From immersive training classrooms and project-based workshops to versatile multi-functional centers, ScientiaLab delivers VR / glasses-free 3D environments that combine teaching, research, and showcase needs in one place.
Training classroom is a dedicated place for students to conduct practical operations and skill training. It is widely used in vocational education, higher education, and enterprise training, helping students combine theoretical knowledge with practical operations.
Traditional skills training faces multiple challenges in terms of Cost, Safety, and Course Resources.
Training equipment is costly to purchase and maintain, and it occupies much space, causing setup and management inconvenience.
Some training activities (e.g., construction, healthcare) involve significant risks and not easy to practice repeatedly.
Training teaching and resources are inflexible, with restricted interaction and visualization, failing to ensure students' learning experience and participation.
Difficulty in quantitatively evaluating the training process and results due to lacking data support and personalized guidance.
With glass-free 3D holographic AIO device instead of expensive physical equipment, cutting costs and space use. Digital content makes hardware versatile for various training.
VR realistically simulates high-risk or complex scenarios, enabling repeated practice in a virtual space, avoiding real-equipment damage and risk.
Course demos with VR interactions blend theory and practice effectively, enhancing class engagement. Interactive large-screens ensure synchronous and intuitive teaching, backed by rich resources via a 3D courseware engine and shared library.
In VR, record trainees' operation details. Generate personalized reports and feedback to help both trainees and teachers track progress, identify areas for improvement and achieve continuous growth.
VR Co-Teaching Studio is a teaching space specifically designed for research, innovation, and practical activities. It is usually equipped with advanced technologies and equipment, suitable for various innovation activities such as scientific research, design, and development.
Traditional workshops face multiple challenges around research environment, costs, and outcome validation.
The cost of training and research resources is high, and it is impossible to simulate multiple disciplines or scenarios.
The R&D environment and tools are single, lacking intuitive interaction, which affects R&D achievements.
It is difficult to intuitively verify or disseminate the achievements, and teachers can hardly visually see the core value.
1) Glasses-Free 3D AIO: Enables realistic 3D demonstrations and interactions - no special glasses required - making abstract concepts and experimental results easier to visualize.
2) Simulate complex scenarios or operational processes in a virtual environment. Validate new teaching designs, then seamlessly integrate them into real-world classroom settings.
1) Utilize Glasses-Free 3D AIO to integrate training equipment, simulations, and multi-disciplinary resources into a digital space, cutting down on physical infrastructure and maintenance expenses.
2) One hardware setup can seamlessly switch among different professional or academic simulations, accommodating diverse educational and research needs.
1) 3D Demonstrations: Teachers and experts quickly understand new teaching methods and conduct pilot tests.
2) Unified Sharing: Centralize research outcomes and improvement plans for team collaboration.
3) Scalable Success: Expand validated methods, creating a cycle from research to application to enhance teaching quality.
The multi-functional center is a comprehensive venue at school. It integrates various functions and resources, aiming to meet the school diverse needs in teaching, activities, conferences, exhibitions etc. and provides diversified services and experiences for teachers and students.
Traditional multi-functional centers face challenges in presentation methods and operational flexibility.
Traditional display methods (posters, brochures) fail to convey a cutting-edge impression, lacking modern appeal.
Lacks flexibility in switching between different application scenarios (visits, admissions, and open days).
The content of the experience is single, and it is inconvenient to maintain.
Instead of relying on traditional brochures, advanced glasses-free 3D devices, immersive VR headsets, and CAVE space systems create dynamic tech showcases. These cutting-edge tools present school's innovation and learning capabilities, leaving unforgettable impressions on prospective students and parents through interactive and engaging experiences.
Our solution enables easy switching between scenarios - either admissions events, open days, visits, or internal training. It supports seamless transitions between educational content, promotional videos, and interactive experiences. The large-scale immersive CAVE projection allows flexible group experiences, making it ideal for both large-scale events and smaller, guided presentations.
3D LED Screens, equipped with cutting-edge display technology, support multiple users to view the same vivid 3D content. This empowers group visiting, interactive learning, and dynamic discussion. CAVE Projector System, featuring state-of-the-art projection capabilities, enables groups to fully immerse themselves, making it an outstanding solution for grand-scale exhibitions.