MR (MIXED REALITY) SYSTEMS
Mixed Reality (MR) integrates digital content with the physical environment in an interactive manner. Through MR headsets and dedicated software, users can view, examine, disassemble, and reassemble 3D models directly within real-world settings. This creates training experiences that are more engaging, safe, and long-lasting.
In MR systems, users can realistically view models on a large 3D LED display with stereoscopic glasses. Using handheld control devices, they can easily zoom in, zoom out, rotate, scale, or disassemble models. This allows learners to grasp complex structures faster and more effectively.
Since MR headsets are designed in the form of regular eyeglasses, learners remain connected to the classroom environment, simultaneously experiencing immersive 3D visuals while maintaining communication with instructors and peers.
The Power of MR in Vocational Training
With MR, critical components such as engines, brake systems, or other mechanical parts can be examined in detail as if working on a real vehicle. This ensures a safe, cost-effective, and realistic training process.
Instructors can simultaneously present 3D models to multiple learners, visually explaining complex mechanisms by disassembling them or demonstrating step-by-step operations. As a result, abstract technical concepts become easier to understand.
MR technology ensures that all learners, regardless of seating position, see models at the same scale and distance. This provides equal, fair, and uninterrupted learning opportunities for everyone.
By integrating 3D visuals into theory-based lessons, instructors can enrich explanations, making knowledge more impactful and memorable.
Key Features of MR in Education
Immersive 3D Experience: Learners can visualize 3D models of engines, brake systems, and other components as if working on real equipment, directly within the classroom.
Instructor Interaction: Advanced software ensures that models appear in front of the instructor, enabling detailed explanations of maintenance techniques and component relationships.
Control Mechanisms: Users can manipulate models using handheld devices—rotating, disassembling, and reassembling them intuitively.
Comfortable and Natural View: MR headsets allow learners to analyze models in detail without visual strain, while staying connected to the real-world environment.
Effective and Lasting Learning: MR-supported lessons provide learners with more interactive, comprehensible, and efficient training experiences.
Classroom Management: Instructors can guide all students’ focus to the same model simultaneously, improving discipline and sustaining learner engagement.
Connection to the Real World: Unlike other immersive technologies, MR headsets keep learners grounded in the classroom, minimizing health risks and supporting natural communication with peers and instructors.