I worked within the INVITA team (Innovations in Plant Variety Testing in Australia) to advance digital methods for variety testing and crop-environment analysis.

• Expanded the use of remote sensing and data analytics in national variety trials.
• Analysed drivers of crop growth and physiology using yield, weather, soil, and satellite datasets.
• Built data management and quality-control pipelines for automated processing and analysis.

I conducted research and extension in crop physiology, nutrient management, and sustainable intensification, with a strong emphasis on data analytics and cross-environment synthesis.

• Led and conducted more than 10 field research sites in cereals across North and South America.
• Integrated meta-analysis, geospatial analysis, and crop physiology to support management recommendations.
• Published scientific articles and delivered international conference and extension presentations.

Member of the agricultural analytics unit supporting field-crop monitoring through UAV and satellite data.

• Developed nutrient recommendation tools embedded in a digital platform for farmers.
• Combined remote sensing imagery with agronomic interpretation to improve tactical decision-making.

Worked with farmers and industry as crop advisor and precision agriculture consultant.

• Led the agricultural team to increase the nutritional and reproductive status of around 1600 beef cattle heads.
• Manager of the team that performed a relevant inspection and improvement of rangelands and crops in a 2200 hectares farm.

Undergraduate research and teaching assistant at UNNE (Argentina), working on crop health, physiology, and applied agronomy.

• Determinining the critical window of fungicide applications for leaf blight (Exserohilum turcicum) protection in corn for the region.
• Planning and conducting the first quantification of corn silage quality and mycotoxins for the region.
• Presenting research at international conferences in South America and in peer-reviewed publications.