Having studied hard at the German University of Cairo, I bring a solid background in engineering with an emphasis on using modern technology. I have developed my 3D modelling, simulation, and analytical skills and am proficient with SolidWorks and Ansys software. My ability to translate drawings into exact manufacturing instructions is further enhanced by my practical experience with CNC code. I'm eager to use my skills and passion to benefit, and I'm motivated to look for chances that promote innovation and professional development.
I had actual experience in engineering concepts and skills. This involved studying the finite element method and analytical mechanics and using these ideas in practical contexts such as structural analysis. Additionally, I completed industrial training at respectable businesses like Alfred Kärcher GmbH and Mercedes-Benz AG. All in all, this experience gave me a solid basis for my future engineering career.
The Plastic Gears Development Research Group is a German University in Cairo-supervised research project that is exclusively composed of GUC professors and students. In order to offer plastic gears to the Egyptian market for the first time, the primary goal of this internship is to research and produce a plastic substitute for ordinary metallic gears.
I observed and learned about the design, operation, and maintenance of HVAC and sprinkler systems.This internship strengthened my grasp of engineering concepts and gave me a clearer perspective on the practical applications of my studies in a professional setting.
Proficient in SolidWorks and Ansys software
Design and Manufacturing of a Conductivity Cell for Testing Lithium-ion Battery Electrolytes
Grade: A+
This thesis focuses on creating a standardized conductivity cell for testing lithium-ion battery electrolytes accurately. It explores the importance of electrolytes in battery technology and the design process behind the cell's components, emphasizing qualities like electrical insulation and chemical compatibility. The methodology involves using a multimeter for measurements and stresses precise testing techniques. The results section presents design details and experimental findings, demonstrating the cell's performance over time. Overall, this work contributes valuable insights to lithium-ion battery research and advances in energy storage systems.
Supervisor: Prof. Ezzeldin Sobhi Metwalli Ali Co-Supervisor: Prof. Hesham Hegazi