Mecanical engineer

Mechanical engineer that is passionate about how the world and the materials around us evolve, and as such, I take a decisive and conscientious approach to obtain and use the necessary information to make logical and organized decisions. Being an international student that studied in the United States, Spain, and Italy allowed me to understand the worth of collaboration, leadership, and communication throughout all the points in a project. I consider myself a forever curious person that enjoys learning and taking up new challenges.

For my professional contracts, I had the opportunity to work for MANPOWER and ADECCO as an Engineering agent working within the facilities services for companies like Expedia, JLL, and Mace Macro. It has allowed me to comprehend the professional aspect of the Facilities Management world.

Graduated with an perfect score & candidate to Honours degree on my individual thesis, where my interest in transportation made it so that I Designed, Assembled, Evaluated and Simulated two Bogie Frames (train component) using the necessary UNE-EN rules. The interesting aspect of this thesis was not only that it was the first of its kind, but that one of the two bogie frames was made up of Structural Steel S235 and the other one was made up of Carbon Fiber (Unidirectional and Bidirectional CFRP), using a Finite Element Analysis (FEA) the comparison of the results between them both was made possible and the possibility of making the bogie frame from Carbon fiber was conlcuded.
I enjoyed every minute of this project as to why my interest in Computational Engineering. or

Simulation of a Carbon fiber bogie frame | CAE, CAD, FEM, FEA, 2D & 3D design
Oct 2020 – Jan 2021

Project descriptionProject: Stress & Fatigue study of a composite bogie frame. (Modeling, Assembly, Simulation, Comparison, and Validation of a structure steel S235 and a carbon fiber bogie frame)

[-] Modeling (CAD):
• 3D modeling.
• 2D Technical drawings.
• Assembly of both of the frames.
Software: SOLIDWORKS 3D design, Assembly SOLIDWORKS, SOLIDWORKS drawing.

[-] Simulation (CAE):
• Clean up with SpaceClaim.
• Construction of the Carbon Fiber Bogie frame; ACP (Pre).
• Fatigue analysis for the structural steel S235 bogie frame by means of finite element analysis. (FEA)
• Stress analysis of both of the bogies frames by means of finite element analysis. (FEA)
• Validation of the results using UNE-EN 13749:2011.
Software: ANSYS ACP (Pre), ANSYS Workbench, ANSYS Mechanical, SpaceClaim.

Analysis & Redesign of a Rim Machining Process. | CAE
Feb 2020 – Apr 2020

Project descriptionProject: Analysis & Redesign of a Rim Machining Process during the Erasmus program.
The main goal is to deal with the improvement in the productivity and effectiveness of the Rim Machining Process of the company called MAPSA

[-] Business Process Analysis and Management (CAE):
• E-epc map to describe that describes the function of each of the processes needed for the Rim machining process.
• Detailed description of the organization and process; Melting, Molding, X-ray control, Topping, Heat treatment, Machining, Seal, Balance, Standard paint, and acrylic painting.
Software: ARIS Express

Design of an LED tower. | CAE, CAD, 2D & 3D design
Sep 2019 – Nov 2019

Project descriptionProject: Design of an LED tower.

[-] Modeling (CAD):
• 3D Modeling of +25 pieces.
• 2D Technical drawings of the +25 pieces.
• Assembly of the LED tower.
Software: SOLIDWORKS 3D design, Assembly SOLIDWORKS, SOLIDWORKS drawing.

Design of an Orchard Sprayer Control Unit | CAD, 2D & 3D design
Sep 2016 – Nov 2016

Project descriptionProject: Design of an Orchard Sprayer Control Unit.

[-] Modeling (CAD):
• 3D Modeling of +70 pieces.
• 2D Technical drawings of the +70 pieces.
• Assembly of the Orchard Sprayer Control Unit.
Software: SOLIDWORKS 3D design, Assembly SOLIDWORKS, SOLIDWORKS drawing.

[-] Analysis of normal modes
[-] Modeling different types of masses
[-] Dynamic analysis
[-] Controlling transient analysis
[-] Analyzing motion of bases
[-] Analyzing frequency response
[-] Interpreting results of analysis

[-] Setting up Simulation properties and defined views
[-] Preparing the geometry
[-] Setting up a local coordinate system
[-] Splitting surfaces
[-] Defining the constraint and the loads
[-] Meshing
[-] Running analysis
[-] Contour control
[-] XY plots

[-] Simulation workflows and options
[-] Xpress vs. Simulation vs. Sim pro
[-] Fixtures, loads, materials, and mesh
[-] Running a simulation
[-] Reviewing stress, displacement, and factor of safety
[-] Updating and iterating
[-] Producing reports
[-] Model preparation
[-] Simulating multiple parts
[-] Importing assemblies as parts

[-] Breaking up the model
[-] Meshing and re-meshing the model
[-] Simplifying the geometry
[-] Using the 3-2-1 and plane strain methods
[-] Running analyses and comparing results

[-] Modeling beams and trusses
[-] Using weldments
[-] Modeling shells
[-] Using surfaces
[-] Using solid bodies
[-] Using sheet-metal bodies
[-] Setting up and running FEA simulations

[-] Research the methods available for stress testing your designs.
[-] Compare how alternative designs would behave under real-world stresses.
[-] Analyze your parts for stress, displacement, and factor of safety.