Environmental Engineer Cum Laude from Universidad Santo Tomás, with a strong background in Geographic Information Systems (GIS), water resources management, open-channel hydraulics, and environmental modeling and simulation applied to decision-making. I have experience in data engineering and data analysis, as well as in the processing, modeling, and advanced analysis of geospatial information, including the development of cartographic products and high-level spatial analyses supported by advanced geospatial technologies for environmental and territorial projects.

I have experience working with programming languages such as SQL, R, and Python, applied to data engineering, workflow automation, process optimization, and model development, contributing to improved efficiency, reproducibility, and quality of technical outcomes. These skills have enabled me to design efficient technical solutions across multiple projects, supported by a solid foundation in basic sciences and engineering, ensuring reliable results aligned with high-impact quality standards.

During my academic training, I pursued a specialization in Water Resources, developing competencies in the design and evaluation of technical tools for planning, sustainable management, and modeling of water systems. Additionally, I served as an academic teaching assistant in courses within the Environmental Engineering program, strengthening my skills in technical leadership, effective communication, teamwork, and team coordination.

I also have experience in applied academic research, participating in research groups and academic contributions, which has strengthened my abilities in critical analysis, methodological structuring, and complex problem-solving, with a focus on measurable outcomes and data-driven decision-making.

I am a proactive, responsible professional committed to excellence, with a strong results-oriented mindset and analytical, systemic, and structured thinking. I have the ability to work effectively in multidisciplinary teams, provide