.
“This is more than company exposure, it’s a direct pathway into the industry,” says West-MEC Advanced Manufacturing Instructor Raquel Diaz. “Students are learning on the same equipment, following the same processes and building the same skills employers expect, which puts them in a position to step into these roles right after graduation.”
Following a ribbon-cutting ceremony on April 13, students begin training inside the cleanroom through an expanded semester-long experience in partnership with Roots Education. The hands-on coursework covers instrumentation, microscopy, photolithography, reactive ion etching and wet bench processing, wafer design, PLC and HMI systems, semiconductor engineering technology, robotics, and automation.
It is highly technical, very future-facing, and exactly the kind of training Arizona needs as semiconductor investment continues to accelerate across the state.
The cleanroom also gives students practical experience with safety protocols, semiconductor manufacturing fundamentals, precision measurement, automation, advanced production systems, and industry-standard equipment.
Students who complete the program are prepared to enter the workforce, pursue apprenticeships, or continue their education in engineering, electronics, and advanced manufacturing.
For West-MEC, the cleanroom is another bold move in a much bigger mission. The public career and technical education district serves more than 45,000 students from 130 high schools across 3,800 square miles of the northern and western Phoenix Metropolitan area. Its programs are designed to connect students with high-demand careers through hands-on training, college credit opportunities, and industry-recognized credentials.
Now, with the nation’s first K-12 CTE advanced manufacturing cleanroom in north Phoenix, Arizona students are not just hearing about the semiconductor future. They are suiting up for it.
Insider Takeaways
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West-MEC has opened the nation’s first K-12 CTE advanced manufacturing cleanroom at its Northeast Campus in north Phoenix.
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The cleanroom supports West-MEC’s Advanced Manufacturing Program and mirrors real-world semiconductor and advanced manufacturing environments.
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Industry partners including TSMC, Intel, and Amkor Technology helped shape the program to align with workforce needs.
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Students get hands-on experience in photolithography, wafer design, robotics, automation, microscopy, instrumentation, and semiconductor engineering technology.
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The program includes an expanded semester-long cleanroom experience in partnership with Roots Education.
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Graduates are prepared for workforce opportunities, apprenticeships, or continued education in engineering, electronics, and advanced manufacturing.
To learn more, visit west-mec.edu.
