I am a Biologist, Master's student in Biological Sciences, with research experience in microbiology, microbial ecology, and applied biological sciences, integrating experimental approaches with mathematical modeling and computational analysis. My work focuses on microbial dynamics in natural and managed ecosystems, fermentation processes, and host–pathogen interactions. My research includes the study of microbial community structure and function, viral pathogens in different environments, and the development of mathematical models to describe microbial metabolism and substrate consumption during fermentation processes. I have contributed to peer-reviewed publications addressing microbial ecology, water quality assessment, viral risks to humans and crops, and computational approaches to biological interactions. I have experience in metagenomic and bioinformatic analyses, functional genome annotation, ecological statistics, and scientific data visualization. My work also involves interdisciplinary collaboration, combining biology, mathematics, and modeling to address complex biological systems. My professional objective is to contribute to research projects in microbiology, ecology, and biotechnology, particularly those with relevance to environmental, agricultural, and public health contexts.