IMXR Semiconductor Job Training VR Content (Semiconductor Job Training MR Content) : IMXR® CONTENTS

IMXR Semiconductor Job Training VR Content (Semiconductor Job Training MR Content)

Semiconductor Job Training MR Content

IMXR® Semiconductor Job Training MR Content

There is a need to improve the next-generation semiconductor customized education environment in line with changes in industrial paradigm and market fluctuations.

IMXR Job Training Semiconductor Process Content provides repetitive and systematic job training for semiconductor equipment processes without time and place constraints in virtual space. By implementing a virtual reality-like environment, it is designed to allow users to experience vivid visual and auditory experiences as they interact in real processes.

Key Features

· Real-Time Environment Recognition and Advanced Rendering

This provides an immersive and highly interactive experience by seamlessly blending reality and virtual reality through high-quality rendering of the surrounding environment in real-time via the passthrough camera.

· Interaction with 3D Objects

Experience a realistic and intuitive interaction with virtual objects in a real-world environment. By manipulating virtual equipment placed within the physical space, users can enjoy an innovative experience where the boundaries between the physical world and digital content disappear.

· Customized Lighting Environment for Real-World Integration

A lighting environment identical to the real-world setting has been implemented and applied to the modeling. For example, in the lithography process, which is conducted in a yellow room, the yellow lighting has been accurately applied to the modeling, providing an authentic representation.

Real Environment	VR Environment	MR Environment

· High-Quality 3D Graphics and Animation

Provides high-quality 3D modeling and animation to deliver an immersive MR experience. Users can perform process procedures in front of equipment modeled to a 1:1 scale with actual semiconductor equipment and experience equipment operations through animations corresponding to each procedure.

Content Name	Actual Photo	3D Modeling
Lithography Process
Etching Process
RF Sputter Process

· Stable Frame Rate Maintenance through Performance Optimization

To provide an immersive user experience, the optimization is tailored for mobile environments, ensuring a stable frame rate of at least 60 FPS. This is achieved by reducing polygon count in modeling, applying Level of Detail (LOD), minimizing texture resolution, and using baked lighting to apply lighting to textures, all contributing to performance optimization.

PC Modeling	Mobile Modeling (Applied to Semiconductor MR)

Content Structure

NO	Eight Major Processes	Content Title	Equipment	Content Description	MR Implementation
1	Wafer Manufacturing Process	Wafer Manufacturing Process	Edge Grinder	Learning the wafer manufacturing process through quizzes.	-
2	Oxidation Proces	-	-	-	-
3	Photolithography Process	Exposure Process	Exposure Equipment	Learning the wafer exposure operation process by familiarizing with the photolithography exposure process and its procedures.	-
		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.	O
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.	O
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.	-
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.	O
		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.	-
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.	-
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.	-

Technical Specifications

• Development Tools and Languages : Unreal Engine 5, C++ and Blueprint

• Hardware Requirements

Equipment Name	Meta Quest3	Meta Quest Pro
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