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Course summary

  • Type MOOC course
  • Period Always open
  • Learning Time 16hr
  • Course approval method Automatic approval
  • Certificate Not Issued
http://gist.edwith.org/semiconductors
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Instructor Introduction

  • 조영달 교수

    <EDUCATION>
    · 2002 Ph.D. in Physics, Seoul National Univ. (Quantum Electronics)
    · 1997 M.S. in Physics, Seoul National Univ. (THz photonics)
    · 1995 B.S. in Physics, Seoul National Univ.

    <WORK EXPERIENCE>
    · 2007 -Professor, School of Elect. Eng. & Comp. Sci. GIST
    · 2023 -Professor, Dep. of Semi. Eng., GIST 
    · 2015 - 2016 Visiting Prof., Caltech
    · 2004 - 2005 Assistant Scientist, Univ. of Florida
    · 2003 - 2004 Postdoc. Associate, Nat'l High Magnetic Field Lab. (USA)

Lecture plan

강의
  1. CHAPTER 1. The past, present and future of semiconductors
    1. 1-1. Interview
    1. 1-2. 반도체의 과거와 현재, 그리고 미래
    1. 1-3. 오리엔테이션
  2. CHAPTER 2. Beyond the limits of Moore’s law
    1. 2-1. Beyond the limits of Moore’s law (1)
    1. 2-2. Beyond the limits of Moore’s law (2)
  3. CHAPTER 3. Grand Challenges
    1. 3-1. Interview
    1. 3-2. Grand Challenges (1)
    1. 3-3. Grand Challenges (2)
  4. CHAPTER 4. More Moore (1)
    1. 4-1. Interview
    1. 4-2. Introduction, Summary and Key Points
    1. 4-3. Challenges
  5. CHAPTER 5. More Moore (2)
    1. 5-1. Interview
    1. 5-2. Technology Requirements - Logic Technologies
    1. 5-3. Technology Requirements - Memory Technologies
  6. CHAPTER 6. Lithography
    1. 6-1. Interview
    1. 6-2. Lithography (1)
    1. 6-3. Lithography (2)
  7. CHAPTER 7. Metrology (1)
    1. 7-1. Metrology (1)
    1. 7-2. Metrology (2)
  8. CHAPTER 9. Metrology (2)
    1. 9-1. Technology Requirements (1)
    1. 9-2. Technology Requirements (2)
  9. CHAPTER 10. Beyond CMOS
    1. 10-1. Introduction, Emerging Memory Devices
    1. 10-2. Emerging Logic and Alternative Information Processing Devices
  10. CHAPTER 11. Quantum Information Processing
    1. 11-1. Introduction to QIP and QC
    1. 11-2. Summary and Key Points
    1. 11-3. Quantum Information Processing
  11. CHAPTER 12. Overview of HIR
    1. 12-1. Heterogeneous Integration Roadmap Overview (1)
    1. 12-2. Heterogeneous Integration Roadmap Overview (2)
  12. CHAPTER 13. High Performance Computing and Data Centers
    1. 13-1. High Performance Computing and Data Centers (1)
    1. 13-2. High Performance Computing and Data Centers (2)
  13. CHAPTER 14. Integrated Photonics
    1. 14-1. Interview
    1. 14-2. Integrated Photonics
  14. CHAPTER 15. Thermal
    1. 15-1. Canonical Problems with Thermal Challenges
    1. 15-2. Advanced Technologies and Research Innovations

Additional Info

선행 수업: 반도체 재료 및 소자
IRDS roadmaps are available from https://irds.ieee.org/editions 
HIR roadmaps are available from https://eps.ieee.org/technology/heterogeneous-integration-roadmap.html