Dedicated Graduate Student in Aerospace Engineering with a strong academic background and a passion for advancing the field of aerospace technology. Eager to contribute my knowledge and skills to cutting-edge research and development projects. Proficient in aerospace design, analysis, and simulation, with a focus on aerodynamics and propulsion systems. Adept at utilizing industry-standard software and tools to solve complex engineering challenges. Committed to innovation, safety, and sustainability within the aerospace industry. Seeking opportunities to apply my expertise and collaborate with like-minded professionals in pushing the boundaries of aerospace engineering.
The study was focused on two drilling machines (M12 and M18) as mentioned by Milwaukee Tool. To satisfy the customer’s requirements, our team group has designed and manufactured a test bench able to measure the runout by including a quick pneumatic clamping system capable of maintaining the M18 and M12 drilling machines stable. The study was focused on two main issues: stability and time spent collecting measurements results.
Characterization of metals and introduction drilling, milling and surface finishing techniques
Characterization of metals and simulations of an aircraft wing in turbulent flight using CATIA V5 and ANSYS
Study and computations of the basic performance parameters of an Airbus A380.
• Understand the overall operation of a drilling machine.
• Recognize the different mechanical parts that make up the drilling machine and have an idea of the design concept.
• Read a technical manual.
The purpose of the project is to prove that we can extract energy from any hydraulic source of flow and convert it into mechanical or electrical energy.
This project combines 3 engineering fields:
• Hydraulic system
• Mechanical system
• Power conversion