Conducting research on design optimization of hydrogen burners using SU2 Computational Fluid Dynamics software.
Implementation of physics models for multicomponent and reacting flows in C++.
Improved burner efficiency by optimizing combustion device geometries and developing Python-based analysis frameworks, contributing to better performance and lower emissions.
Promoted research collaboration by authoring and publishing detailed tutorials on SU2 GitHub, enhancing knowledge transfer and community engagement.
Contributing to the development of an open-source code.
Oct 2021 - Dec 2021
3 months
External Consultant
CEO Ingenieros
Part-time external consultant to estimate the readjustment of costs for thermal lances used in mining and the metallurgical industries.
Provided a polynomial cost model of thermal lances based on economic indicators: Chilean Consumer Price Index, dollar exchange rate, and steel variation rates.
Dec 2019 - Feb 2020
3 months
Engineering Intern
Bosch Thermotechniek
Applied machine learning techniques to optimize hydrogen-powered domestic gas boilers.
Conducted data mining analysis incorporating clustering techniques and automated outlier detection.
Performed post-process analysis with deep learning and Gaussian processes to predict new outputs for unmeasured operating conditions.
Languages
Spanish
Native
English
Advanced
Education
Oct 2019 - Jun 2021
TU Delft University of Technology
Master of Science in Mechanical Engineering · Mechanical Engineering · Delft, Netherlands · 8.0
Oct 2013 - Jun 2016
Universidad de Chile
Bachelor of Sciences in Civil Engineering, Hydraulic Engineering · Civil Engineering · Santiago, Chile · 7.0
Certifications & licenses
Practical Data Analysis For Researchers
Eindhoven University Of Technology
Time Series Analysis
Eindhoven University Of Technology
Machine Learning In Fluid Mechanics
J.M. Burgers Centrum
Optimization Methods For Computational Fluid Dynamics