Aerospace Engineering Graduate versed in reviewing plans, writing reports, researching solutions and implementing company procedures. Willingness to learn, follow instructions and work cooperatively within team environments. Computer competencies include various CAD programs and MS Office applications.
Statistical analysis
In my final year project, I conducted an extensive analysis of aerodynamic performance by leveraging Computational Fluid Dynamics (CFD) simulations. I proficiently employed Ansys ICEM and Ansys FLUENT for mesh generation and simulation. This project was executed and validated in collaboration with Johannes Oswald, as part of the research featured in the master thesis titled 'UAV Icing: Numerical and Experimental Study of Performance Penalties on an RG-15 Airfoil,' completed in 2021 at a collaborative effort between NTNU, Uni Stuttgart, and VKI. My contributions led to enhanced results in comparison to the initial numerical study, achieved through the use of more appropriate turbulence models.
Collaborated within a seven-member team to design and build a hand glider. Leveraged SolidWorks for the design phase and conducted performance evaluations via Ansys Fluent simulations. In this cooperative effort, each team member was responsible for specific components of the glider. My particular focus and contribution revolved around the design and optimization of the glider's tailplane.
I have progressed to the semi-final round of a competition that provides students with an opportunity to showcase their entrepreneurial concepts and gain valuable insights from experts representing various fields. Presented a temperature control jacket with a design for control system.
Group of six members assigned to design and build a working cowl flap prototype for piper Seneca 2 aircraft. Successfully designed using Autodesk inventor professional and installed a working prototype.