About
I build research-driven systems around perception and accessibility. My work connects visual impairment, sensory integration, computational methods, and human-centered interactive design.
Focus
Multisensory perception and assistive technology
Practice
Research, prototyping, analysis, and interactive systems
Tools
Python, MATLAB, Unity, C#, VR, machine learning
Timeline
Istituto Italiano di Tecnologia, Unit for Visually Impaired People
Postdoctoral role following doctoral work in multisensory perception, accessibility, and assistive technology research.
Istituto Italiano di Tecnologia, Unit for Visually Impaired People
Research in visual impairment, sensory integration, machine learning, and user-centered assistive systems.
City University of London, CrabbLab
Research visit in optometry and visual science with focus on perception and vision-related experimental work.
Vrije Universiteit Amsterdam
Research collaboration connected to human movement sciences and multisensory experimentation.
Wolkoss Entertainment
Independent creative and development direction under the Wolkoss Entertainment label.
CNVP-Lab, Yeditepe University
Worked on research tasks within a TUBITAK-supported project environment.
Kapadokya University
Teaching and academic support role before doctoral research period.
Universita degli Studi di Genova
Doctoral training in bioengineering and robotics with research centered on perception, accessibility, and assistive technologies.
Yeditepe University
Graduate studies connecting cognition, perception, and interdisciplinary research methods.
Yildiz Technical University
Undergraduate background bringing language and educational sciences into later research practice.
IEEE MeMeA 2024
A game designed to map and detect scotoma through an accessible behavioral task.
European Conference on Visual Perception 2024
Work showing that people do not automatically avoid regions where movement feedback is occluded.
Selected publications
A compact section for publications and conference work, styled to stay consistent with the rest of the page.
Perception at the time of the scotoma: insights from auditory and visual speed perception.
Assessing the impact of mixed reality scotoma simulation on auditory and visual spatial perception.
People do not automatically avoid regions in which feedback about their movements is occluded.
V-Spy Scotoma: A game designed to map and detect scotoma, improves accuracy with machine learning.
Variability in how blind people localize the steps of a staircase.