Business Name: Gachon University_[Specialized University Project Group] VR Software Purchase
Project Duration: October 18, 2024 - November 26, 2024
Perfect Link Between Industry and Education, A New Leap Forward for Future Semiconductor Talent Development!
Innovative solutions that meet the diverse needs of educational institutions and industries!
Gachon University College of Semiconductor
Delivering Optimal Solutions for Advanced Education
Gachon University Semiconductor College fosters future talent to lead cutting-edge technologies, including AI semiconductors, through four years of intensive education and hands-on training.
Samwoo Immersion offers VR/MR-based educational content on RF Sputter processes and Lithography processes, which are part of deposition and ion processes, using equipment identical to those in real manufacturing environments. Trainees can repeatedly practice these processes to enhance their capabilities as semiconductor specialists. Samwoo Immersion’s VR/MR solutions and content are powerful tools designed to prepare students to seamlessly transition into the industrial field after graduation.
Essential Skills in the Age of Immersion : Semiconductor Job Training
Semiconductors are a crucial component of modern industry and form the foundation for the development of advanced technological sectors. However, the complex and precise nature of semiconductor processes presents challenges for on-site practice, limiting the training of skilled personnel. To overcome these challenges, Samwoo Immersion has developed a semiconductor job training program using VR and MR technologies.
This training program is designed to systematically cultivate practical skills through the study of major procedures in semiconductor processes. By conducting training in an environment similar to actual processes using VR and MR technologies, participants can gain real-life experience beyond theory and strengthen their job application skills. This approach helps to overcome spatial and equipment constraints and contributes to enhancing the high-level technical expertise and understanding demanded by the industry.
1. Contents
Trainees will experience educational procedures identical to real manufacturing processes for RF Sputter processes (part of deposition and ion processes) and Lithography processes (part of photolithography). Through this, they will become familiar with RF Sputter and Lithography processes and the equipment used, improving their practical skills.
Content Name
Equipment Used
Details
RF Sputter Process VR/MR Content
RF Sputter
Learn about the operational principles of RF Sputter and how to replace sputter targets to deposit various types of thin films. Using RF Sputter equipment, students will practice depositing a gold thin film via plasma.
Lithography Process VR Content
Spin Coater
Hot Plate (Wet Station)
Mask Aligner
Microscope
Learn the photolithography process, which creates patterns on a wafer using light. The steps include HMDS Coating, PR Coating, Baking, Mask Alignment & Exposure, Development, and Inspection.
Monitoring and
Management System
HMD Connection and Content Execution Control : Real-time monitoring of connected HMD devices and remote control of content execution and termination for centralized management.
Real-time Connection Status Monitoring : Instantly check the connection status of HMD devices for immediate response.
User-Friendly Interface : Intuitive and easy-to-use interface allows administrators to monitor and control device status without complex technical knowledge.
Remote Scenario Selection and Control : Enables the selection of scenarios remotely, allowing all devices to execute the same content or provide different content per device as needed.
Real-time Training Monitoring : Track the training progress of each device in real time, addressing errors promptly to enhance learning efficiency.
Stable Network Environment : Operates on both 5GHz and 2.4GHz Wi-Fi networks, ensuring reliable connectivity even when managing multiple devices simultaneously.
2. Semiconductor Equipment 3D Modeling
The semiconductor equipment used in the content replicates real-world manufacturing equipment. By offering high-resolution models at actual scale, the immersive experience for trainees is maximized.
Content Name
Real Photo
3D Modeling
RF Sputter Process
Lithography Process
3. Scenario Based on 8 Semiconductor Process Steps
Wafer manufacturing : Cut silicon ingots into round wafers
Oxidation : Forming a silicon oxide film on the wafer surface
Photo : Engraving a semiconductor circuit on a wafer using light
Etching : Removal of the remaining portion (oxide film) excluding the circuit pattern
Deposition, ion implantation : After making a thin film, ion implantation to have electrical properties
Metal wiring : Connect the electric path (metal wire) according to the circuit pattern
Test (EDS) : Inspects each chip (die) on the wafer to eliminate defective products
Packaging : Cut the chips on the wafer into individual pieces and apply a protective film to complete the semiconductor
IMXR Semiconductor Job Training Content
In the face of changing industrial paradigms and market fluctuations, the need for next-generation customized educational environments, specifically focused on the eight core processes of semiconductor manufacturing, has become increasingly important.
