Under the patronage of Prof. Dr. Essam El Kordi, President of Alamein International University, and Prof. Dr. Hesham Gaber, Vice President for Academic Affairs, and as part of the University’s commitment to strengthening the integration of academic learning and practical application, fostering innovation, and bridging theoretical knowledge with real-world implementation, the Faculty of Engineering at Alamein International University has unveiled an outstanding portfolio of engineering projects and achievements developed within the Faculty and across the University campus.
These projects are the outcome of extracurricular student activities, graduation projects, and hands-on coursework across various academic programs. They were carried out under the direct supervision of Prof. Dr. Remon Eskander, Director of Academic Programs at the Faculty of Engineering, with active participation and continuous guidance from faculty members. This collaborative effort successfully transformed academic concepts into innovative, practical engineering solutions that serve the university community, promote sustainability, and enhance the quality of life on campus.
Most of the projects distinguished themselves through the integration of mechanical design, robotics, control systems, artificial intelligence, electronics, and programming. Through creativity, teamwork, and practical implementation, students demonstrated their ability to address real-world challenges and develop advanced engineering solutions.
Innovation in Service of Humanity
In support of individuals with disabilities and to promote the concept of inclusive accessibility, students designed and implemented an electric lift serving the first four steps at the entrance of the Faculty lobby, ensuring ease of movement and accessibility for students with special needs.
Students also designed and assembled a locally developed internal transportation vehicle (Golf Car Mobility) aimed at enhancing mobility across the campus. The vehicle operates using rechargeable batteries and can also be charged through solar energy.
Among the notable projects was the development of an AI-Powered Autonomous Wheelchair, designed to provide a safe, independent, and user-friendly mobility solution for individuals with severe physical disabilities or limited limb control.
In the field of interactive robotics, students successfully developed the upper body of NOVA – AI-Powered Interactive Humanoid Robot, integrating it with a comprehensive intelligent interaction system that enables the robot to listen to users, recognize speech, understand questions, and generate appropriate responses in more than ten languages and dialects, allowing it to communicate effectively with users from diverse cultural and linguistic backgrounds.
Students also developed the AI-Powered Dental Assistant Robotic Arm, consisting of a five-degree-of-freedom robotic arm suitable for handling lightweight instruments within dental clinics. The system was equipped with intelligent visual perception capabilities through training on approximately 1,500 images representing four different dental instruments.
Among the innovative healthcare projects, students designed and implemented the motion and dynamic guidance systems for the Smart Integrated Prosthetics project, an intelligent prosthetic leg equipped with advanced sensing technologies and smart guidance systems based on cutting-edge dynamic sensing techniques.
Students also successfully designed and developed a Prosthetic Thumb Device, utilizing precise engineering mechanisms that mimic the natural movement of thumb joints and help restore essential motor functions.
In the field of smart healthcare, students created an Automated IV Flow Control System, an advanced electronic system that employs precision sensors to automatically regulate intravenous infusion rates according to the highest safety standards, thereby enhancing patient safety within healthcare facilities.
Another innovation was the Smart Knee Physiotherapy Belt, which combines ergonomic design with modern therapeutic technologies to support knee rehabilitation and physiotherapy treatments.
The projects also included a Smart Pill Dispenser, a fully automated device designed to dispense and schedule medications according to dosage plans and administration times prescribed by physicians.
In the field of mobile robotics, students presented the Autonomous Mobile Manipulator Robot, a compact robotic platform equipped with a robotic arm and a tracked mobility system. The robot is capable of navigating indoor environments, understanding its surroundings, making decisions, and performing tasks autonomously.
Renewable Energy and Advanced Technology Projects
Students successfully designed and developed a mobile solar water heater capable of reaching a maximum temperature of 80°C and delivering a hot water flow rate of up to 40 liters per hour, demonstrating the practical potential of clean and renewable energy applications.
They also developed and furnished the Faculty’s green recreational area, installing two modern and sustainable swing structures to provide students with a natural and interactive social space where they can relax, recharge, and engage in recreational activities between classes.
The activities further included the design and implementation of a variety of advanced robotic arms, engineering prototypes, and precision machines, reflecting the students’ high level of technical and practical expertise.
Enhancing the Faculty’s Infrastructure
As part of efforts to support educational activities and practical training, students manufactured and supplied 100 workshop and laboratory stools made of durable beech wood, each measuring 70 cm in height and 40 cm in diameter, specifically designed to meet the requirements of engineering laboratories and workshops.
They also equipped outdoor study areas with four large study tables measuring 2.5 m × 1.2 m, accompanied by 24 high-quality stainless-steel chairs, creating a suitable environment for studying and collaborative work.
To further improve student comfort, an innovative lounge area was designed and implemented, featuring a distinctive chaise lounge accompanied by an elegant decorative mural measuring 5 meters in length and 2.5 meters in height, providing a welcoming space for relaxation and student interaction.
Additional aesthetic enhancements were introduced throughout the Faculty through the installation of an elegant wall-mounted decorative shelving unit crafted from beech wood, contributing to the visual appeal of the educational environment.
Community-Oriented Ideas and Smart Solutions
Several projects focused on integrating modern technologies with environmental sustainability concepts, lighting design, and energy-efficient solutions, in line with the Faculty’s strategy of developing service-oriented and recreational projects that benefit the wider community.
Among the most notable was the Coffee Hub project, which presents a vision for a contemporary community center within smart cities, based on optimal space utilization and seamless integration with the surrounding environment.
Students also developed the Omnidirectional Pop-up Wheel Sorter, a computer vision-enhanced parcel classification and smart sorting system capable of dynamically directing products without interrupting production lines. The system utilizes intelligent computer vision recognition, omnidirectional routing technologies, and ultra-fast digital control mechanisms that adjust wheel angles within fractions of a second.
This distinguished portfolio of projects represents a true reflection of the innovation and excellence demonstrated by students of the Faculty of Engineering at Alamein International University. Developed under the academic leadership and continuous supervision of Prof. Dr. Remon Eskander, Director of Engineering Programs, and supported by an outstanding team of appointed and affiliated faculty members, these achievements underscore the Faculty’s success in delivering a comprehensive educational model that extends beyond the classroom to encompass extracurricular activities, applied projects, and graduation projects that evolve into tangible solutions serving the university community.
These accomplishments further contribute to preparing a new generation of engineers capable of innovation, leadership, and global competitiveness, while reflecting the exceptional academic and creative standards demonstrated by the Faculty’s students across various engineering disciplines.
