Research Directions

The department’s research focuses on methods, models, and technologies for creating, analyzing, and applying immersive environments and virtual and augmented reality systems.

1. Computer Vision Methods for Immersive Environments

   Real-time recognition of objects, poses, gestures, and movement for user interaction with VR/AR systems.

2. Human-Computer Interaction Models in VR/AR

   Research on gesture-, gaze-, voice-, spatial navigation-, and natural interaction-based interfaces in immersive systems.

3. Methods for Building and Visualizing Virtual Environments

   3D modeling, procedural generation, scene optimization, and spatial representation of data in virtual space.

4. Digital Twins and Cyber-Physical Systems in XR

   Modeling, visualization, and monitoring of objects and processes in virtual or augmented environments.

5. Immersive Technologies for Education, Training, and Simulation

   Methods for building educational simulators, virtual laboratories, training systems, and practical learning scenarios.

6. UX, Ergonomics, and Cognitive Load in XR Systems

   Evaluation of usability, effectiveness, safety, and the impact of immersive environments on users.

7. Generative Approaches to XR and Game Content Creation

   Methods for automated creation of scenes, objects, scenarios, and interactions for immersive systems.