FURI student Clara Chaves Azevedo works in the lab, holding a small component with tweezers.
Ira A. Fulton Schools of Engineering

The future of microelectronics starts at ASU

Powering tomorrow’s technology starts with you. Discover how you can be part of what’s next!

The U.S. semiconductor industry is growing fast — are you ready to grow with it?

Experts project a 33% increase in microelectronics jobs by 2030, growing from approximately 345,000 today to over 460,000. That means more opportunities for engineers, technicians, innovators and problem-solvers like you.

At the Ira A. Fulton Schools of Engineering at Arizona State University, we are preparing the next generation of microelectronics professionals. Here’s how you can get started:

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.

Undergraduate summer research program

Learn about a research experience focused on advanced semiconductor packaging and heterogeneous integration.

More information

Where are you in your career?

I’m a student

I’m just getting started! How can I make the most of my education and get prepared for a career in microelectronics?

We have lots of options for prospective, current and returning students. The Fulton Schools offer:

  • Bachelor’s, master’s and doctoral degree programs.
  • Hands-on experience conducting research.
  • Access to internships with top companies.
  • Access to advanced facilities
See all student options

I’m a professional

I’ve got experience but I’m ready for a change. How can make a shift to expand my career in microelectronics?

Take the opportunity to upskill or reskill in the Fulton Schools at ASU. Our learning pathways combine flexibility, industry relevance and stackable credentials to help you achieve the next level:

  • More than six microelectronics fields to choose from
  • Flexible, stackable microcredentials that lead to certificates
  • Short courses for quick upskilling
  • Many professional development options
See options for professionals

Be part of Arizona’s microelectronics future

The future of technology is being built right here in Arizona. With a booming semiconductor industry, the CHIPS Act fueling innovation and ASU at the forefront of advanced packaging and microelectronics education, this is a once-in-a-generation opportunity to get involved.

ASU leads the development of the next wave of microelectronics talent. Watch this video to learn how advanced packaging is shaping the future — and how you can be part of it through the many microelectronics educational opportunities in the Fulton Schools.

Fulton Schools microelectronics news

  • 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.

    Semiconductor Packaging REU

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

    Read more

  • A smiling woman in a blue shirt stands in front of a graphic background featuring illustrations of a laptop, notebook, pen, calculator, and coffee cup.

    ASU researcher honored with Google award for AI-driven chip design

    Vidya Chhabria receives funding and mentorship to push the boundaries of electronic design automation

    Read more

  • Portrait of a man in a suit, standing in front of colorful light streaks and a digital circuit background.

    Tiny chips, big innovations

    ASU and Applied Materials charge into the atomic frontier of semiconductor breakthroughs.

    Read more

Read more Fulton Schools microelectronics news