Education

September, 2019
September, 2019

Bachelors Second Year

During the second year, the contents started to get more depth. The main fields were:

 

Fluid mechanics and Aerodynamics. Deeper knowledge in fluid mechanics, wind tunnel tests were performed and CFD was introduced.

 

Solid mechanics and structural analysis. Advanced knowdledge in structural analysis and introdution to FEM/FEA methods.

 

Themodynamics and powertrain. Teaching about Internal Combustion Engines and thermodynamic processes. Usage of Dynamo test bench and comercial simulation software such as GT Power. 

 
September, 2020
September, 2020

Bachelors Final Year

During the last year, expertise was taken over the main subects and the final projects were developed:

 

CFD projects. Final Individual and Group projects were performed in CFD basis. The aerodynamic design of an E-VTOL and the rear wing design of the Formula Student were developed as the two project subjects. 

 

Formula Student. Also, in the developement of the of the rear wing, the manufacturing in carbon fibre and the circuit for a DRS (Drag Reduction System) was included. 

 

FEM/FEA. Project developed using Hypermesh including topography optimization.

 
October, 2021
October, 2021

Gap Year in Galway (Ireland)

This gap year was used to gain some extra international experience by engaging with locals and working full time as Commis Chef in 4 and 5 star hotels as a way to save money for the Master programs. 

 
2022
2022

Msc Aerospace Engineering - FTMASA

The TFM-ASA Master Program is a two-year Master of Science program offered collaboratively by three esteemed European universities: the Catholic University of Louvain in Belgium, Brandenburg University of Technology in Germany, and the University of Bordeaux in France.

This program provides students with exceptional training in Mechanical and Aerospace Engineering, ensuring a high standard of education. A distinctive feature of this program is that students have the opportunity to spend one full semester at each of the three participating universities. Additionally, strong industry connections are a hallmark of the program, with numerous industrial partners actively engaging specialized courses.

 

The program is also multidisciplinar as there is not only one pecialty throughout the Master. Each university takes its own specialty.

 
September, 2022
September, 2022

First semester

Main subjects: Solid Mechanics and Material Science. Subjects such as Continuum mechanics, Finit Element Method, Composites, Fatigue, Francture and Non-destructive evaluation methods.

 

FEM/FEA projects. Many FEM projects were developed with ABAQUS and Hypermesh.

 

Labs. We worked in different non-destructive evaluation technices.

 
February, 2023
February, 2023

Second semester

 

Coding and numerical methods. Multipe python codes were developed to solve discretized aerodynamic problems.

 

Gas dynamics and aerodynamics.  Learning about supersonic and subsonic flows. 

 

Propulsion systems. Turbomachinery systems were taught in depth.

 
October, 2023
October, 2023

Third semester

CFD. Developing multiple projects by using comercial software such as OpenFOAM  and own developed code. 

 

Trubulence modeling. Deep undertangin on the turbulence models comercially available and the ones developed in research.

 

Laboratories. Multiple techniques for Experiments in Aerodynamics and Fluid Mechanics are learned.