Overview
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.
Key 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's Included:
- 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.
Course Modules
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Certificate program
This course is a part of the following certificate program:
Who this course is designed for
- 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
Outcomes
By the end of this course, you’ll be able to:
- Explain nanoelectronics fundamentals, including Moore’s Law and the evolution of transistors and packaging
- Identify critical materials and their properties used in semiconductor device fabrication
- Analyze core semiconductor manufacturing processes such as growth, deposition, metallization, and planarization
- Evaluate advanced interconnect systems and emerging materials, including 2D semiconductors and diamond-based devices
- Assess the supply chain implications of next-generation semiconductor materials and manufacturing technologies
Program support
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