Khalifa University · Abu Dhabi, UAE

Autonomous Robotics & Embodied Intelligence Systems Lab

We develop robotic systems that perceive, learn, and act — across marine environments, agricultural greenhouses, healthcare settings, and beyond. Led by Associate Professor Dr. Irfan Hussain.

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Research in action

Researcher using a handheld pollination device among tomato plants in a greenhouse — Assisted pollination

Fingertip sensor measuring an avocado — Tactile fruit sensing

Hands demonstrating a flexible red robotic finger prototype — Compliant mechanisms

Knee exoskeleton being evaluated during treadmill walking — Wearable robotics

Researcher preparing an underwater robot for a pool test — Underwater robotics

Researcher using a VR headset and haptic gloves alongside a mobile robot arm — Immersive robot control

Our premise

HumaRipe humanoid robot assessing tomatoes through vision and tactile interaction — HumaRipe: vision meets touch

Intelligence is not only computed. It emerges from the continuous conversation between brain, body, and environment.

250+Peer-reviewed Publications

4447+Citations

AED 44M+Research Funding

6US Patents

36H-Index

Embodied intelligence framework for robotics

Research vision

Connecting physical and cognitive intelligence.

Traditional robotics separates mechanics from algorithms. AREIS Lab builds systems where compliant design, sensing, actuation, perception, planning, learning, and control work together.

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Lab director

Dr. Irfan Hussain

Associate Professor of Robotics and Mechanical Engineering at Khalifa University and Deputy Director of KUCARS. His research spans wearable, healthcare, marine, agricultural, and autonomous robotics.

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The team

Researchers, engineers, and students across marine, agricultural, healthcare, and manipulation robotics.

Meet the team & alumni

Partners & collaborators