IMAM MOHAMMAD IBN SAUD ISLAMIC UNIVERSITY
Where Technology Meets Human Potential
The IIT Lab develops AI and interactive systems that transform health, education, and communication. Funded by the Research, Development, and Innovation Authority (RDIA), Kingdom of Saudi Arabia.
ABOUT THE LAB
AI and HCI Research for Health and Wellness, Education, and Communication
At IIT Lab, we focus on assistive and rehabilitative technologies that enhance health, wellness, and quality of life. By applying artificial intelligence and human-computer interaction methods, we design intelligent systems that create meaningful impact in clinical practice, education, and everyday life.
Our work aligns with national health and wellness priorities through innovative solutions that support prevention, diagnosis, rehabilitation, and long-term well-being for diverse communities. We collaborate closely with academic, industry, and community partners to translate research into real-world practice.
Our Mission
To design, evaluate, and deploy AI‑driven interactive systems that create real impact in health, education, and communication; and to make these technologies accessible to diverse communities through research, teaching, and collaboration.
Our Vision
To shape a future where inclusive, innovative technology and AI measurably improve human well‑being, education, and communication.
Where Technology Meets Human Potential
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Where Technology Meets Human Potential 〰️
OUR FOUNDATION
What Drives Us?
Collaborative Research
Enable collaborative research across disciplines
AI Innovation
Foster innovation through AI and technology advancements
Faculty Support
Support faculty research and development
Hands-on Learning
Facilitate hands-on learning for students and researchers
“The scenario we want is that these advanced digital intelligences form a kind of symbiotic relationship with us and make life just much easier, get rid of all the drudge work, make everybody more productive.”
Geoffrey Hinton, 2023
DISCOVER OUR
Research Tracks
Brain-Computer Interfaces & Physiological Measurements
We develop technologies for emotion, pain, and stress detection using physiological measurements, brain–computer interfaces, and machine learning, creating non-invasive tools for clinical settings and everyday life.
Robotics in Rehabilitation & Therapy
We explore the integration of robotics, AI, and machine learning in autism therapy, working with therapists and researchers to develop therapeutic robots and design guidelines for child–robot interaction.
Virtual Reality, Motion Sensing & Rehabilitation
We investigate immersive VR and motion detection for both psychological and physical rehabilitation, including upper limb recovery after strokes, as well as phobia cases, designing engaging therapeutic experiences that help patients stay motivated throughout treatment and recovery.
By the Numbers
Achievements & Impact
Collaborations
Projects
People
Publications
Citations
Journals
Services & Opportunities
GET INVOLVED
Thesis Clinic
A service for master's students in CS and AI programs, providing support and guidance throughout the research journey.
Research methodology support, from proposal development through literature review to committee preparation
Academic writing workshops with structured guidance on thesis writing, formatting, and publication standards
Mock defense sessions to practice thesis presentations and prepare for committee questions.
Open Projects
We offer opportunities for interested master’s students and faculty to participate in open projects that foster collaboration and innovation. We provide project concepts, resources, and supervision.
Current areas of interest include:
Healthcare-focused AI for prediction, early detection, and prevention
Virtual reality applications in physiotherapy and rehabilitation
Autism Spectrum Disorder detection and treatment
“In the long run, curiosity-driven research just works better. Real breakthroughs come from people focusing on what they're excited about.”
Geoffrey Hinton, 2023
Upcoming Workshops & Training Courses
Explore Our
Brain-Computer Interface Applications Workshop
This interactive workshop will explore applications of BCI technologies in rehabilitation, emotion detection, and assistive systems. The session will include live demonstrations and selected case studies to highlight current research and practical implementations.
Virtual Reality Training Course
This five-day training course will focus on the integration of virtual reality and motion-sensing technologies for rehabilitation. Participants will engage in practical demonstrations and learn key system design concepts relevant to immersive therapeutic applications.
Robotics Training Course
This five-day training course will introduce the use of robotics technologies in rehabilitation. The program will include practical demonstrations and foundational system design concepts relevant to assistive and therapeutic robotics.