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.

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About the Lab

AI and HCI Research for Health, Education, and Communication

The Innovation and Interaction Technology (IIT) Lab is an interdisciplinary research hub at Imam Mohammad Ibn Saud Islamic University. Supported by RDIA, we develop and commercialize transformative technologies in artificial intelligence and human-computer interaction. We address key societal challenges in health, education, and communication by bringing together science, engineering, and design.

We work closely with academic, industry, and community partners to bring our research into real-world practice.

Our Vision

To shape a future where innovative technology and AI seamlessly enhance human well-being, education, and communication. We believe technology should work for everyone.

Our Mission

We build AI and interactive systems that solve real problems in health, education, and communication, and we share what we learn through research, teaching, and collaboration.

What We Study

Research Tracks

Brain-Computer Interfaces & Physiological Measurements

Developing advanced technologies for emotion, pain, and stress detection using physiological measurements, brain-computer interfaces, and machine learning to create non-invasive tools for clinical settings and everyday life.

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Virtual Reality, Motion Sensing & Rehabilitation

Investigating immersive VR technology and motion detection for upper limb rehabilitation in individuals with brain injuries or strokes. The goal is to design engaging experiences that keep patients motivated throughout recovery.

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Robotics in Therapy

Exploring the integration of robotics, AI, and machine learning in autism therapy, collaborating with therapists and researchers to develop beneficial robots and establish design guidelines for child-robot interaction.

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What We Work With

Research Equipment

Emotiv

Wireless EEG sensor, 14 channels

Muse S

Smart headband for brain wave measurement

Enobio

Wireless EEG sensor, 20 channels

EmbracePlus

Advanced smartwatch for health monitoring

NAO Robot

Autonomous, programmable humanoid robot

Meta Quest

VR headset

Shimmer

Skin temperature sensing device

Delsys Trigno Avanti

EMG sensor for muscle activity and movement

Our Foundation

What Drives Us

Collaborative Research

Enable collaborative research across disciplines

Hands-on Learning

Facilitate hands-on learning for students

AI Innovation

Foster innovation through AI and technology advancements

Faculty Support

Support faculty research and development

Recent Work

Selected Publications

View all publications

Decoding Pain: Advancing Objective Pain Assessment through EEG-Based Brain Computer Interfaces

Brain-Computer Interfaces Track

Adaptive Anxiety Detection and Neurofeedback System Using Brain-Computer Interface and Galvanic Skin Response Signals

Brain-Computer Interfaces Track

Using Brain Computer Interface and EEG Signal in User Identification

Brain-Computer Interfaces Track

The People

Meet the Team

Dr. Abeer AlNafjan

Founder

Brain-computer interfaces, EEG-based pain detection, and physiological signal processing.

Dr. Hessa AlJumaah

Co-Founder

VR-based rehabilitation, motion sensing, and robotics for autism therapy.

Join Our Team

We're looking for researchers

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Get Involved

Services & Opportunities

Thesis Clinic

A service for master's students in Computer Science 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
One-on-one mentorship with personalized sessions from faculty advisors throughout your research journey

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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 guidance.

Currently Open

VR in physiotherapy rehabilitation
Motion detection for upper limb stroke patients

Join a Project

Get in Touch

Let's Connect

Whether you're a researcher, student, or potential collaborator, we'd love to hear from you.

iitlab@imamu.edu.sa

Location

Imam Mohammad Ibn Saud Islamic University
Al Thoumamah Rd, Riyadh, Saudi Arabia