Semiconductor Design Industry Articles
Program for semiconductor design industry engineers
MyChip Station Pro 2017
MyAnalog Station V6.3
Program Request: mycad@mycadtech.com
MyCAD Tutorial
Inverter, NAND, 2-1 MUX
Op-amp
MyDRC Pro Example
Description of Design Rules that are mainly used
This site is provided for those who are preparing for the practical exam for semiconductor design industry engineers.
outline
Establishing a qualification system to prepare a turning point for nurturing back-end design manpower, and industries need to nurture professional manpower who not only secures proven manpower but also reduces the cost of reinvestment
transition process
Established as a semiconductor design industry engineer in 2005 (Presidential Decree No. 239, November 11, 2005)
performing duties
The first half and second half of the digital and analog circuits are the stages before the production of semiconductor integrated circuits based on basic technical knowledge and skillful skills in semiconductor design work, such as circuit design technology, circuit design software utilization, and data generation for semiconductor manufacturing. Performing duties that can be used for design work and related software
career and prospects
It is widely distributed such as general semiconductor companies, semiconductor design companies, foundry-oriented companies, and semiconductor equipment companies.
How to acquire
① Implementation: Human Resources Development Service of Korea
② Related Department: Semiconductor Layout Design Department
③ Test subject
- Handwriting: 1. Semiconductor Engineering 2. Electronic Circuits 3. Logic Circuits 4. Integrated Circuit Design Theory
- Practical: semiconductor design practice (direct circuit layout design and verification)
④ Test method
- Written: Multiple-choice, four-choice, 20 questions per subject (30 minutes per subject)
- Practical: Working type (about 4 hours)
⑤ Criteria for passing
- Written: 40 points or more per subject on a 100-point scale, and an average of 60 points or more in all subjects
- Practical skills: 60 points or more out of 100 points
questioning tendency
- For the contents of the written test, please refer to the criteria of the Human Resources Development Service of Korea website, Customer Satisfaction -> Reference Room.
- The practical test work type is designed by connecting the design circuit diagram of the layout, using a drawing editor, creating a layout drawing, and creating a hierarchical structure. In layout verification, verification of design rule verification, extraction , LVS execution, result report interpretation, error correction, etc. (see public issue)
exam schedule
Provide information : Human Resources Development Service of Korea
Related organizations
Human Resources Development Service of Korea Korea Electronic Technology Education Promotion Association Korean Society of Electronic Engineering Semiconductor Design Education Center
related books
semiconductor design layout practice
Bokdu Publishing House / 2005.08.20 / 299p
A standard textbook for semiconductor design (industry) articles written by the writing team of KETA's semiconductor research group composed of (professional) university professors with practical semiconductor field experience. It is also configured to be suitable. In addition, it is focusing on practical training so that it can be used in the university's beginner's course for a basic understanding of semiconductor design and the specialized course for the business world.
Contents
Chapter 1 Overview of integrated circuits
Chapter 2 CMOS technology
Chapter 3 circuit design
Chapter 4 CMOS Layout Design
Chapter 5 NAND & NOR circuit design
Chapter 6 Other CMOS Logic Circuits
Chapter 7 Full adder design practice
Chapter 8 Op AMP circuit design
Semiconductor design industry article written preparation theory and problem
Naeha Publishing House / 2006.09.01 / 220p
The semiconductor design industry engineer qualification system was enacted to lay the foundation for nurturing semiconductor back-end design manpower and to nurture experts who not only secure proven manpower but also reduce the cost of reinvestment. This book is a theoretical book that covers semiconductor theory, electronic circuits, and logic circuits, as well as problem-solving exam preparation books.
Contents
Chapter 1 basic concept
Chapter 2 semiconductor theory
Chapter 3 power circuit
Chapter 4 amplification circuit
Chapter 5 oscillation circuit
Chapter 6 pulse circuit
Chapter 7 logic circuit
Chapter 8 application logic circuit
MyCAD Examples
D Flip-Flop made using Inverter, NAND2, NAND3
JK, RS, T Flip-Flop designed using NAND2 and NAND3
Full Adder designed using XOR2, AND2, OR2, Half Adder
MyCAD Demo & Guide
Inverter Schematic design and simulation practice using MyAnalog Station
Inverter layout design and simulation practice using MyChip Station Pro
Op-amp
Two-stage Op-Amp