🛠️ My work focuses on virtual reality for healthcare, multimodal interaction, and AI-assisted therapeutic and research workflows. This includes therapist-controlled interactive virtual environments, experimental control, synchronised multimodal data acquisition, eye tracking, behavioural and physiological measurement, and biosignal integration.
🤖 I'm also developing and evaluating tools based on local LLMs, retrieval-augmented generation (RAG) and AI agents for internal knowledge and quality management. This work focuses on source-grounded information retrieval, document review and knowledge curation, with controlled access to technical documentation, workflows and regulatory knowledge.
🔬 My research interests include human experience in virtual environments, mental health, neurorehabilitation, EEG/EMG integration, brain-computer interfaces (BCI), and neurofeedback.
At VTplus, we develop a modular virtual reality platform for clinical applications and empirical research. It combines simulation software, interactive environments, hardware integration and interfaces to measurement, interaction and stimulation systems.
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Simulation and control: Configurable scenarios, stimulus and session control, and therapist or researcher interfaces, with support for VR headsets and projection systems such as PowerWall and CAVE.
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Multimodal integration: Synchronised acquisition of interaction, movement, gaze and physiological data, with interfaces for EEG/EMG, brain-computer interfaces, neurofeedback and external stimulation.
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Adaptive methods: Research and development in multimodal data fusion, virtual agents, AI-assisted intervention support and biosignal-driven feedback loops.
For clinical applications, our development process takes applicable medical device requirements into account, alongside usability, system integration and technical documentation.