ASU Launches Semiconductor Ecosystem Master Class to Build Industry-Ready Expertise

In response to the growing global demand for skilled professionals in the semiconductor industry, Arizona State University’s Office of Global Outreach and Extended Education (GOEE) is introducing a new six-week live online program: the Semiconductor Ecosystem Master Class.

This innovative course is designed for professionals working across the semiconductor landscape—including engineering, supply chain, manufacturing, and policy—who are seeking to deepen their strategic understanding of the global semiconductor ecosystem. The curriculum addresses critical knowledge gaps by offering a 360-degree view of the sector’s full value chain.

What You’ll Learn: Strategic Insights for a Complex Industry

Participants will explore the interwoven components that define the modern semiconductor ecosystem:

• Design & Fabrication – Understand the fundamentals of chip architecture and production technologies.
• Packaging & Integration – Learn how materials and advanced packaging drive performance and innovation.
• Global Supply Chains – Analyze supply networks, logistics challenges, and regional interdependencies.
• Workforce & Infrastructure – Evaluate workforce strategies and site selection criteria critical for growth.
• Geopolitical & Economic Factors – Examine policies, investment trends, and national security considerations impacting the semiconductor landscape.

The course culminates in a Semiconductor Ecosystem Action Plan, where participants apply course insights to develop a data-informed roadmap for semiconductor growth tailored to their region or sector.
 

Why It Matters: A Moment of Opportunity

As semiconductors become the backbone of modern technologies—from AI to electric vehicles to national defense—the industry faces mounting pressure to scale, innovate, and secure its supply chains. This master class prepares professionals to navigate this complexity with confidence, clarity, and purpose.

Whether you’re optimizing operations, influencing policy, or leading innovation, this course provides the frameworks and tools to act decisively in a high-stakes environment.
 

Led by Industry Leaders and Renowned Faculty

The Semiconductor Ecosystem Master Class is taught by a cross-disciplinary team of faculty from ASU’s top-ranked engineering and business schools—each with deep ties to industry and research:

• Christopher Bailey, expert in advanced semiconductor packaging and reliability, and junior past president of the IEEE Electronics Packaging Society
  
   
• Dale Rogers, a leading voice in global supply chain finance and logistics, and Supply Chain Management Hall of Fame inductee
  
   
• Hongbin Yu, Director of the NSF Center for Efficient Vehicles and Sustainable Transportation Systems, with expertise in nanoelectronics and power devices
  
   
• John Fowler, known for his work in manufacturing systems, simulation, and healthcare operations
  
   
• Sule Ozev, researcher in RF/mixed-signal circuit testing, built-in self-test systems, and microfluidic device validation
  
   
• Terry Alford, materials scientist specializing in semiconductor metallization and low-power electronic integration
   

Together, these instructors bring a rich blend of theoretical grounding and applied expertise—ensuring that learners gain knowledge that’s both academically rigorous and immediately practical.
 

Outcomes That Advance Your Career

By the end of the course, learners will be able to:

• Analyze and assess regional semiconductor ecosystems
• Make informed decisions on investment, site selection, and supply chain resilience
• Communicate strategic insights to technical, policy, and executive audiences
• Apply global best practices to shape regional or organizational semiconductor strategies

A Program Built for Impact

This master class is more than a professional credential—it's an opportunity to think critically about the future of technology and your role in shaping it. The knowledge and skills developed through this course directly apply to high-demand roles in logistics, engineering, market research, and technology management.

To learn more, visit the GOEE program page or contact the team for details.