- Develop Python tools to streamline and innovate geophysical data processing.- Handle the processing and quality control of collected gravity data.- Perform fieldwork, including the collection of gravity and EM data.

- Serve as a member of the Steering Council.- Collaborated on implementing new features, including unit tests with Pytest, comprehensive documentation, and usage examples.

- Assigned the role of maintainer of Análisis y visualización de datos usando Python, one of the core lessons of The Carpentries.

- Contributed to the development and enhancement of lesson materials.

- Contributed to curriculum development, people management, and record-keeping for a 10-week Python and science communication program and a 1-week hackathon.- Led a team of 5+ trainers, overseeing the instruction of coding skills to 20 students, who demonstrated proficiency and strong communication by the program's end.- Created and maintained a GitHub repository with up-to-date Jupyter Notebooks for course materials, ensuring accessibility and relevance for future students.

- Led the practice and lab classes of Physics courses for 30+ Geology students.- Evaluated students’ performance through quizzes, exams, and laboratory practices.- Collaborated in the lesson preparation and participated in Physics Lectures.- Set up and maintained online classroom during the pandemic and instructed other Professors on how to take advantage of its tools.

Project title: Influence of a mantle plume in subduction zones by geodynamics numerical models.- Acquired expertise in using Mandyoc for geodynamical simulations of the Earth's interior.- Created a Bash pipeline for generating subduction models, enabling remote simulations on Google Cloud Platform and facilitating output downloads.- Developed tapioca, a Python package for transforming and visualizing Mandyoc outputs with Xarray and Matplotlib.- Conducted an online seminar on handling multidimensional arrays with Xarray for lab members.- Presented project results at international scientific meetings, showcasing strong technical communication skills.

Thesis title: Geophysical analysis of the Loncopué Trough, Neuquén, Argentina- Developed and advanced a project over a 5-year PhD program.- Compiled and preprocessed gravity and magnetic datasets from various sources using specialized software and Python libraries such as NumPy, Pandas, Xarray, and Fatiando a Terra.- Published research in peer-reviewed journals and contributed to book chapters.- Presented research findings at international scientific meetings.- Assisted peers in enhancing their research, leading to improved scientific publications.

Introductory course to LaTeX: How to produce high quality documents