Collaborate with the Robotics Institute on Your Next Challenge
Whether you are facing an automation bottleneck in agricultural operations, seeking real-time defect inspection in manufacturing, or exploring assistive biomedical devices, our faculty and researchers work closely with external partners to investigate, design, and validate practical robotic solutions.
Core Areas of Collaborative Research
We welcome partnerships with growers, manufacturers, healthcare organizations, and technology companies across four primary robotics disciplines.
AgRobotics & Greenhouse Automation
Autonomous crop harvesting, multi-modal soft grippers, pedicel detection, selective weeding in high-crop canopies, and mobile greenhouse cart platforms.
Machine Vision & Quality Inspection
High-speed sub-millimetre surface defect inspection, multi-camera photometric stereo, 3D point cloud registration, and real-time conveyor sorting.
Assistive Devices & Biomechatronics
Wearable upper-limb rehabilitation exoskeletons, clinical spasticity assessment, soft robotic hands, tactile sensing, and assistive feeding robotics.
Autonomous Systems & Manipulation
ROS2 Humble system architectures, MoveIt trajectory generation, sensor fusion (LiDAR, RGB-D, IMU), bin picking, and physics-based simulation.
How We Collaborate
We structure collaborations simply so your team can connect directly with our researchers and begin exploring solutions quickly.
Submit Your Problem
Fill out the inquiry form below detailing the operational bottleneck, prototype idea, or research domain your team is targeting.
Technical Discovery
Meet with our Institute faculty and researchers to discuss technical requirements, feasibility, equipment access, and project scope.
Joint R&D & Validation
We develop, iterate, and benchmark hardware/software prototypes inside our laboratory or in field trials at your site.
Have a Problem or Research Area in Mind?
Tell us about the challenge your company or organization wants to address. Submissions are reviewed directly by Institute Director Dr. Medhat Moussa, Dr. Hussein Abdullah, and affiliated lab researchers.