SEMICONDUCTOR MANUFACTURING TRAINING
Semiconductor fabrication,
practiced hands-on in XR
XR N-FARADAY recreates costly, high-risk semiconductor training in an XR environment that mirrors real equipment. It is an integrated training solution for repeated practice, from process understanding to equipment operation and safety response.
Standard curriculum
64 hours total, practice-focused
MOSFET process practice
From cleaning to metallization
Semiconductor experts involved
10+ years of experience on average, PhD holders
Wafer equipment replicated
Current industry-standard mass-production spec
OVERVIEW
Hands-on training without limits of space, cost or content
XR N-FARADAY implements the entire semiconductor manufacturing process as immersive content and connects curriculum, assessment and learning management in one platform. Level-based programs serve both university workforce training and K-12 career exploration.
Real fab · Equipment build-out over KRW 2 billion, chemical and high-temperature hazards
XR N-FARADAY · The same process, repeated safely in a virtual fab
Prohibitive equipment cost
Building semiconductor process equipment costs over KRW 2 billion. Most universities own only one or two core process tools.
Safety risks of hazardous processes
Training with chemicals and high-temperature equipment carries accident risk. The more practice grows, the safer the training method must be.
Content disconnected from industry
A lack of standardized textbooks and lab materials keeps training theory-centered, widening the gap between theory and practical skills.
FEATURES
Features
Field-level precision
Semiconductor experts took part directly in recreating the processes and equipment. Content passed step-by-step expert review and was validated against real fab environments.
Responsive process simulation
Trainees enter temperature, speed and time on a keypad inside VR. Downstream processes and results change in real time based on their input.
Integrated learning management
Manage progress, assessment and individual learning history in one place, with bulk content deployment, real-time device monitoring and remote power control.
Immersive, high-fidelity realism
4K+ resolution, 60+ FPS real-time rendering, precise physics simulation and 3D spatial audio create a near-real training environment.
Instant feedback
The system validates settings and flags errors immediately for correction. Branching scenarios build practical judgment.
Scalability and compatibility
Modular design lets you adopt only the content you need, with multi-platform support, LMS integration and cloud infrastructure.
PROCESS
The MOSFET fabrication process, start to finish
Practice the MOSFET fabrication process in order, from cleaning to metallization, using six masks.
R.C.A Cleaning
Pre-cleaning · SC1 · SC2 · Piranha · HF and rinsing
Photo-lithography
PR coating · UV exposure · Development · Rinsing
Etching
R.I.E. · Wet etching · PR removal
Metallization
N++ doping · Metallization (Al/Cu)
R.C.A Cleaning Room
Wet bench, hot plate heating, chemical reaction simulation
Lithography Room
Lithography practice from PR coating through exposure and development
Furnace Room
Set the target temperature and watch the furnace respond
Cluster Room
Operating deposition tools such as CVD and Sputter
Equipment, facilities and safety, just like a real fab
Gas supply system
Yellow room inspection equipment
Safety equipment (breathing apparatus)
CURRICULUM
A practice-focused 16-week, 64-hour curriculum
Delivered not as standalone content but as an integrated program with level-based curricula.
Weeks 1–2
Semiconductor basics and VR system orientation
Weeks 3–6
Wafer preparation and basic processes
Weeks 7–10
Photolithography and etching
Weeks 11–14
Ion implantation and metallization
Wrap-up
Assessment and certification
University track
Covers core subjects including semiconductor devices, processes, materials and circuit design, combining theory with practice.
- Two-semester (16-week) standard curriculum
- 50-step MOSFET-based process practice
- Digital/analog circuit design, device and process theory, design rules
- Advanced textbooks and detailed assessment materials
K-12 track
Scenario-based content focused on sparking interest and career exploration, including cleanroom basics and equipment maintenance practice.
- Experience content
- NCS-based cleanroom and equipment disassembly/assembly scenarios
- Simplified textbooks and assessment materials
PACKAGE
Package
Choose only the modules you need.
XR content
Process, equipment and safety content centered on 50-step MOSFET fabrication, including equipment disassembly/assembly, cleanroom use and accident response.
Integrated LMS
Progress, assessment and history management, content selection and deployment, real-time monitoring, remote power control.
Training program
16-week, 64-hour course, textbooks and assessments from beginner to expert, instructor training program.
Hardware
Meta Quest 3 HMD, RTX 3080-class PC, cloud server.
CASES
Proven in industry and education
Photos are illustrative images for reference.
MESHLINK
OFFICIAL DISTRIBUTOR
For purchase and deployment, contact our official distributor, MeshLink
MeshLink handles quotes, configuration consulting, installation and training support for XR N-FARADAY.
BENEFITS
Benefits
Lower cost than building real equipment
Reduces costs for equipment, maintenance, consumables and cleanroom operation.
Safe, repeatable practice of hazardous processes
Train costly, dangerous processes and emergencies without real equipment.
Access to training anywhere
Practice without large equipment or a cleanroom, reaching more students.
Level-based, modular curricula
Customize training with diverse scenarios and update or reuse content quickly.
Considering XR N-FARADAY?
We will recommend a configuration that fits your trainees and scale.