About Our R&D Department
The Research and Development (R&D) Department at ASU-iHub serves as the powerhouse of innovation within Ain Shams University. We are dedicated to transforming academic excellence into industrial impact. By bridging the gap between theoretical research and market needs, we empower students, researchers, and industrial partners to co-create high-tech solutions.
Our department focuses on high-impact sectors, including Artificial Intelligence, Robotics, Sustainable Agriculture, and Digital Transformation. We don't just research; we build, test, and implement functional prototypes that solve real-world industrial challenges, driving the national agenda for localized manufacturing and technological leadership.
Objectives of the R&D Department
Bridge the Gap: To connect academic research with industrial needs through practical, market-ready solutions.
Foster Innovation: To create a supportive environment for students and researchers to transform creative ideas into functional prototypes.
Support Local Industry: To assist national companies in solving technical challenges and improving production efficiency through scientific research.
Advance Student Readiness: To equip students with high-level technical skills by involving them in real-world industrial projects.
Drive Sustainability: To develop innovative technologies that contribute to sustainable development and localized manufacturing.
Smart Agricultural Autonomous Vehicle
Designing and executing a smart Autonomous Vehicle prototype for operational monitoring and problem detection within industrial and farming environments.
🕒 Status: In Progress
AI Industrial Equipment
Developing an AI-driven machine using Computer Vision for automated quality control on production lines to replace manual operation.
🕒 Status: Prototype
Factory Scale Model
Designing and building a 3D-printed simulation model of the factory to train students on engineering design and industrial simulation
🕒 Status: In Progress
Production Line Mechanism
Engineering and developing a high-efficiency mechanical system to optimize production lines and reduce manual intervention.
🕒 Status: In Progress
Agricultural Solutions
Implementing applied research to treat post-harvest diseases and enhance soil quality to improve overall crop productivity.
🕒 Status: In Progress
Automated Packaging Systems
Designing and manufacturing advanced industrial machinery to enhance efficiency and quality in packaging and transport within production lines.
🕒 Status:On Hold
Medical Zircon Development
Improving Zircon material properties to produce high-grade materials specifically for medical and dental prosthetic applications.
🕒 Status: Prototype
Multilingual Digital Platforms
Developing smart, multilingual software and applications to support digital transformation and global knowledge transfer.
🕒 Status:On Hold
Company Name |
Project Title |
Field |
Project Description |
Status |
| Elsewedy Electric | AI Industrial Equipment | Mechatronics | Developing an AI-driven machine using Computer Vision for automated quality control on production lines to replace manual operation. | Allocated to Researchers |
| Elsewedy Electric | Factory Scale Model | Architecture | Designing and building a 3D-printed simulation model of the factory to train students on engineering design and industrial simulation | Allocated to Students |
| Egyptian Black Sands | Medical Zircon Development | Improving Zircon material properties to produce high-grade materials specifically for medical and dental prosthetic applications. | Open | |
| Yes Pac | Automated Packaging Systems | Mechatronics | Designing and manufacturing advanced industrial machinery to enhance efficiency and quality in packaging and transport within production lines. | Open |
| ATS Agriculture | Agricultural Solutions | Implementing applied research to treat post-harvest diseases and enhance soil quality to improve overall crop productivity. | Open | |
| Royal Herbs | Smart Agricultural Autonomous Vehicle | Mechatronics | Designing and executing a smart Autonomous Vehicle prototype for operational monitoring and problem detection within industrial and farming environments. | Allocated to Students |
| Royal Herbs | Production Line Mechanism | Mechatronics | Engineering and developing a high-efficiency mechanical system to optimize production lines and reduce manual intervention. | Allocated to Students |
Whether you are an industry leader looking for innovation or a student with a groundbreaking idea, we are here to collaborate.
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📍 Address: Innovation & Entrepreneurship Center (ASU-iHub), Ain Shams University, Cairo, Egypt.
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📧 Email: [ R.D.Department@ihub.asu.edu.eg]
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📞 Phone: Dr. Mohamed Magdy ( Ihub-Director ) 01000459718
Salma Samir ( Project Manager) 01203497292
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⏰ Working Hours: Sunday - Thursday (9:00 AM - 4:00 PM)