Education in 360°: the immersive cave project.

 

Client need

Within the Faculty of Engineering, the main limitation of traditional teaching methods was abstraction. Students found it difficult to visualise the real-scale complexity of mechanical assemblies or industrial workflows when relying solely on 2D screens.

The university identified the following needs:

  • Overcoming 2D limitations: the ability to “step inside” CAD projects to better understand volumes and spatial relationships;

  • Curriculum modernisation: alignment with Industry 4.0 standards to better prepare students for the labour market;

  • Safe simulation environments: the ability to test technological flows or navigate complex industrial facilities without the risks associated with physical presence on construction sites or in factories.

Proposed solution

Key technical specifications

  • Full-surface projection (including the floor): unlike standard systems, floor projection eliminates the “break” in perception, ensuring full environmental continuity and accurate depth perception.

  • 4K visual clarity: high-resolution (4K) projectors ensure precise rendering of fine technical details, essential for interpreting complex engineering drawings and schematics.

  • Direct CAD integration: dedicated software enables seamless import and exploration of CAD files (AutoCAD, SolidWorks, CATIA, and others), allowing immediate transition from design to immersive analysis.

  • Interactive navigation: Users can virtually “move through” buildings or disassemble complex mechanical systems in real time using motion-tracking sensors. 

Educational impact

The deployment of the CAVE system in Bacău transformed the learning process from passive observation into active, experiential engagement.

    • Applied learning: theory is immediately translated into spatial understanding, enabling students to observe how structures behave before physical construction;

    • Risk-free simulation: design errors can be introduced and analysed safely within a controlled virtual environment;

    • Higher engagement: gamification of engineering concepts turns abstract subjects into immersive experiences, significantly improving knowledge retention;

    • Real-time collaboration: multiple students can interact simultaneously within the same virtual environment, supporting teamwork and joint problem-solving.

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