Professor Azizuddin Khan currently heads the Psychophysiology Lab
at the Indian Institute of Technology Bombay since 2018.
He is the India Value Chair Professor (2024 – Present).
He holds
extensive experience in cognitive psychology and psychophysiology,
with foundational training from Aligarh Muslim University and
advanced research in the temporal dynamics of prospective and
retrospective memory at IIT Kanpur.
At IIT Bombay, he also serves
as Adjunct Faculty at the Sunita Sanghi Centre of Aging and
Neurodegenerative Diseases (SCAN), Associated Faculty at the Koita
Centre for Digital Health, and is a member of the KNIT Centre,
where he collaborates on pioneering research in cognitive science
and digital health. His academic contributions extend globally,
having served as Visiting Professor at Samarkand State University,
Uzbekistan (2018-2021), and the University of Warsaw, Poland
(2018-2019).
Additionally, he held roles as Adjunct Faculty
at Aligarh Muslim University (2015-2017) and Promoeteo Professor
at the University of Cuenca, Ecuador (2014-2016). Prof. Khan’s
research is at the intersection of Cognitive Ergonomics and Human
Cognitive Processes, contributing significantly to our
understanding of memory, learning, and cognitive function across
various populations and contexts.
Email: khanaziz@iitb.ac.in
Contact: +91 22 25764360
Research Publications
Books Published
Book Chapters
Awards
Patents
International Participation
Development of an app called 'Brainu' for the screening of developmental dyslexia.
The app enables screening of dyslexic children easily in a home environment, reducing
stigmatization and the need for frequent therapist visits.
Available on Google Play Store.
Developed an intervention tool for remedial measures of developmental dyslexia.
Application No. 201921049194
Entry Number: 137
This multimodal system improves reading efficiency among dyslexic children by
providing haptic feedback and enhancing reading proficiency.
Development of a brain-controlled wheelchair for quadriplegics using Brain-Computer Interface (BCI). This innovation enables individuals with severe motor disabilities to control mobility using brain signals, offering independence and improved quality of life.