-Studied the effects of climate change on South America, focusing on Medellín and the surrounding region's potential impacts on extreme events, water supply, hydroelectric generation, and soil maintenance by diagnosing and evaluating changes in hydrometeorological variables.-Conducted a study of the variability and potential change of back-trajectory patterns for the Aburrá Valley in Climate Change scenarios using CMIP6 models and complementary satellite information for different SSP scenarios.-Analyzed the results to evaluate the susceptibility to air quality impacts in the Aburrá Valley due to the transport of external particles, including those from biomass burning and those associated with Easterly Waves.-Conducted multivariate analysis of climatological conditions that modulate the trajectories and the meteorological conditions along the trajectories.Analyzed various meteorological indices associated with the development of vegetation fires, all in the context of future scenarios.-Utilized data visualization tools and software to present findings to stakeholders.-Communicated complex data in a clear and easy-to-understand manner to key decision-makers and stakeholders.

Analyzed different monitoring networks of the SIATA project in real-time to guarantee the publication of information on all products in the information channels on time and in real-time to the entities in charge of disaster risk management.Communicate with the risk management services and activate alarms during possible emergencies to support incident risk management in the Aburrá Valley.Coordinated radio-sounding campaigns.Reported the internal system status of software and hardware, including servers, sockets, routers, and clusters, and applied process restoration procedures.Supported the development of new strategies to improve the performance of the operational group and its interaction with risk management agencies.Utilized data visualization tools and software to present findings to stakeholders and monitor them in real time.Strong analytical and problem-solving skills, excellent ability to work in a team, and able to work in high-pressure situations.

Led the analysis of water quality data and identified trends related to turbidity levels. This resulted in the implementation of new treatment processes to reduce turbidity and improve water quality in ongoing research projects.Collaborated with the engineering team to implement a new data visualization tool, which provided real-time data insights and improved process monitoring capabilities.Collaborated on developing AguaClara’s research projects: “Stacked Rapid Sand Filter Theory” y “1 L/s plant” under the directions of professor Monroe Weber-Shirk, Ph.D.