I began my undergraduate studies in Manufacturing Engineering (Mechanics), where I developed a keen interest in both the theoretical and practical aspects of the science. My academic background provided me with a solid understanding of mechanics and various material treatments, which I was able to explore in laboratories and workshops. My thesis focused on modelling the creep behaviour of materials, which sparked my passion for scientific research. In my MSc in Biomedical Engineering I broadened my scientific horizons: this field allowed me to apply mechanical concepts and mathematical theories to model soft tissues, leading to a thesis on constitutive modelling of oesophageal tissue for the treatment of stenosis. My research was published in the Journal of Biomechanics under the title ‘Anisotropic Damage of Soft Tissues in Supra-Physiological Deformations’, demonstrating my commitment to advancing scientific knowledge through rigorous modelling and testing. Alongside my academic achievements, I have five years of industry experience, where I combined 3D mechanical engineering design with modelling software in the medical field. This not only strengthened my technical skills, but also enhanced my soft skills such as project management, teamwork, communication, reliability, critical thinking and attention to detail. Now, as part of the NSM group in the Department of Mechanics of Continuous Media and Theory of Structures at Universidad Carlos III de Madrid (UC3M), I am excited to explore the effects of microstructural heterogeneity of metal matrix composites on dynamic instabilities and plastic shocks. This role allows me to immerse myself in experimental activities such as fragmentation testing and delve into numerical modelling, merging my love for science with practical research. I look forward to contributing to this fascinating field and continuing my journey of scientific discovery.