Alexandria, Egypt
I am a fresh graduate in Mechanical Engineering from Alexandria University, with a strong focus on the MEP field, particularly HVAC design. My goal is to integrate sustainable and renewable energy solutions into MEP systems, promoting environmentally responsible and energy-efficient designs. I hold an MEP Diploma, which enhanced my expertise in HVAC, firefighting, and plumbing systems. I am proficient in AutoCAD and Autodesk Revit for design and documentation, and I also bring a solid background in Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) to address engineering challenges through advanced simulation and analysis. I am eager to apply my knowledge in professional settings, contribute to innovative projects, and further develop my expertise while advancing sustainability in the MEP industry.
I have completed an in-depth technical training program focused on strengthening my foundation in plumbing and firefighting systems. The training provided a solid understanding of system components, core design concepts, and the code requirements used in professional MEP work. I learned about water supply and drainage networks, fire protection principles, pump types, pipe sizing logic, and the practical application of NFPA and IPC standards. This experience improved my ability to analyze technical information, understand MEP workflows, and prepare for contributing effectively to future plumbing and firefighting design tasks.
During my internship at Engineers House, I gained hands-on experience in HVAC, firefighting, and plumbing design. I contributed to four HVAC projects using AutoCAD and one with Revit, applying design principles to ensure efficiency and compliance with industry standards. I also worked on one firefighting project in AutoCAD and another in Revit, focusing on optimizing layouts for safety and functionality. In plumbing design, I completed one project each in AutoCAD and Revit. Additionally, I learned to create detailed shop drawings that encapsulate all project specifics, enhancing my attention to detail and understanding of the construction process.
During my internship at Track Land, a company specializing in the maintenance of heavy equipment, particularly Caterpillar machinery, I gained hands-on experience in two key areas: Engine Maintenance: I participated in the assembly and disassembly of engines, while also learning the importance of cleaning and maintaining engine parts. This gave me a comprehensive understanding of motor mechanics and upkeep. Hydraulic Systems: I developed a solid understanding of hydraulic circuits, including hydraulic pumps and motors. I also gained in-depth knowledge of critical components such as 2-way, 3-way, and 4-way valves, as well as pilot valves. Learning about these elements and their functions deepened my expertise in hydraulic systems and their applications in heavy machinery.
During my internship at a steam power station, I gained extensive knowledge of the operations and maintenance involved in large-scale power generation. I deepened my understanding of the Rankine cycle, observing firsthand the stages of steam generation, turbine expansion, and condensation. Working closely with skilled engineers provided me hands-on experience with key components such as boilers, turbines, condensers, feed water heaters, and cooling towers. I also explored the seawater purification station, which was vital for supplying purified water to the system and supporting chlorine production. This experience underscored the importance of monitoring variables like pressure, temperature, and water quality to maintain optimal efficiency and safety. Overall, the internship significantly enriched my technical skills and practical understanding of power generation processes.