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Francisco QuintanillaFQ
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Francisco Quintanilla

@franciscoquintanilla

Physicist at Universidad Nacional del Sur simulating NiTi alloys and analyzing market risk with Python.

Argentina
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What I'm looking for

I’m looking for roles in data analysis, simulation, or risk, remote or on-site, and I’m open to relocation.

At Universidad Nacional del Sur, I simulate NiTi and FeRh alloys using DFT and ab initio molecular dynamics, then analyze and visualize results in Python. I also co-authored six posters presented at national conferences.

For my Licenciatura thesis, I studied NiTi shape-memory alloys, including their austenite and martensite phases, surface energies, and oxygen adsorption. I also developed a machine-learning pipeline to predict phase properties.

I built a Monte Carlo gamma-ray spectroscopy simulator from scratch and validated it against the Beer–Lambert law and tabulated Compton cross-section data, with deviations below 1%. My projects also include SQL analysis of e-commerce delivery data and machine learning for financial market risk.

As a teaching assistant at Universidad Nacional del Sur, I support students in experimental setup and measurement, teach uncertainty analysis and data fitting, and review lab reports. I’m looking for roles in data analysis, simulation, or risk, remotely or on-site, and I’m open to relocation.

Experience

Work history, roles, and key accomplishments

US
Current

Research Group PGI 24/F092

Universidad Nacional del Sur

Jan 2025 - Present (1 year 9 months)

Conducted DFT and ab initio molecular dynamics simulations of NiTi and FeRh alloys using VASP on HPC clusters, with post-processing and analysis in Python. Co-authored six posters at national conferences.

Education

Degrees, certifications, and relevant coursework

Universidad Nacional del Sur logoUS

Universidad Nacional del Sur

Licenciatura, Physics

2019 - 2026

Grade: 7.81/10

Activities and societies: Thesis: DFT study of NiTi (Nitinol) shape-memory alloys. Advisor: Dr. Gabriela F. Cabeza. Electronic structure of austenite and martensite phases, surface energies and O2 adsorption, with a machine learning pipeline to predict phase properties. VASP on HPC clusters.

Licenciatura in Physics (5-year degree) with a research thesis on DFT study of NiTi shape-memory alloys, graded 10/10. GPA 7.81/10.

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