ATP Pedagogical Development and Curriculum Innovation

Equipping educators to build the global talent pipeline to support U.S. industry needs

ATP Pedagogical Development and Curriculum Innovation

Under the ATP initiative, the Pedagogical Development and Curriculum Innovation Academy equips educators with the tools and expertise to strengthen applied learning in critical technology disciplines aligned with U.S. workforce priorities.

The Academy focuses on building institutional capacity and advancing a globally competitive talent pipeline through targeted faculty development. Participants engage with curated Coursera learning paths spanning instructional design, assessment, participant engagement, instructional tools, AI for education, and professional skills, enabling the delivery of high-impact, industry-aligned learning experiences.

Instructional Design Strategies

Build structured, high-impact learning systems that align with U.S. semiconductor priorities. Faculty apply proven frameworks to deliver instruction that strengthens human capital and supports secure supply chains.

Instructional Strategies
Assessment Strategies

Design performance-based assessments that measure real-world competency aligned with semiconductor industry needs. Strengthen instructional outcomes while advancing U.S. competitiveness.

Assessment Strategies
Instructional Tools and Strategies

Deploy industry-aligned tools and applied learning methods that translate technical knowledge into practice. Support workforce readiness that reinforces secure semiconductor ecosystems.

Tools & Strategies
Participant Engagement

Drive sustained engagement through structured, high-impact learning environments that improve retention and performance in critical semiconductor disciplines.

Boost Engagement
AI for Education

Apply AI responsibly to enhance instruction, improve efficiency, and support secure, scalable learning aligned with U.S. technological leadership.

Explore AI
Empowering Participants

Equip participants with the skills and accountability needed to contribute to high-performance semiconductor systems and advance U.S. industry priorities.

Empower Participants

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)

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.

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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. 

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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.

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Microelectronics Integration Academy

Explore the integration of microelectronic components into complex systems, covering assembly techniques, interconnect technologies, and system-level design considerations.

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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.

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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.

Learn More

Apply for your license today

Apply now to join one of the six Pedagogical Development and Curriculum Innovation paths. 

Apply Today

John Ball

Instructional Designer Principal

Currently John is working as an Instructional Designer Principal for Global Outreach and Extended Education focusing on work with the International Technology Security and Innovation (ITSI) Program. This work involves assisting faculty from six different countries in creating semiconductor credentialing programs in their home universities.

Emilia Franco

Communications Specialist

Emilia Franco is the Communications Specialist for the ITSI Project at Arizona State University (ASU). She leads the development and implementation of communication strategies, including social media campaigns, event promotion, and content creation, to amplify the project’s impact across global regions.

Huyen Nguyen

Program Coordinator, Indo-Pacific Region

Huyen Nguyen is the Program Coordinator, Indo-Pacific Region for the Diversifying Semiconductor Supply Chain project in the Vietnam representative office for Ira A. Fulton Schools of Engineering at Arizona State University. Huyen supports the coordination and implementation of ISTI activities in the Indo-Pacific region countries.

Ha Mai

Data Analyst

Ha Mai serves as Data Analyst in the Vietnam representative office for Ira A. Fulton Schools of Engineering at Arizona State University (ASU) and the Diversifying Semiconductor Supply Chain project. Ha supports the collection and management of ITSI project datasets, ensuring data accuracy and integrity.

Melissa Stine

Program Manager, Americas Region

Melissa Stine is the Program Manager of Strategic Initiatives in the Ira A. Fulton Schools of Engineering at Arizona State University (ASU) and the Program Manager, Americas Region, for the Diversifying Semiconductor Supply Chain project, overseeing the implementation of project activities within the Americas Region countries.

Dung Le

Program Manager, Indo-Pacific Region

Dung Le serves as Program Manager, Indo-Pacific Region for the Diversifying Semiconductor Supply Chain project in the Vietnam representative office for Ira A. Fulton Schools of Engineering at Arizona State University (ASU), overseeing the implementation of project activities within the Indo-Pacific region countries.

Thai Tran

Sr. Manager for Monitoring and Evaluation

Thai Tran serves as Sr. Manager for Monitoring and Evaluation in the Vietnam representative office for Ira A. Fulton Schools of Engineering at Arizona State University (ASU) and the Diversifying Semiconductor Supply Chain project. Thai oversees the comprehensive quality assurance of all ITSI project deliverables, ensuring activities meet project KPIs and align with the established quality criteria.

Jesús Silva

Associate Director of Program Operations

Jesús Silva Elizalde serves as the Associate Director of Operations for the International Technology Security and Innovation (ITSI) Fund, Diversifying Semiconductor Supply Chains Project in the Ira A. Fulton Schools of Engineering at Arizona State University (ASU). Leveraging vast USAID, Chips Act, and semiconductor experience, Jesús oversees the implementation of all ITSI activities.

Jose Quiroga

Managing Director

Jose A. Quiroga is the Director of Global Development in the Ira A. Fulton Schools of Engineering (FSE) at Arizona State University (ASU) and the Managing Director of the Diversifying Semiconductor Supply Chains Project at ASU, funded by the US Department of State through the International Technology Security and Innovation (ITSI) Fund. This program aims to enhance workforce capabilities within semiconductor assembly, testing, and packaging (ATP) operations across key partner countries. By prioritizing workforce development activities, the initiative seeks to create a sustainable pipeline of skilled professionals essential for the semiconductor industry’s growth and resilience.

Jeffrey Goss

Principal Investigator

Jeffrey Goss is a prominent leader in global and professional development, holding roles as Associate Vice Provost SE Asia, Executive Director, and Assistant Dean in the Ira A. Fulton Schools of Engineering at Arizona State University (ASU). With over 25 years of experience, he has significantly impacted STEM education and workforce development globally. Mr. Goss is Principal Investigator for the International Technology Security and Innovation (ITSI) Fund. His leadership has advanced STEM education and strengthened supply chains in the Americas and Indo-Pacific, enhancing global semiconductor ecosystems.