Calculus engineer

Analysis of a protection tile for the Ariane 6 project:
-	Writing of the technical planning of the project.
-	Meshing and pre-process of protection structures using Hypermesh.
-	Non-linear static analyses with plasticity using ABAQUS and MSC MARC as solvers.
-	Thermo-mechanical analyses of thermal ablation using Abaqus and MSC Marc (protection tile – Ariane 6).
-       Developement of subroutines using Python and Fortran 77.

Achievements:
+ Final analysis of the structure using the first loads: Thermo-ablative results and non-linear mechanical results with plasticity using the results from the first thermo-ablative simulation.
+ Creation of a 3D Thermal ablation tool using Python and MSC Marc.
+ Creation of a 1D analytical tool using Python for the thermo-ablative non-linear transient simulations.

Developpement of the new on-board computer FMGC-E:
-	Review of system requirements (FMGC-E computer).           
-	V&V cycle (through JTEs, JCRs, and Laboratory Tests).
-       System development and design.

Achievements:
+ Creation of first FMGC-E Model.
+ Writing of first laboratory tests.

Analysis of  structures and developement of patents:
-	Design and Non-linear buckling analysis of Bi-stable structure for intake application using CATIAV5 and ABAQUS.
-	Dynamic post-buckling analyses of Bi-stable structure for intake application using ABAQUS.
-	Static analyses of section 19 and section 19.1 using ABAQUS and NASTRAN.
-	Preliminary Design and parametrization of Rear End structures (Metallic and composite parts) and UERF shielding system integration using CATIA V5 (Part Design, Assembly Design, Generative Shape Design, Drafting & VBA Programming). 
-	Detailed design for manufacturing of protection system, structural attachment and interfaces.
Metallic and composite design (CATIA V5)
-	Support for shielding system and support manufacturing, optimization process, material characterization, impact testing preparation and analysis.
-	Development and writing of Patents, US2019264610(A1) – Auxetic Bi-Stable Structure.   

Achievements:
+ Impact test of prototypes in phase 1.
+ Development and impact tests of new prototypes.
+ Preliminary Design and parametrization of Rear End structures.
+ Finite Element Analysis of new prototypes for new impact protections.
+ Development and writing of a patent (Patents, US2019264610(A1) – Auxetic Bi-Stable Structure).

Micromaster program consisting of 4 courses with a duration of 10 months (11 hours/week):
+ Python for Data Science:
     Use open-source, Python tools, including Pandas, Git and Matplotlib, to manipulate, analyze, and visualize complex datasets.
+ Probability and Statistics in Data Science using Python:
     Using Python, learn statistical and probabilistic approaches to understand and gain insights from data.
+ Machine Learning Fundamentals:
     Machine learning in data-driven modeling, prediction, and decision-making.
+ Big Data Analytics using Spark:
     Analyze large datasets using Jupyter notebooks, MapReduce and Spark as a platform.

Master in soft skills with the following modules:

- Team Work
- Presentations
- Creativity & Innovation
- Stress Management
- Digitalization
- Personal Life Project
- Communication
- Strategy
- Personal Leadership
- Decision Taking
- Emotional Intelligence

The areas studied in such programme are:

-Investments and Finance
-Innovation and Change
-Project Management
-Product management and Productivity
-Leading People and Teams
-Digital Capacities
-Strategy, law and ethics

Master Thesis: Non-linear Study of Bi-States and Morphing Structure (10/10)                                            Following the work on my master thesis, a patent was written in colaboration with Airbus:
Automatic passive open-closed (or n-states) mechanism                                                           	        US2019264610(A1) – Auxetic Bi-Stable Structure           

 Specialty: Air Vehicles.

A deeper view of the aerospace world with advance subjects of the main aerospace topics:

- Fluid Dynamics.
- Flight Dynamics.
- UAS (Conceptual Design and Preliminar Design Project)
- Aerodynamics.
- Airports.
- Flight Control Systems.
- Helicopters.
- Wind Turbines.


Development of projects using the following tools:
- Matlab.
- Catia.
- Microsoft Office.

Erasmus year.
German lenguage courses throughout the year.

Courses both in English and in German, the most interesting ones being:

-Raumfahrzeugbau I & II.
-Finite Elements.
-Flugzeugbau II.