Since the beginning of my graduate studies, I have been passionate about Genetics and Molecular Biology research. Attending the Molecular, Comparative, and Technological Genetics course provided me with both theoretical and practical knowledge that helped me pursue a master's degree followed by a PhD project. My research aimed to characterize the genome of marine bivalve families with high economic and ecological importance, using molecular and cytogenetic techniques. This work, which has been published, demonstrates my expertise in molecular genetics and cytogenetic techniques. In 2012, I moved to Cambridge, UK, and worked as a Research Assistant at Cytocell Ltd under Dr. Martin Lawrie, based at the Cambridge Resource Centre for Comparative Genomics (CRCCG). Later, in 2015, I became a Research Associate at the University of Cambridge under Prof. Ferguson-Smith. At CRCCG, I worked in a core facility specializing in a dual-laser flow cytometer for chromosome sorting and DNA enrichment, focusing on vertebrate sex chromosome evolution. I gained expertise in cell culture, metaphase chromosome preparation, DOP-PCR/WGA for probe preparation, FISH, digital microscopy, and image analysis. Additionally, I collaborated with international labs such as the Makova Lab (Penn State University), the Sex Chromosome Biology Lab (Francis Crick Institute), and others to investigate karyotype restructuring during species evolution. These experiences enhanced my skills in troubleshooting and collaborative research. In 2019, I became a Junior Researcher on the "Defining the Risk of Chronic Wasting Disease of Cervids in Portugal (WastingPrionRisk)" project and joined CECAV (Center for Animal and Veterinary Science) at UTAD. My role included executing molecular and genetic tasks while gaining experience in project management and development. Concurrently, I lectured at the Departments of Genetics and Biotechnology and Veterinary Sciences at UTAD (approximately 3 hours/year), supervised undergraduate and master's students, and supported doctoral students in Genetics, Molecular Cytogenetics, and Bioinformatics. To expand my expertise, I completed an undergraduate degree in Informatics Engineering (2019–2023), focusing on applying computational biology techniques such as machine learning and deep learning to omics data analysis. This added value to my skill set, enhancing my ability to address complex biological questions. From June 2026, I will join Genetics4U as a research of its Core Facility and integrate as a researcher in the RISE-Health unit. My background in molecular and cytogenetic techniques, informatics Ai-driven, and collaborative project management positions me to contribute significantly to both facilities. My contributions to science include publications in peer-reviewed journals, student supervision, and participation in international meetings, reflecting a commitment to advancing research and fostering knowledge exchange.