Faculty Development
Preparing educators to expand the semiconductor global talent pipeline
Faculty Development and Curriculum Innovation Program
The Faculty Development and Curriculum Innovation Program will equip educators with tools and expertise to strengthen applied learning in critical technology disciplines aligned with U.S. workforce priorities. Utilizing curated Coursera courses focused on teaching skills for pedagogical innovation, participants will build institutional capacity and expand the global pipeline of talent to support U.S. industry needs,
Instructional Design Strategies
Increase your knowledge.
Assessment Strategies
Dive into the techniques and tools used to assess.
Instructional Tools and Activities
Learn the essential methods for teaching microelectronics education.
Student Engagement
Engage students.
AI for Education
Study the development and application of AI.
Empowering Students
Understand student motivations.
Additional Training Opportunities
In addition to the on-demand courses offered through our six academies, participants can explore a variety of additional training resources, including industry certifications and microcredentials. These resources are available in both free and paid formats, providing flexible options to further enhance your skills and credentials in the semiconductor industry.
English for the Semiconductor Industry ( FREE)
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ASU’s English for the Semiconductor Industry course is offered asynchronously online, designed to equip you with essential English language skills tailored for the semiconductor industry. Spanning eight modules, each requiring approximately three hours to complete, the course offers flexibility, allowing you to choose modules based on your specific needs and interests.
Upon completion, participants will be proficient in:
- Identifying and understanding key English terminology pertinent to semiconductors, including their production and applications.
- Accurately pronouncing semiconductor-related terms.
- Effectively employing these terms in both written and verbal communication.
The course methodology includes studying new vocabulary, reading relevant articles, watching informative videos, and engaging in practical exercises to reinforce newly acquired skills
NEW COURSE GLOBAL LAUNCH IS DEVELOPING (FREE)
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Coming soon
Semiconductor Packaging: Fundamental Concepts and Drivers (PAID)
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This course provides an in-depth look at how semiconductor packaging protects and enhances the functionality of integrated circuits, which are integral to all modern electronic devices.
Introduction to Semiconductor Packaging: Fundamental Concepts and Drivers
Take one 10-hour micro-badge or all four to earn the badge!
Introduction to Semiconductor Packaging and Design
Introduction to Electrical Concepts and Semiconductor Packaging
Introduction to Thermal Management and Mechanical Properties of Packages
Introduction to Packaging Materials, Manufacturing, Test, and Reliability
Upon completion, participants will be proficient in:
- Identifying and understanding key English terminology pertinent to semiconductors, including their production and applications.
- Accurately pronouncing semiconductor-related terms.
- Effectively employing these terms in both written and verbal communication.
The course methodology includes studying new vocabulary, reading relevant articles, watching informative videos, and engaging in practical exercises to reinforce newly acquired skills
Semiconductor Packaging, Assembly, and Test (PAID)
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Journey into the application of semiconductor packaging, assembly, and test for hands-on experience developing and characterizing traditional single chip packages, their materials, reliability, and their board-level assembly. Topics include leaded (QFP) and substrate-based (BGA’s, QFN’s, etc) packages. Learners will demonstrate skills across using spice circuit and thermal resistance analysis and analytical equations for stress.
Take one 10-hour micro-badge or all four to earn the badge!
2D Packaging & Assembly
Materials Selection for Thermo-Mechanical and Electrical Performance
Application of Electrical & Thermo-Mechanical Modeling
Test and Data Analysis for Quality & Reliability
Coming soon!
Designing Anti-Fragile Microelectronics Supply Chains (PAID)
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Improving microelectronic supply chain resilience begins with understanding their underlying economic, planning, management, and implementation principles. You’ll learn to adapt to ongoing and future developments in semiconductor development and manufacturing.
Study the distribution of microelectronic supply chain elements across the globe as well as the challenges and considerations this distribution creates. And learn how to leverage business and technological approaches to proactively identify, prevent and address supply chain disruptions.
https://careercatalyst.asu.edu/programs/designing-antifragile-microelectronics-cert/
Go back to technical training skills
Semiconductor Fabrication Academy
Gain in-depth knowledge of the processes and technologies involved in manufacturing semiconductor devices, from wafer production to the creation of integrated circuits.
Semiconductor Characterization Academy
Dive into the techniques and tools used to analyze and measure semiconductor materials, ensuring their quality and performance for advanced electronic applications.
Semiconductor Packaging Academy
Learn the essential methods for enclosing and protecting semiconductor devices, focusing on the latest packaging technologies and their impact on device performance and reliability.
Microelectronics Integration Academy
Explore the integration of microelectronic components into complex systems, covering assembly techniques, interconnect technologies, and system-level design considerations.
Advanced Materials for Semiconductors Academy
Study the development and application of cutting-edge materials that enhance the performance and capabilities of semiconductor devices, including new substrates, conductors, and insulators.
Semiconductor Business and Innovation Academy
Understand the business dynamics and innovative strategies driving the semiconductor industry, including market analysis, entrepreneurship, supply chain, and the commercialization of new technologies.
Semiconductor Fabrication Academy
Gain in-depth knowledge of the processes and technologies involved in manufacturing semiconductor devices, from wafer production to the creation of integrated circuits.
Semiconductor Characterization Academy
Dive into the techniques and tools used to analyze and measure semiconductor materials, ensuring their quality and performance for advanced electronic applications.
Semiconductor Packaging Academy
Learn the essential methods for enclosing and protecting semiconductor devices, focusing on the latest packaging technologies and their impact on device performance and reliability.
Microelectronics Integration Academy
Explore the integration of microelectronic components into complex systems, covering assembly techniques, interconnect technologies, and system-level design considerations.
Advanced Materials for Semiconductors Academy
Study the development and application of cutting-edge materials that enhance the performance and capabilities of semiconductor devices, including new substrates, conductors, and insulators.
Semiconductor Business and Innovation Academy
Understand the business dynamics and innovative strategies driving the semiconductor industry, including market analysis, entrepreneurship, supply chain, and the commercialization of new technologies.
Apply for your license today
Apply now to join one of the five Faculty Development and Curriculum Innovation pathways.