Semiconductor Eight Major Processes Job Training XR Content (VR/MR) : IMXR® CONTENTS

Semiconductor Eight Major Processes Job Training XR Content (VR/MR)

Semiconductor Eight Major Processes Job Training XR Content (VR/MR)

IMXR® Semiconductor Job Training MR Content

· Perfectly Simulating Semiconductor Processes in Virtual Reality: The Innovative Learning Experience of Samwoo Immersion's XR Content!
Samwoo Immersion brings a new dimension to learning and training by transforming the eight core semiconductor manufacturing processes into immersive XR content.

NO	Eight Major Processes	Content Title	Equipment	Content Description	Direct Link
0	Eight Major Processes Viewer	Semiconductor Eight Major Processes Tour MR Content	13 Types of Semiconductor Equipment	Transforming 1:1 scale models of semiconductor equipment to miniature types in a cleanroom setting. The miniature models of the eight major process equipment are displayed on a table, allowing users to view the entire process flow and equipment at a glance for effective learning.	Go to >
1	Wafer Manufacturing Process	Wafer Manufacturing Process	Edge Grinder	Learning the wafer manufacturing process through quizzes.
2	Oxidation Process	-	-	-
3	Photolithography Process	Exposure Process	Exposure Equipment	Learning the wafer exposure operation process by familiarizing with the photolithography exposure process and its procedures.	Go to > Go to >
		Pattern Shape Measurement Equipment	Pattern Shape Measurement Device	Learning how to observe and inspect the wafer surface morphology using pattern shape measurement equipment.
		Lithography Process	Mask Aligner Hot Plate Spin Coater Microscope	Learning the photolithography process procedures using a spin coater, hot plate, aligner, and microscope.
4	Etching Process	Etching Process	PCMC (Plasma Complex Machining Center)	Familiarizing with the operation methods of the plasma processing equipment and learning the coating process using cathode plasma and the etching process using anode plasma.	Go to >
4	Etching Process	Dry Etcher Shower Head Change	Dry Etcher	Learning the maintenance process, including replacing the parts with a newly designed shower head after a gas failure causes uniformity issues in the PE-RIE equipment, and checking for any abnormalities in the equipment.	Go to >
5	Deposition & Ion Process	RF Sputter Process	RF Sputter	Learning the operating principle of RF sputtering and the process of thin film deposition through plasma.
		Sputter System Target Change & Chamber Cleaning	Plasma Sputtering	Learning the maintenance procedures for regular preventive maintenance (PM) of the Plasma Sputtering thin film deposition system, including metal target change and chamber cleaning.
		Furnace System Tube Change	SP CVD Furnace	Learning the maintenance procedures for regular PM of the Plasma Sputtering thin film deposition system, including metal target change and chamber cleaning.
6	Metal Wiring Process	-	-	-
7	EDS Process	Semiconductor Tester	Semiconductor Tester	Learning the semiconductor inspection process using a semiconductor tester and the procedures for regular maintenance.	Go to >
8	Packaging Process	-	-	-
9	Cleaning Process	Plasma Cleaning Equipment	Plasma Cleaning Equipment	Learning the operating principles and regular maintenance procedures for semiconductor cleaning process equipment using plasma.	Go to >
10	Others	Cleanroom Usage and Response to Safety Incidents		Learning the procedures for wearing personal protective equipment (PPE), managing chemical safety, and the steps for disposal of used chemicals and reagents.

Wafer Manufacturing : Silicon ingots are sliced to produce round wafers.
Oxidation : A silicon oxide layer is formed on the wafer surface.
Photolithography : Semiconductor circuits are imprinted onto the wafer using light.
Etching : The oxide layer, except for the circuit pattern, is removed.
Deposition & Ion Implantation : Thin films are formed, and ions are implanted to provide electrical properties.
Metal Wiring : Metal wiring is connected along the circuit pattern to allow electrical signals to flow.
Testing (EDS) : Each chip (die) on the wafer is inspected to identify defective units.

Packaging: Individual chips are cut from the wafer, coated with protective layers, and completed as semiconductors.

· Samwoo Immersion's Semiconductor Solution : Future Technology Education Realized through VR and MR!

