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Diako Mardanbegi

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Assistant Professor of Computer Science

American University of Beirut


Email: diako.mardanbegi at aub.edu.lb

Primary Office: Bliss Hall 236

Extension: 4279


I'm an assistant professor of computer science at the American University of Beirut. My main research interests focus on studying human vision and eye movements, particularly in:

  • How they can be sensed and analyzed
  • Their use in understanding human intention and decision-making during human-machine interaction
  • Exploring how various cognitive dysfunctions manifest in changes in the ocular system

I received my PhD in Computer Science from the IT University of Copenhagen in 2013, where I was advised by Dan Witzner Hansen. As part of my postdoctoral research, I worked as a research associate on an EPSRC project, Monitoring Of Dementia using Eye Movements (MODEM), in the Computing and Communications Department of Lancaster University, under the mentorship of Professor Hans Gellersen.

After six to seven years in industry, including roles as a research scientist on Google’s Android XR team and a senior eye-tracking researcher at AdHawk Microsystems, I decided to return to teaching and academia. At AdHawk, I worked on eye-tracking technology and a new generation of sensors for continuous, all-day eye movement monitoring.

Teaching assets: interactive demos used in my teaching

Relevant courses attended:
Organizing Committees Invited Talks Others Paper Reviewing
I regularly review for HCI conferences including CHI, UIST, Ubicomp, as well as eye tracking conferences and workshops including ETRA, PETMEI, and COGAIN. I have also reviewed for journals such as: Journal of Interactive, Mobile, Wearable and Ubiquitous Technologies (IMWUT), The journal of EEE Industrial Electronics Society (IES), and Journal Sensors.

About this cursor

This playful effect is inspired by eye movements: it pauses at fixation points, jumps between them like a saccade, and outlines links as potential targets. With a mouse, fixations move with the page while scrolling, then the cursor returns to your pointer. On touchscreens, the circle trails your finger with a gentle delay, then settles at the final page location when you lift it. The latest five pointer fixations form a scanpath: older points fade as new ones appear. It follows your mouse or touch, not your gaze.