Jazan University, Saudi Arabia
Author Profile
Early Academic Pursuits:
Prof. Abdelrahman Abouzaid Mohamed Abouzaid began his academic journey with a Bachelor's degree in Applied Arts from Helwan University, specializing in Metal Products and Jewelry, in 1994. His pursuit of advanced studies led him to earn a Master of Philosophy in Applied Arts from the same university in 2001, focusing on metal products and jewelry. He furthered his expertise by obtaining a Doctor of Philosophy in Applied Arts in 2008, with a specialization in advanced technology for the operation of metal products and ornaments.
Professional Endeavors:
His professional career began as a Demonstrator at Helwan University in 1994. His expertise in metal products and jewelry design saw him ascend through various academic ranks, eventually becoming a Professor at Helwan University in 2021. His international experience includes a stint as an Assistant Professor at the College of Science and Technology in Jeddah, Saudi Arabia. He currently holds a dual professorship at the Faculty of Design and Architecture at Jazan University and the Faculty of Applied Arts at Helwan University.
Contributions and Research Focus:
His made significant contributions to the field of industrial design, particularly in the design and machining of metal products. His research spans several advanced technologies, including laser beam machining, plasma arc machining, and abrasive water jetting. He has published extensively on topics such as the ergonomic design of control elements in metal products, the impact of machining parameters on metal surfaces, and the integration of advanced technology in metal product manufacturing.
Accolades and Recognition:
Throughout his career, Prof. Abouzaid has been recognized for his contributions to academia and industry. He has served as an arbitrator for prestigious journals, such as the Arab Journal of Science and Engineering and the International Design Journal. His work has been featured in various refereed scientific journals, showcasing his influence in the field of metal product design and manufacturing.
Impact and Influence:
His research has had a profound impact on the field of industrial design, particularly in the application of advanced machining technologies. His work on laser beam machining and plasma arc machining has contributed to optimizing cutting quality and surface roughness of metal products. He has also influenced the educational curriculum at Jazan University by establishing a metal and jewelry lab and coordinating several key committees to enhance academic and practical training for students.
Legacy and Future Contributions:
His legacy is marked by his dedication to advancing the field of industrial design and his commitment to education. His future contributions are expected to continue shaping the landscape of metal product design and manufacturing. By integrating traditional techniques with modern technologies, he aims to innovate and improve the functionality and aesthetic appeal of metal products.
Notable Publications:
The effect of machining parameters on 0.8 mm thickness brass thin sheets using plasma arc technique for optimizing cutting quality of metal products
Influence of the cutting feed rate on the hardness and microstructure of copper using plasma arc machining (PAM)
Optimizing of process parameters in plasma arc cutting of brass thin sheets
Investigating the Effect of Ampere and Cutting Speed on KW of 10 mm Al Using PAM for Optimizing Cutting Quality of Metal Surfaces
The Effect of Speed and Amper on Roughness of the Cutting Surface Edge Depth of 10 mm Al Using PAM
The Influence of Speed on kerf width using PA to Optimize the Quality of 1mm Copper Sheets
Investigating the Effect of cutting Speed on Roughness & Quality of the Cutting Surface Edge of 1 mm Copper Sheets Using Plasma Arc
Advanced laser beam cutting technology usage requirements on metal surfaces formed with automatic spinning Dr. Abdelrahman Abouzaid
Effect of standoff distance and traverse speed on the cutting quality during the abrasive water jet machining (AWJM) of brass
The Effect of Speed and Amper on Roughness of the Cutting Surface Edge Depth of 10 mm Al Using PAM, International Design Journal, Vol. 11 No. 1,(January 2021) pp 257-265 This …