High-Quality Modeling: Provides realistic and detailed models to maximize immersion and learning effectiveness.
Data-Driven Feedback: Supports efficient learning with personalized feedback tailored to individual progress.
Resource Efficiency: Enables repetitive practice without the need for physical equipment, saving both costs and time.

· Semiconductor Solution ㅣ VR Content (Virtual Reality)

Maximized Immersion : Complete virtual environment with 360-degree vision and 3D audio.
Optimized Repetitive Learning : Learn process procedures repeatedly in a safe environment, free from time and location constraints.
High-Resolution Visual Effects : Utilizes high-quality modeling and textures based on actual processes.
Risk Elimination : Safely simulate hazardous processes for learning without the risk.
User-Friendly Design : Supports learning of process procedures and workflows with an intuitive UI/UX.

- Creating a realistic virtual environment through 3D modeling
Cleanroom photo	Cleanroom 3D modeling

By simulating a virtual environment that closely resembles reality, vivid visual and auditory effects are provided to make users feel as if they are interacting in an actual environment.

· Semiconductor Solution ㅣ MR Content (Mirtual Reality)

Integration of Virtual and Real : Natural interaction between the real environment and virtual objects using Pass-Through cameras and real-time rendering technology.
Real-Time Interaction : Realistically simulates equipment operation experiences through physical feedback.
Accurate Spatial Mapping : Precise environment recognition and synchronization of equipment movement and position using SLAM technology.
Learning Support : Provides safe and immersive learning with simulations that include potential hazards.

- Harmony of Virtual and Real through Advanced Rendering and Interaction with Objects
Real-Time Environment Recognition and Advanced Rendering Features	Interaction with 3D Objects

Through the Pass-Through camera, the surrounding environment is rendered in real-time with high quality, seamlessly merging the real and virtual worlds to provide an immersive and interactive experience. Natural interaction with virtual objects in the real environment allows for a realistic and intuitive experience. By manipulating virtual equipment placed over the real environment, users can experience an innovative boundary-less interaction between the physical world and digital content.

· Immersion Beyond Reality: The Uniqueness of Samwoo Immersion's Optimized Semiconductor XR Content!

1. Optimal Performance through High-Quality Realistic Modeling and Optimization Techniques

Based on Samwoo Immersion's patented technology, we implement high-resolution, realistic modeling to maximize the immersion of trainees. Additionally, we optimize any potential latency during content usage, ensuring that the content is created with the user experience as the top priority.

2. Application of Real-World Custom Lighting Environment

We have implemented a lighting environment identical to the real-world setting and applied it to the modeling.

In the case of the Lithography process, which takes place in a yellow room, you can see that yellow lighting has been applied to the modeling.

Real Environment	VR Environment	MR Environment

· The Best Educational Efficiency, Completed with Innovative Design : IMXR Content Planning for Semiconductor Learning Solutions

Next-generation semiconductor process job training content based on systematic planning procedures

Maximizes the experience effect by performing the same interaction as the actual process through user-centered UI/UX. Increase understanding of semiconductor processing procedures through narration, subtitles, and theoretical explanations related to the process.

Maximized Learning Experience	By providing interactions similar to actual process procedures, trainees can engage in highly realistic and immersive learning.
Enhanced Understanding	Through narration, subtitles, and theoretical explanations, even complex semiconductor process procedures become easy to grasp and master.
User-Friendly Design	Intuitive, user-centered UI/UX creates a convenient learning environment, ensuring maximum educational effectiveness.
Efficient Learning	Systematic planning ensures well-structured content, enabling learners to achieve their goals with ease.


Wafer Manufacturing Process	Photolithography Process ㅣ Exposure Process	Photolithography Process ㅣ Pattern Shape Measurement Equipment	Photolithography Process ㅣLithography Process

Etching Process	Etching Process ㅣ Dry Etcher	Deposition & Ion Process ㅣ Sputter System Target Change & Chamber Cleaning

Furnace system tube change	EDS Process ㅣ Semiconductor Tester	Cleaning Process ㅣ Plasma Cleaning Equipment	Cleanroom Usage and Response to Safety Incidents

· Experience the semiconductor education innovation of Samwoo Immersion, proven through successful implementation cases. * Clicking on the photo will take you to each implementation case.

Sungkyunkwan University