Currently enrolled in a PhD programme in Agricultural and Environmental Sciences at the University of Évora, with research focused on elucidating the signalling pathways involved in somatic embryogenesis. Particular emphasis is placed on the role of extracellular molecules in modulating embryogenic efficiency. The project, entitled “Unravelling the Signalling Pathways of Somatic Embryogenesis – The Role of Extracellular Molecules as Efficiency Modulators”, introduces an innovative strategy for propagating recalcitrant Portuguese olive cultivars, which have shown limited success using conventional methods such as semi-hardwood cuttings. Graduated with a degree in Agronomy from the University of Évora (2013–2016), where I acquired a solid foundation in agricultural sciences and technologies. During my studies, I developed a growing interest in Plant Biotechnology while assisting MSc students with their dissertation projects at the Plant Breeding and Biotechnology Laboratory. Following the completion of my undergraduate degree, I pursued a Master’s in Agronomic Engineering (2016–2018) at the same institution, with a thesis focused on somatic embryogenesis in olive trees. This work was conducted under the OLEAVALOR project, through which I successfully established in vitro embryogenic cultures of the ‘Galega vulgar’ cultivar. During this period, I also gained valuable experience in micropropagation and micrografting techniques in walnut, as part of the VALREGIA project. In addition, I had the opportunity to work in a professional setting dedicated to the in vitro production of high-value plants, where I was responsible for the development of new products and for supervising grafting activities in the nursery sector. This experience enabled me to apply the knowledge gained throughout my academic training in a business-oriented setting, while deepening my understanding of the technical and operational aspects of plant propagation. In 2019, I was awarded a research grant within the FERTIPINEA project, which focused on the nutrition of stone pine (Pinus pinea) in both rainfed and irrigated production systems. I am currently focused on the practical aspects of my research, applying my expertise in Plant Biotechnology to contribute to advances in the field.