Benha Faculty of Engineering Achieves Outstanding Results at the 2nd Benha University Robotics Competition
From Concept to Industry 4.0: Student Innovation Takes Center Stage
Benha Faculty of Engineering, Benha University, achieved notable results at the 2nd Benha University Robotics Competition, which brought together 30 student teams representing more than 10 Egyptian universities to compete across various fields of robotics, artificial intelligence, programming, automation, and technological innovation.
The competition provided students with an opportunity to transform their academic knowledge into practical engineering solutions and demonstrate their capabilities in designing and developing advanced robotic systems addressing real-world industrial and societal challenges.
PalletiX 4.0 Wins Best Robot Award
The PalletiX 4.0 team received the Best Robot Award in the Super Robot competition for its integrated industrial automation solution.
PalletiX 4.0 is designed to automate industrial palletizing operations while incorporating intelligent monitoring and predictive maintenance capabilities. The project integrates several engineering disciplines, including:
- Robotics and Mechatronics
- Industrial Automation
- Artificial Intelligence
- Internet of Things (IoT)
- Condition Monitoring
- Data Acquisition and Analysis
- Predictive Maintenance
Unlike conventional automation systems that primarily focus on executing predefined production tasks, PalletiX 4.0 incorporates real-time monitoring and data analysis to identify early indicators of potential faults and support predictive maintenance.
The project therefore represents a transition toward more intelligent industrial automation aligned with the principles of Industry 4.0, where robotics, connectivity, data analytics, and intelligent maintenance are integrated within a single system.
Project Supervisor:
Dr. Muhammed Gaafar,
Team Members:
Ahmed Lasheen, Ahmed Soliman, Ahmed Shalaan, Amira Rabie, Iman Elrobigy, and Aya Mohammed.
SIRIUS Achieves Second Place in Freestyle Competition
The SIRIUS team achieved second place in the Freestyle competition with an AI-driven quadruped robot developed for search and rescue operations in hazardous disaster environments.
SIRIUS is designed to support rescue operations following events such as earthquakes and structural collapses, where unstable environments can pose significant risks to human rescue teams.
The quadruped locomotion system enables the robot to navigate unstable and unpaved terrain, while its crawling mode allows it to access narrow spaces that may be inaccessible to humans or conventional wheeled robots.
The robotic platform integrates:
- Quadruped locomotion
- Thermal and visual cameras
- AI-based survivor detection
- Real-time sensing and monitoring
- IoT connectivity
- Wireless data transmission
By combining robotic mobility, AI-based perception, and real-time communication, SIRIUS is designed to provide rescue teams with valuable situational information and support safer and more informed decisions during search and rescue operations.
Project Supervisor:
Dr. Mohamed Shehata
Team Members:
Saifeldin Elshazly, Ziad Adel, Desouki Safwat, Soliman Zakaria, Haneen Khaled, Hamed Ahmed, Zaid Medhat, Hafsa Alaa, and Sohaila Bahaa.
Engineering Education Through Practical Innovation
The achievements of PalletiX 4.0 and SIRIUS highlight the importance of hands-on engineering education and multidisciplinary student projects.
Both projects demonstrate how students can combine knowledge from mechatronics, robotics, artificial intelligence, automation, embedded systems, IoT, and data analysis to develop integrated solutions for real industrial and societal challenges.
Such competitions provide an important environment for students to test their designs, work within multidisciplinary teams, solve engineering problems under competitive conditions, and gain practical experience that complements their academic education.
The success of the two teams reflects the commitment of Benha Faculty of Engineering, Benha University, to supporting student innovation, practical engineering education, and the development of technologies aligned with the evolving requirements of modern industry and society.
Congratulations to the students and their supervisors on these achievements, with best wishes for continued success in future competitions and innovation initiatives.
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