CTE Month: PCC is laying the foundation for students interested in microelectronics
Photos and story by James Hill
Portland Community College is giving young adults an opportunity to find training and build a pathway to a cool high-tech job.
PCC’s Connect to Microelectronics Essentials on-ramp course is a first step for young students looking to explore careers in the microelectronics industry. This no-cost, five-week program is designed for 17- to 24-year-olds, equipping them with the foundational skills needed to pursue further education at PCC or enter the workforce with in-demand technical and essential skills.

It’s CTE Month!
Community colleges like PCC are committed to filling high-demand jobs in their communities with the skills and training necessary for success in industries. Community colleges are strong partners to local business and industry, utilizing workforce professionals to guide programs through advisory committees.
“These are individuals who might want to explore what they want to get into or are specifically interested in the manufacturing and technology industry,” said Prentice Davis, trainer and education specialist. “The class is taught by current and former Intel employees in our mechatronics lab, giving students an immersive learning experience.”
Funded by an Intel Mindshare Grant and Washington County’s American Rescue Plan Act, the course builds on PCC’s successful semiconductor training programs. Unlike traditional technical courses, it also emphasizes essential workplace skills, including communication, collaboration, and problem-solving—critical abilities that employers consistently seek.
“We hear from employers all the time about individuals that come to them who have degrees but lack those essential skills they need to be successful,” Davis added.
Students learn electrical circuits, safety, and clean room protocols while gaining hands-on experience, including donning cleanroom attire and touring local manufacturing facilities. Upon completion, participants can transition into PCC’s microelectronics or electronic engineering programs or explore alternative career paths with guidance from staff.
Once students complete the class, they can transition into a PCC program like microelectronics or electronic engineering to earn further credentials and degrees. Staff can even assist them in exploring other careers if microelectronics isn’t for them.
For more information, visit pcc.edu/opportunity-center/jobs.