Microelectronics education options for professionals
Flexible, industry-aligned learning for the modern workforce
Upskill. Reskill. Lead the future of microelectronics.
The Ira A. Fulton Schools of Engineering at Arizona State University empowers professionals to upskill, reskill and future-proof their expertise in microelectronics, semiconductor manufacturing and emerging technologies.
Designed for working professionals and technical teams, ASU’s learning pathways combine flexibility, industry relevance and stackable credentials — enabling you to gain the skills that power tomorrow’s innovations.
Why upskill in microelectronics?
The global semiconductor and advanced manufacturing sectors are rapidly evolving, creating thousands of new roles and transforming technical requirements. Whether you’re enhancing your existing capabilities or preparing for a new role in a growing field, ASU helps you build the right skills at the right time through flexible, stackable learning.
70,000 new jobs
More than 70,000 new U.S. semiconductor jobs are projected to be created by 2030.
Arizona among top 3
Arizona ranks among the top three states for chip manufacturing and innovation.
100+ microcredentials
ASU offers more than 100 microcredentials, specializations and certificates designed to help professionals upskill and reskill for in-demand careers.
Skill pathways for the semiconductor workforce
ASU’s professional programs deliver skills-based learning across the technologies driving the semiconductor and advanced manufacturing industries.
You can focus your upskilling journey in areas such as:
- Semiconductor fabrication and materials.
- Testing, characterization and packaging.
- Automation, robotics and smart manufacturing.
- Data analytics and artificial intelligence.
- Supply chain and quality management.
- Emerging technology systems and integration.
Each topic connects to ASU’s microcredentials and certificates — available online through ASU CareerCatalyst and ASU Online.
Your professional learning pathways
ASU’s flexible programs make it easy to learn new skills, deepen existing expertise and earn recognized credentials without committing to a full degree.
Microcredentials and certificates
ASU offers flexible, stackable learning options that help professionals build practical, industry-recognized skills. Our short, applied learning experiences — from introductory microcredentials to deeper certificate pathways — are designed for working professionals advancing in microelectronics, advanced manufacturing and related technology fields.
ASU offers flexible, stackable learning options that help professionals build practical, industry-recognized skills. Our short, applied learning experiences — from introductory microcredentials to deeper certificate pathways — are designed for working professionals advancing in microelectronics, advanced manufacturing and related technology fields.
Learners can develop verified expertise in areas such as:
- Semiconductor manufacturing fundamentals.
- Equipment maintenance, process control and reliability.
- Automation, robotics and smart manufacturing.
- Data analytics and artificial intelligence for engineering.
- Electronics design, packaging and advanced technology systems.
- Engineering leadership and management.
Whether you’re reskilling for a new role or expanding your technical capabilities, these flexible online programs allow you to learn at your own pace and earn credentials that demonstrate real-world skill mastery to employers.
Additional professional development resources
Access world-class engineering insights and microelectronics-focused training — alongside additional engineering professional development content — through the Fulton Schools Fireside Chats, Professional Development Series webinars and skills-based learning designed for professionals ready to update their knowledge or advance in the semiconductor industry.
Partner with ASU for custom training
Upskill your workforce. Advance your industry.
Partner with ASU to design customized, skills-based learning programs that align with your organization’s workforce development goals.
Together, we can shape the future of education for the advanced technology of tomorrow, including microelectronics.