i am Mohamed Fathallah, a Mechatronics and Robotics Engineering graduate from Alexandria University (2020–2025). My journey combines a strong academic foundation with extensive hands-on experience in... Read more

i am Mohamed Fathallah, a Mechatronics and Robotics Engineering graduate from Alexandria University (2020–2025). My journey combines a strong academic foundation with extensive hands-on experience in UAV design, robotics, and manufacturing, as well as leadership and teaching roles that highlight my ability to connect engineering with real-world applications. 🎓 Education & Academic Focus During my studies, I developed expertise across mechanical, electrical, and computer systems, with key courses in artificial intelligence, machine learning, computer vision, automatic control, power electronics, microcontrollers, vehicle dynamics, and industrial robotics. I have applied this knowledge in a variety of projects ranging from UAV systems to robotic arms, bridging theory and practice. 🚀 UAV & Robotics Experience As Mechanical Team Lead of the Alex Eagles UAV team, I directed the design and development of both fixed-wing and quadcopter UAVs for international competitions including the SUAS 2025 and UAVC 2024–2025. My role covered payload delivery systems, obstacle avoidance, object detection, and mapping. Under my leadership, the team consistently ranked in the top five and won multiple Best Technical Report Awards, highlighting my ability not only to engineer solutions but also to deliver precise and professional documentation. Beyond UAVs, I contributed to robotics projects such as: 5DOF Robotic Arm with ROS and MATLAB integration, applying kinematics and motion planning. Semi-Autonomous Basketball Robot, combining mechanical design and control for real-time object handling. Hexacopter and Quadcopter Prototypes, optimized for durability, weight reduction, and ease of assembly. These experiences strengthened my ability to integrate systems, solve complex problems, and work within multidisciplinary teams. 🏆 Awards & Achievements Best Technical Report – UAVC 2025 & SUAS 2025. 5th Place – UAVC 2024 & 2025. These awards reflect my ability to combine technical precision, documentation excellence, and teamwork in competitive international environments. 🛠 Manufacturing & Technical Skills In addition to design, I have hands-on knowledge of manufacturing processes and materials engineering. I am experienced with sheet metal, carbon fiber, and steel, and skilled in CNC laser cutting, wire cutting, machining, and welding. This ensures that my designs are not only innovative but also manufacturable, durable, and cost-effective. My technical toolkit includes: CAD & Design: Fusion 360, SolidWorks. Simulation & Control: MATLAB, Simulink, ROS. Programming: Python, C, Arduino. Other Skills: Git, project management, report writing. 👨‍🏫 Teaching & Mentorship As a Robotics Instructor at IEEE Alex SB’s Protons Program, I taught robotics, CAD, Arduino, and hardware assembly to high school students, helping them design and build functional robots. I also tutor IGCSE and university students in mathematics, mechanics, and physics. These experiences strengthened my communication, leadership, and mentorship skills while inspiring future engineers. 🌍 Career Goals I am seeking opportunities in robotics, UAV systems, automation, and control engineering, where I can contribute my technical expertise and leadership while continuing to grow professionally. My long-term vision is to advance in the field of robotics and autonomous systems, developing technologies that merge innovation with practical applications.

High-performance CAD/CAM Engineer specializing in advanced 3 & 5-axis CNC programming and turn-mill machining. Expert in NX and Mastercam, delivering optimized, production-ready NC programs with preci... Read more

High-performance CAD/CAM Engineer specializing in advanced 3 & 5-axis CNC programming and turn-mill machining. Expert in NX and Mastercam, delivering optimized, production-ready NC programs with precision, efficiency, and deep understanding of real machine behavior, tooling strategy, and complex 3D milling operations.