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Future Trends in the Semiconductor Industry
W. P. Carey School of Business

Future Trends in the Semiconductor Industry

W. P. Carey School of Business, Tempe
HomeInnovationW. P. Carey School of BusinessFuture Trends in the Semiconductor Industry
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$99

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About This Program

Examine how advancements in materials science and fabrication techniques have propelled the shift from microelectronic to nanoelectronic devices. This course explores the evolution of nanoscale semiconductors and their essential role in modern consumer products and industrial applications. Learners will gain insight into the complex processes, technology drivers and fragile supply chains involved in semiconductor manufacturing. The course also provides an overview of critical materials used in fabrication and considers the broader supply chain implications of next-generation semiconductor technologies. Expert analysis of nanoelectronics fundamentals and Moore's Law trends. Comprehensive overview of periodic table elements in Integrated Circuit (IC) fabrication. Materials science foundations for semiconductor device manufacturing. Future materials exploration including 2D semiconductors and advanced interconnects. Prepare for supply chain challenges and opportunities in next-generation semiconductor technologies.

Why W. P. Carey School of Business?

The W. P. Carey School of Business offers executive education rooted in a culture of innovation and practical application, particularly strong in supply chain management, business analytics, and leadership development. Its programs leverage the dynamic economic environment of the Phoenix metropolitan area, providing participants with direct exposure to a rapidly growing business hub.

Your Profile

  • Supply chain professionals preparing for next-generation semiconductor technologies
  • Materials science engineers in semiconductor manufacturing
  • Technology strategists evaluating future semiconductor industry directions
  • R&D managers planning for emerging fabrication material requirements
  • Procurement specialists understanding future semiconductor material dependencies
  • Anyone seeking to anticipate supply chain implications of semiconductor technology evolution

Benefits

  • Understand Moore’s Law evolution for transistors and packaging
  • Analyze elements and materials used in semiconductor manufacturing
  • Explore emerging materials including 2D semiconductors and diamond

What You'll Learn

  • The future of nanoelectronics and Moore’s Law: Explore nanoelectronics fundamentals and Moore’s Law evolution, understanding how transistor scaling and advanced packaging technologies continue driving semiconductor performance improvements despite approaching the physical limits of traditional scaling approaches.
  • Elements used in integrated circuit device fabrication: Examine periodic table elements used in semiconductor manufacturing processes, understanding which materials enable current fabrication technologies and why specific elements possess properties essential for transistor functionality and interconnect performance.
  • Materials used in semiconductor device manufacturing: Study growth, deposition, implantation, chemical-mechanical planarization, metallization, and packaging processes, understanding how materials science innovations enable advanced semiconductor device fabrication at nanoscale dimensions with increasing complexity.
  • Future materials for integrated circuit fabrication: Discover emerging materials including two-dimensional semiconductors, diamond-based semiconductors, and advanced interconnect systems that may enable continued performance scaling beyond silicon’s physical limitations in future technology nodes.

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  4. 4

    Prepare your application

    Gather your CV, reference letters, and any required test scores. Many EMBA programs waive standardised tests for senior candidates.

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