SEMICONDUCTOR 101

Date

  • 9 – 10 November 2020

Time: 9:00am – 2:15pm (2-day course)
(with break in-between lesson)

Venue: Zoom online class
(link will be sent 3 days before the event starts)

COURSE OVERVIEW

In today’s day and age, Semiconductors are found in all aspects of our lives. They control the computers we use to conduct business, the phones and mobile devices we use to communicate, the cars and planes that get us from place to place, the very machines that diagnose and treat illnesses, electronic gadgets we use to listen to music, watch movies, and play games, just to name a few.  Singapore is embarking on the SMART nation initiative. Whereupon the stirring committee has stated that: “Smart Nation is also necessary to accelerate the process of integrating technology into our collective efforts to improve lives, lest Singapore fall behind relative to other global cities.”

COURSE OBJECTIVES

The course enables the learners to gain knowledge of the journey of semiconductor manufacturing from sand to finished chip. To gain an understanding of the eco-system and how all them come together to support the semiconductor industry; the overall connectivity bringing about the Industry4.0 revolution that is transforming the world we are presently living in.

 

WHO SHOULD ATTEND

This curriculum is geared towards a non-technical audience and gives a high-level overview of semiconductor devices and how they are fabricated.

COURSE OUTLINE

The course covers the fundamentals of the semiconductor eco-system, looking into aspects of

  • what and where semiconductor chips are found
  • what is an IC (integrated circuit)?
  • how is the IC made (in terms of the process and equipment)
  • the supporting infrastructure (automation, MES, manufacturing systems)

LEARNING OUTCOME:

  • WHY : we need IC chips (more than just computers)
  • HOW: chips are made (From Sand to a functional chip)
  • WHAT: are possible areas of involvement (overall eco system)

COURSE CONTENT:

DAY 1

  • The World of Semiconductors
    1. Applications of semiconductors
      • Integrated circuits – what drives the world
      • MEMS – sense the world around
      • Silicon Photonics – more than light
    2. Where are semiconductors found / potential growth
    3. Size matters

 

  • Concepts in Semiconductors
    1. On / Off Switch (digital)
    2. Capacitors, Diodes & Resistors

 

  • Fundamental Terminology
    1. Wafers (size, shape)
    2. Process / flow
    3. Equipment
    4. Cleanroom Concept
    5. Manufacturing (FOUP / SMIF)
    6. CIM / Automation – OHT, AGV, MES, AMHS

 

  •  Partitioning Concepts

1. FEOL / BEOL / Post Fab
 

  • Modular Introductions 
    1. Photolithography
    2. Etch
    3. Diffusion / Oxidation
    4. Clean Technology

 

    DAY 2

    • Continuation of the Modular Introduction
      1. Chemical Vapour Deposition (CVD)
      2. Physical Vapour Deposition (PVD)
      3. Chemical Mechanical Polishing (CMP)
      4. Implantation
      5. Yield Defect Density
      6. In-Line electrical testing

     

    • Fab Eco-System
      1. Failure Analysis Labs
      2. UMD (unique module development)

     

    • Question and Answer Session

    INSTRUCTOR PROFILE

    JOHN YIK

    John has over 25 years of experience in the semiconductor manufacturing industry.  His experience covers IC and MEMS manufacturing, covering a broad spectrum from photolithography to eutectic bonding, and metrology. He is ACTA certified, presently a free-lance technical trainer, focusing on semiconductor manufacturing, FMEA, SPC and Industry 4.0.

    His other interests are in teaching and doing 3D printing and flying drones.

    REGISTRATION

    Disclaimer
    Organizer reserves the right to cancel the event due to unforeseen circumstances.
    By participating in the online course, you consent to the audio and video recording and its release to be used for promotional purposes or any other purposes that SSIA deems fit.