The Next-Generation Infrastructure for Applied Learning
UDES enables students to experience applied lessons in a safe and interactive VR environment, while teachers manage the class and monitor student progress from a single web-based panel.
Cost, risk and measurement gaps in applied education
Schools must balance safety, equipment costs, limited practice time and teacher visibility while providing meaningful hands-on learning opportunities.
High-risk practical activities
Limited practice time per student
Insufficient opportunities for repetition
Difficulty monitoring every student
Lack of consistent application standards
Safe, standardized, measurable and teacher-controlled
Safe experience
High-risk steps can be repeated in a controlled learning environment.
Standardized learning
The same interaction and task logic is maintained for every student.
Measurable performance
Time, errors, steps and success criteria become visible.
Teacher control
Lessons, students and progress are managed from a single panel.
Explore UDES demo scenarios
Electrical Safety
Practice electrical safety procedures in a controlled VR environment.
Interplanetary Gravity
Experience differences in gravitational force through interactive simulation.
Atomic Structure
Explore atomic structure through an immersive learning experience.
The teacher selects, the student applies, the results become visible
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1
The teacher selects the lesson
Content, class and application mode are selected.
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2
The student completes the VR task
Students progress through defined steps, feedback and safe error scenarios.
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3
The teacher monitors the results
Progress, duration, errors and success data become visible in the panel.
One product system, four integrated layers
UDES is more than an application running inside a VR headset. It is an institutional education platform combining teacher control, a task engine and a modular content infrastructure.
VR student application
Students complete interactive tasks on Meta Quest 3S in a controlled environment.
Teacher panel
Lessons, devices, student progress and outcomes are monitored through the web.
Data-driven task engine
Steps, conditions, hints, error flows and success criteria can be configured.
Synchronization infrastructure
UDES is being developed with an offline-first architecture for school environments.
Multiple subject packages on a single infrastructure
Electrical & Electronics
Content scope and availability are managed according to the development roadmap.
Physics
Content scope and availability are managed according to the development roadmap.
Chemistry
Content scope and availability are managed according to the development roadmap.
Biology
Content scope and availability are managed according to the development roadmap.
English
Content scope and availability are managed according to the development roadmap.
Vocational Applications
Content scope and availability are managed according to the development roadmap.
A structured process from needs analysis to annual renewal
- 1 Needs analysis
- 2 Package and device planning
- 3 Installation
- 4 Teacher training
- 5 Pilot lesson
- 6 Usage monitoring
- 7 Support
- 8 Annual renewal
Turn practical learning into a visible and measurable learning process
Safety awareness
Technical skills
Problem solving
Learning through repetition
Preparation for real-world practice
Performance visibility
Evaluate UDES in a real classroom environment
A controlled process covering needs analysis, device planning, teacher training, pilot lessons and outcome evaluation.
Verifiable product evidence instead of fictional references
Real pilots, collaborations, teacher feedback, case studies and measurable outcomes will be published here as they become available.
Key questions before adopting UDES
Which grade levels is UDES designed for?
UDES is designed for secondary schools, vocational high schools and institutions providing applied education.
Which VR headsets does UDES support?
The current product architecture is developed primarily for Meta Quest 3S.
Does UDES replace physical laboratories?
No. UDES is designed to complement practical education and prepare students for real-world applications rather than replace every physical laboratory.
Can custom content be developed for institutions?
Yes. Institution-specific VR scenarios and application flows can be evaluated within the scope of custom development projects.
Let’s determine the right UDES model for your school.
Tell us whether you are interested in a demo, pilot program or institutional offer.
