A graduate student in Barbara Smith works at the bench while Barbara looks on. Both are wearing protective clothing and dark glasses.
Ira A. Fulton Schools of Engineering

Microelectronics education options for students

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Not sure where to start?

The choices you make today will shape your future career in microelectronics. Watch our webinar to find out exactly what skills employers are looking for and discover which job path is the best fit for you.

Student opportunities

Looking for undergraduate or graduate options?

We offer bachelor’s, master’s and doctoral degree programs in disciplines that support careers in microelectronics, including the semiconductor industry.

Majoring in a different discipline? No problem. You can choose technical electives that provide valuable knowledge and skills needed to enter microelectronics careers.

Check out our additional opportunities to advance your skills with stackable microcredentials, internships, research projects and more.

A researcher in a cleanroom suit operates a high-powered microscope to inspect a silicon wafer in a semiconductor lab. The wafer displays iridescent patterns under the microscope, which is connected to a dual-monitor computer system showing inspection software.

Undergraduates: Join a paid summer research program

Explore semiconductor packaging at ASU’s cutting-edge labs. Earn $4,000, get housing, and work with industry leaders like Intel.

Apply by April 15

Undergraduate options

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Bachelor’s degrees

If you are looking to earn a 4-year undergraduate degree or minor in a microelectronics-focused field, here are some solid options.

See undergraduate degrees
Engineering senior Jean-Francois Enriquez is using Siemens hardware to operate a digital twin machine as part of his senior design capstone project.

Undergraduate technical electives

We’ve gathered tech elective suggestions for many majors related to fab factory operations, semiconductor materials, statistical analysis and more.

See undergrad tech electives
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More undergraduate opportunities

Explore all the educational options available for undergrads, and connect to our Student Hub for even more opportunities.

See all undergrad options

Graduate options

A researcher works with semiconductor materials at Arizona State University’s MacroTechnology Works in Tempe, Arizona.

Graduate degrees

If you have earned your bachelor’s degree and are looking for a master’s or doctoral degree program that leads to microelectronics careers, here are your options.

See graduate degrees
A researcher in a cleanroom suit operates a high-powered microscope to inspect a silicon wafer in a semiconductor lab. The wafer displays iridescent patterns under the microscope, which is connected to a dual-monitor computer system showing inspection software.

Graduate technical electives

These electives help you build critical skills for advancing in the field of microelectronics and position you for high-impact roles — both in Arizona and globally.

See graduate tech electives
A man in a lab coat is focused on his work at a computer in a laboratory setting.

More graduate opportunities

See our graduate student page for all the educational options available for advanced degree seekers, and connect to our Student Hub for even more opportunities.

See all grad options