- Conducted research on genetic modification of legumes and cereals to improve nitrogen fixation capabilities, reducing the need for synthetic fertilisers.- Analysed large-scale RNA sequencing datasets (over 80,000 genes) using statistical and computational tools (R, Python).- Developed and implemented data visualisation tools using R Shiny to present experimental results in a user-friendly format for stakeholders.- Led experimental design, data collection, and analysis for collaborative projects funded by the Bill & Melinda Gates Foundation.- Managed cross-departmental collaboration and stakeholder communication to ensure the alignment of research objectives with project goals.

- Designed and executed experiments investigating starch turnover and carbon metabolism in Arabidopsis thaliana using advanced statistical methods.- Created complex mathematical models to analyse the regulation of plant metabolic processes under various environmental conditions.- Led multi-disciplinary research projects involving metabolic analysis, plant physiology, and bioinformatics.Supervised and mentored undergraduate students in experimental design and lab techniques.- Achievements: Published 5 peer-reviewed papers, including high-impact studies on starch metabolism and carbon flux in Arabidopsis. Reduced data processing time by 20% through automation of bioinformatics workflows.

Thesis title: Exploring the role of the circadian clock in the regulation of starch turnover in changing light conditions in ArabidopsisAdvisor: Prof. Dr. Dr. h. c. Emeritus Mark Stitt- Investigated how the circadian clock influences starch and carbon metabolism in Arabidopsis thaliana.Used R and Python to analyse complex experimental data sets and developed statistical models to interpret results.- Designed and conducted long-term experiments on plant growth, photosynthesis, and nutrient uptake in response to environmental changes.- Collaborated with interdisciplinary teams on projects involving biostatistics, metabolic regulation, and plant physiology.- Achievements: Published 4 peer-reviewed papers, including innovative findings on the circadian regulation of metabolism in plants. Optimised experimental and computational procedures for absolute quantification of transcripts, improving the overall precision of the measurements.

Started and dropped PhD studies in Electrical Engineering.Advisor: Prof. Dr. Evandro ConfortiCo-Advisor: Prof. Dr. Cristiano de Mello Gallep

Title “Temporal correlations of photon-counts in wheat germination with the local gravimetric pattern” under Prof. Dr. Cristiano de Melo Gallep's supervision.

Title “Long term study of spontaneous emissions in Wheat germination”, under supervision of Prof. Dr. Cristiano de Mello Gallep.

Title "Biophotonic study of Triticum aestivum germination in stressing media", under supervision of Prof. Dr. Cristiano de Mello Gallep

Trainee under supervision of Prof. Dr. Quirino at the University of São Paulo, Laboraty of Soils and Mineral Nutrition. Aid with analysis of vegetable tissues for determination of macro and micro nutrients.

Expertise in development of web solutions for control and management of activities related to fitness and gym. Responsible for the maintenance of website.