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International School of Semiconductor

2-Week International School of Semiconductor: Circuit Design, Manufacturing, Packaging, and Inspection

Overview
The 2-Week International School of Semiconductor offers an immersive experience for students and professionals to gain a comprehensive understanding of semiconductor technology. From circuit design to manufacturing, packaging, and inspection, participants will learn theoretical concepts and acquire hands-on skills through intensive lectures, laboratory sessions, and cultural exchange activities.

Program Highlights
  • Duration: 2 weeks (Monday to Friday, 9:00 AM - 5:00 PM)
  • Focus Areas:
    1. Circuit Design Fundamentals
    2. Semiconductor Manufacturing Processes
    3. Packaging and Testing Techniques
    4. Advanced Inspection Methods using cutting-edge tools (e.g., SEM, AFM)
    5. Future Technologies and Green Initiatives
  • Audience: International students and professionals with an interest in semiconductor technology and applications.
  • Location: iCAST Labs, National Chung Hsing University (NCHU), Taiwan

Program Schedule
Week 1: Foundations and Practical Skills
Week 1
 
Morning (9am-12pm)
Lecture
Afternoon (2-5pm)
Hand-on
Day 1
 
Opening
Introduction to Semiconductors
Lab Tour in iCAST
Circuits with Arduino(I)
Day 2
 
IC Design
 
Circuits with Arduino(II)
Day 3
 
Semiconductor Materials
 
Photomask Design & Pattering
Sample Preparation Techniques
Day 4
 
Thin Film Technology
 
Lithography, Etching & Deposition Processes 
Day 5
 
Solar Cell Semiconductor Devices
 
Optical Microscope (OM) & Atomic Force Microscope (AFM) 
     
Week 2: Advanced Processes and Applications
Week 2    
Day 6
 
Green Technology
 
Packaging and Testing
 
Day 7
 
Green Manufacturing
 
Scanning Electron Microscope (SEM)
Day 8
 
Semiconductor Manufacturing
 
Packaging & Testing application
(ICPMS) 
Day 9
 
Semiconductor Devices
 
Cultural Visit: National Museum of Natural Science (NMNS) –“ TSMC Semiconductor World “ Visit
Day 10
 
Future Semiconductor Technologies
 
Lab Report and Group Presentations
Dr. Utkarsh Kumar/Dr. Chandrasekar
Closing 
     

Target Audience
  • Undergraduate and graduate students interested in STEM.
  • Professionals seeking an introduction to semiconductor technology.
  • International participants aiming to expand their expertise and network.

Learning Outcomes for a 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. 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, while fostering cross-cultural understanding and appreciation of Taiwan's contributions to global semiconductor technology.
  1. 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.
  2. Lab Report and Presentation:
    • Consolidate the knowledge and hands-on experiences gained throughout the program by preparing and presenting lab reports, fostering teamwork, and encouraging critical thinking.

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

Learning Outcomes
  1. Technical Mastery: Gain in-depth knowledge of semiconductor physics, materials, manufacturing processes, and packaging techniques.
  2. Practical Experience: Operate industry-standard equipment like SEM, AFM, and lithography tools to fabricate and inspect semiconductor devices.
  3. Global Perspective: Explore the latest trends in green technology and future semiconductor innovations, fostering a sustainable outlook.
  4. Cultural Enrichment: Participate in cultural exchange activities and visit Taiwan's leading semiconductor exhibition to connect classroom learning with real-world applications.



Day 5 Afternoon: Lab Report and Presentation

Objective: Consolidate the knowledge and hands-on experiences gained throughout the program by preparing and presenting lab reports, fostering teamwork, and encouraging critical thinking.

Activity Details
  1. Lab Report Preparation (2:00 PM - 3:30 PM)
    • Each group will summarize their key findings from the week's experiments, including:
      • Sample preparation
      • Photomask patterning
      • Lithography and etching
      • SEM/AFM inspection results
      • Packaging and testing insights
    • Format: Brief written report with visuals (graphs, photos of lab setups, etc.).
  2. Group Presentations (3:30 PM - 5:00 PM)
    • Each group will give a 5-10 minute presentation covering:
      • Goals of the experiments
      • Methods and equipment used
      • Results and observations
      • Challenges faced and solutions implemented
      • Future implications or applications of the techniques learned.
    • Presentations will be followed by a brief Q&A session with peers and instructors.

Learning Outcome:
Participants will improve their scientific communication skills, learn to analyze and present experimental data effectively, and reflect on how their learning applies to real-world semiconductor research and applications.

This session encourages collaboration, fosters confidence in presenting technical work, and serves as a capstone activity for the program.