Education in 360°: the immersive cave project.

 

Client need

 Within the Faculty of Engineering at Vasile Alecsandri University, 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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