International School of Semiconductor

Learning Outcomes for the 2-Week Semiconductor School

By the end of this 2-week program, participants will:

1. Understand Fundamental Semiconductor Concepts

   • ˙Gain a comprehensive understanding of semiconductor physics, materials, and key manufacturing processes, including photolithography, thin film deposition, and etching.

2. Develop Practical Skills

   • ˙Acquire hands-on experience in semiconductor sample preparation, photomask patterning, lithography, and device fabrication.
   • ˙Learn how to use advanced tools such as Optical Microscopes (OM), Atomic Force Microscopes (AFM), and Scanning Electron Microscopes (SEM).

3. Connect Theory to Real-World Applications

   • ˙Understand the role of packaging and testing in the functionality and reliability of semiconductor devices.
   • ˙Explore cutting-edge technologies like green semiconductor innovations and the future of semiconductor manufacturing.

4. Develop Practical Skills

   • ˙Acquire hands-on experience in semiconductor sample preparation, photomask patterning, lithography, and device fabrication.
   • ˙Learn how to use advanced tools such as Optical Microscopes (OM), Atomic Force Microscopes (AFM), and Scanning Electron Microscopes (SEM).

5. Connect Theory to Real-World Applications

   • ˙Understand the role of packaging and testing in the functionality and reliability of semiconductor devices.
   • ˙Explore cutting-edge technologies like green semiconductor innovations and the future of semiconductor manufacturing.

6. Cultural Exchange

   • ˙Visit the leading exhibition at the National Museum of Natural Science's TSMC Semiconductor World to bridge classroom learning with real-world industry advancements.
   • ˙Foster cross-cultural understanding and appreciation of Taiwan's contributions to global semiconductor technology.

7. Foster Innovation and Critical Thinking

   • ˙Engage in discussions about green technology and sustainable semiconductor manufacturing to understand the industry's role in global environmental challenges.

This program provides a well-rounded introduction to the semiconductor industry, preparing participants for further exploration or potential engagement in this critical technology field.

i-CAST: Center for Advanced Science and Technology

i-CAST is dedicated to fostering multidisciplinary research by collaborating across various fields, with a strong emphasis on the colleges of Science, Engineering, Electrical Engineering and Computer Science (EECS), Life Sciences, and Agriculture. i-CAST focuses on cultivating talent in advanced science and technology through comprehensive undergraduate and graduate programs designed to nurture skilled professionals.

Additionally, i-CAST builds essential infrastructure, offers instrumental services, and promotes strong academia-industry collaborations and international partnerships to support innovative research and development.

i-CAST has integrated the Sustainable Agriculture Innovation and Development Center with the ENABLE Center (Engineering in Agriculture and Biotech Leadership) to advance research in net-zero carbon initiatives and cross-disciplinary fields, with a strong focus on promoting international collaboration, particularly in semiconductor and quantum technologies.

The curriculum at i-CAST is enriched with offerings such as nanotechnology general education courses, semiconductor programs, international semiconductor programs, and professional instrument training courses. i-CAST has strong collaborations with National Chung Hsing University (NCHU) and various research centers, institutes, and industry partners. Its international efforts are highlighted through partnerships with prestigious institutions worldwide, including those in the United States (UCSD, University of Arizona), Japan (NIMS, RIKEN, the University of Tokyo, Tsukuba, Kyoto, and Tohoku), Europe (Austria, Czech Republic, Poland), and Southeast Asia (Thailand, Vietnam, Indonesia, Philippines, and India).

Educational Programs at i-CAST

The special educational programs at i-CAST offer a comprehensive range of options in STEM and semiconductor studies. These courses provide an English-based curriculum focused on the semiconductor industry, designed to enhance employment prospects for international students. The offerings include:

• ˙STEM and Semiconductor General Education Courses
• ˙Mini Courses
• ˙Hands-on Mini Courses
• ˙Self-Directed Learning Courses

The General Education Courses cover fundamental concepts and are conducted by industry experts from companies such as TSMC, Macronix, and Micron. The Mini Courses offer diverse perspectives on semiconductor industry topics. For professional semiconductor subjects, the curriculum includes:

• ˙Lithography Technology (ASML)
• ˙Design, Verification, and Software (Synopsys)
• ˙Facility Management (Micron)
• ˙Material Engineering (Applied Materials)
• ˙IC Design (MediaTek)
• ˙Green Manufacturing (TSMC)

In addition to these technical topics, the program also provides management-related Mini Courses, including Human Resource Management, Technology Management, and International Business Management. Furthermore, the Hands-on Mini Courses offer practical experience in real-world applications of semiconductor fabrication, including laser systems, lithography, and metal deposition. Participants will also gain experience with nanoscale inspection equipment and data interpretation.

Upon completion, students receive a Training Achievement Certificate, which can be recognized for academic credit, validating their skills and knowledge in the field. This allows students to pursue a Second Specialization or major in STEM and Semiconductor fields. The Self-Directed Learning Courses enable personalized exploration across disciplines.

International Programs and Collaborations

i-CAST has successfully collaborated with NCHU to offer outstanding semiconductor programs both at NCHU and globally, including the Doctoral/Master Program in Semiconductor and Green Technology at NCHU, as well as programs for Japan, the United States, and Dresden. These programs integrate various disciplines, such as Device Integration, Equipment Engineering, Process Module, Advanced Packaging, and Advanced Circuit Design, to provide comprehensive, industry-related skills through systematic coursework.

i-CAST’s efforts are poised to cultivate high-tech talent with professional knowledge, practical experience, and a forward-looking vision in semiconductors, processes, and related industries.