Conducts attention studies using eye tracking glasses; employs state-of-the-art, stationary, high-resolution eye-tracking technology for precise on-screen studies; utilizes digital, accurate, and portable biosignal sensor technology for objective analysis of physical and cognitive stress scenarios; uses VR and AR glasses to conduct targeted studies on the design of future work environments or interaction technologies, or to develop efficient interfaces for training, education, rehabilitation, or process management; enables motion analysis through a motion capture system (OptiTrack).
Research Experience
Develops digital biomarkers for psychophysiological assessment (cognitive screening for dementia, situational awareness for emergency services); active in the development and evaluation of assistance systems in the AAL (Active & Assisted Living) and digital care research area; particularly focuses on information and communication technology and dementia, with the development of vision-based dementia training and VR-supported relaxation to increase cognitive reserves.
Background
Focuses on human behavior under stress and strong emotions, aiming at the optimal adaptation of technical systems to people.