walid alnahlawi

During my master’s studies in production automation, which included industrial automation, modeling and simulation, and robotics, I conducted a research and development (R&D) project to address a major challenge faced by Qamar al-Din production factories. These factories relied entirely on manual labor to form the rolls due to the material’s high viscosity and the difficulty of automated shaping. I performed more than 50 experiments using different materials and methods to develop a principle that enables the automatic forming of Qamar al-Din rolls. After extensive trials, I successfully introduced a new rolling concept and established design relations for the “rolling mat,” which serves as the core mechanical component of the proposed system. The outcome was a productivity increase of over 100% and a significant reduction in manual labor,

During my studies at Damascus University, I gained practical experience in Mechanical Engineering through design projects. In my fourth year, I designed a machine to convert olive pomace into a wood alternative, and in my fifth year, I worked on a machine to crush feed pellets for young chickens. I also participated in workshops, repairing a sheet metal shear at the Faculty of Mechanical and Electrical Engineering. My coursework included foundational and specialized subjects, such as mathematics, mechanics, programming, materials science, thermodynamics, and manufacturing processes. Advanced topics covered included automation, CAD/CAM, dynamics, vibrations, and hydraulic controls. This blend of academic and practical training has prepared me well to address Mechanical Engineering challenges.

During my studies at the Third Industry Technical Institution, I focused on the design and manufacturing of metal and plastic molds. I learned the principles of design and manufacturing, which equipped me with the knowledge necessary to understand how molds are created and applied in industrial processes. The curriculum included in-depth study of manufacturing techniques, engineering drawing, materials science, and workshop practices. This experience contributed to the development of my practical and theoretical skills, preparing me to face challenges in the field of mechanical engineering. My graduation project involved designing a complete plastic mold.

During the three years of study, the primary focus was on the practical aspect, which included experiences in manufacturing screws, gears, and various metal components using machines such as drilling, horizontal milling, vertical milling, and CNC machines. In addition, lathes, shapers, and grinders were utilized, along with the use of hand tools and manual shaping. The theoretical coursework covered vocational sciences, mechanical engineering drawing, Arabic, mathematics, physics, chemistry, and English. The practical assessments required the production of various metal components according to specifications, effectively preparing me to tackle challenges in the field of mechanical manufacturing.