Udemy – Learning Silvaco for Semiconductor Simulation 2020-11

Learning Silvaco for Semiconductor Simulation, In this course, I am going to introduce and walk you through the design and simulation of semiconductor electronic devices through the use of Silvaco software. I am also going to teach Silvaco statements, commands and coding. We will go through it step by step through screen samples and handwriting. I will also discuss different simulation methods based on accuracy and speed. I will also introduce different models for semiconductor quantities such mobility, carrier recombination -generation, and current density. At the end of this course, you will have a complete understanding on how electronic devices work and different methods of simulation. You may use it for your studies, paper and even day to day jobs.

What you’ll learn

• How to simulate semiconductor devices?
• How to design electronic devices?
• How to simulate basic electronic elements such as diodes, transistors, solar cells, and nano-scale devices?
• Learn and understand Silvaco software statements and commands.
• Complete understanding of Physical and numerical methods
• Complete understanding of Silvaco software coding

Who this course is for

• Who want to understand semiconductor physics
• Who want to do their thesis based on device simulation
• Electronic Engineers
• Semiconductor chip manufactures
• Academic researchers

Specificatoin of Learning Silvaco for Semiconductor Simulation

• Publisher : Udemy
• Teacher : Ashkan Horri
• Language : English
• Level : All Levels
• Number of Course : 19
• Duration : 2 hours and 23 minutes

Content of Learning Silvaco for Semiconductor Simulation

Requirements

• You need a computer.
• You need an internet connection to download.
• you should have the ability to install silvaco on your pc.

Pictures

Sample Clip

Installation Guide

Extract the files and watch with your favorite player

Subtitle : English

Quality: 720p

Download Links

Download – 332 MB

Password file(s): www.downloadly.ir

File size

332 MB