Online Lecture

Semiconductor Devices Course

Course Title: Semiconductor Devices (Language: Korean)

Target Audience

1. Undergraduate and graduate students in engineering fields.
2. Engineers working in semiconductor-related companies.

Goal

1. Understand the fundamentals of device physics with the operation of semiconductor devices.
2. Understand the properties, operations, and problems occur by device scaling within semiconductor device.
3. Understand the technological advancement of the present & future semiconductor device.

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Course Title: Fundamentals of Nano-scale Devices (Language: Korean)

Target Audience

1. Undergraduate and graduate students in engineering fields.
2. Engineers working in semiconductor-related companies.

Goal

1. Understand the fundamentals of device physics derived from quantum mechanics theory.
2. Understand the properties, operations, and problems occur by device scaling within semiconductor device.
3. Understand the flow of fabrication of semiconductor device.
4. Introduction and practice the simulation of semiconductor devices by Technological Computer-Aided Design(TCAD) program. 

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Course Title: Semiconductor Device Engineering (Language: Korean)

Target Audience

1. Graduate students and advanced engineers in semiconductor engineering fields.
2. Engineers working in semiconductor-related companies.

Goal

1. Understand the advance of device physics derived from quantum mechanics theory, properties, and problems occur by device scaling within semiconductor device.
2. Practice the simulation of semiconductor devices by Technological Computer-Aided Design(TCAD) program.
3. Introduction of measurement of the semiconductor devices.

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Course Title: Introduction to Solid State Electronics (Language: Korean)

Target Audience

1. Graduate students and advanced engineers in engineering fields.
2. Engineers working in semiconductor-related companies.

Goal

1. Understand the fundamentals and advance of device physics derived from quantum mechanics theory.
2. Advanced learning of the devices based on the solid-state physics for semiconductor field.

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