The IMXR Semiconductor Job Training Content is designed to allow learners to repeatedly and systematically study the key eight processes of semiconductor equipment in a virtual space, unrestricted by time and place. This optimal educational solution eliminates the high costs associated with building training equipment for practical education and the risk of equipment malfunction due to frequent use, enabling learners to improve their skills through repeated practice.
IMXR Semiconductor 8 Major Processes Tour MR Content
Busan Headquarters : (48732) 10th floor, 244, Jungang-daero, Dong-gu, Busan (Choryang-dong, Heungkuk Life Insurance Busan office building) Seoul IX Development Center : (04323) Room 812(Fast Five Seoul Station Branch), 366, Hangang-daero, Yongsan-gu, Seoul, Republic of Korea
TEL : 1600-1663 ｜ FAX : 051-977-0302 ｜ MAIL : info@samwooim.com
Gachon University College of Semiconductor
Construction Case
Business Name: Gachon University_[Specialized University Project Group] VR Software Purchase
Project Duration: October 18, 2024 - November 26, 2024
Perfect Link Between Industry and Education, A New Leap Forward for Future Semiconductor Talent Development!
Innovative solutions that meet the diverse needs of educational institutions and industries!
Delivering Optimal Solutions for Advanced Education
Gachon University Semiconductor College fosters future talent to lead cutting-edge technologies, including AI semiconductors, through four years of intensive education and hands-on training.
Samwoo Immersion offers VR/MR-based educational content on RF Sputter processes and Lithography processes, which are part of deposition and ion processes, using equipment identical to those in real manufacturing environments. Trainees can repeatedly practice these processes to enhance their capabilities as semiconductor specialists. Samwoo Immersion’s VR/MR solutions and content are powerful tools designed to prepare students to seamlessly transition into the industrial field after graduation.
Essential Skills in the Age of Immersion : Semiconductor Job Training
Semiconductors are a crucial component of modern industry and form the foundation for the development of advanced technological sectors. However, the complex and precise nature of semiconductor processes presents challenges for on-site practice, limiting the training of skilled personnel. To overcome these challenges, Samwoo Immersion has developed a semiconductor job training program using VR and MR technologies.
This training program is designed to systematically cultivate practical skills through the study of major procedures in semiconductor processes. By conducting training in an environment similar to actual processes using VR and MR technologies, participants can gain real-life experience beyond theory and strengthen their job application skills. This approach helps to overcome spatial and equipment constraints and contributes to enhancing the high-level technical expertise and understanding demanded by the industry.
1. Contents
Trainees will experience educational procedures identical to real manufacturing processes for RF Sputter processes (part of deposition and ion processes) and Lithography processes (part of photolithography). Through this, they will become familiar with RF Sputter and Lithography processes and the equipment used, improving their practical skills.
VR/MR Content
VR Content
(Wet Station)
2. Semiconductor Equipment 3D Modeling
The semiconductor equipment used in the content replicates real-world manufacturing equipment. By offering high-resolution models at actual scale, the immersive experience for trainees is maximized.
3. Scenario Based on 8 Semiconductor Process Steps
In the face of changing industrial paradigms and market fluctuations, the need for next-generation customized educational environments, specifically focused on the eight core processes of semiconductor manufacturing, has become increasingly important.
The IMXR Semiconductor Job Training Content is designed to allow learners to repeatedly and systematically study the key eight processes of semiconductor equipment in a virtual space, unrestricted by time and place. This optimal educational solution eliminates the high costs associated with building training equipment for practical education and the risk of equipment malfunction due to frequent use, enabling learners to improve their skills through repeated practice.