Italy
Hey! I'm Ibrahim, an aeronautical engineer with a strong passion for the aerospace and aviation industry. I'm aspiring to work in the aircraft design sector. In the past, I've recieved training at various airlines, and I'm just as active now being a part of student associations and seeking more career-boosting opportunities. My Master's specialization is CFD aerodynamic analysis. I'm open and flexible to roles in other design and mechanical sectors!
MSc Thesis: "CFD analysis of the influence of train geometries and tunnel configurations on the slipstream phenomenon" • Implemented CFD URANS technique in OpenFOAM to provide important slipstream effect data for multiple tunnel geometries and train types at variable operation velocities. • Developed a 30% more time-efficient setup by utilizing a hybrid approach in a stationary train-and-tunnel model with validation against experimental and other numerical results.
• Conducted +15 lab and wind tunnel tests for performance benchmarking of electric motors and propellers. • Improved propulsion efficiency 7% compared to baseline design by choosing appropriate propeller specifications.
• Complete Basic Indoctrination Certificate Courses: ENGINE 1,2 and AIRFRAME 1,2,3. • Certified by ECAA (Egyptian Civil Aviation Authority), an EASA PART 145 organization.
• Familiarization with CFM 56-7B engine components & specifications. • Familiarization with IAE V2500 engine components & specifications. • Application of Boeing B737-800 systems & components (fuel, oil, hydraulic & pneumatic systems).
• Conduct check A, weekly tasks, unscheduled tasks, and engine test runs on Airbus A320-214. • Perform quality assurance task on A/C landing gear assembly on A320-200.
AIAA-DBF 2022 Competition • Design a 10kg payload remote-controlled aircraft with an aerodynamically efficient shape reducing drag by 15% relative to the older design leading to improved flight longevity and reduced battery drain. • Flight testing, parameters analysis and aeroelastic phenomenon recording and troubleshooting of an intricately designed release mechanism with multiple redundancy testing and clearance adjustments.