MONICA
GALDO VEGA

My research career has developed in two main areas: the numerical study of flow in confined spaces and the analysis of flow in turbomachinery using numerical and experimental approaches. In both fields, I have achieved significant advances with a tangible impact on both knowledge generation and practical applications. I began my research career by exploring confined flow through numerical simulations, a line of work that has evolved dynamically and allowed me to participate in 17 research contracts, applying the results to industrial and technological solutions. This work has resulted in 14 peer-reviewed journal publications and has been presented at five international conferences, consolidating its relevance within the scientific community. The analysis of flow in turbomachinery emerged as a natural extension of my doctoral thesis and has become a central pillar of my research. In this area, I have contributed to seven research projects, leading to 11 scientific articles and presentations at six international conferences. My work has helped optimize the energy efficiency of turbomachines and improve the understanding of flow behavior in these systems by integrating experimental and numerical methods to develop innovative solutions. Beyond research, I have demonstrated a strong commitment to training new researchers in Fluid Mechanics. I have supervised a doctoral thesis focused on the energy analysis of turbines in hydroelectric power plants, and I am currently supervising another thesis within the Energy and Process Control program. My training approach combines numerical modeling and experimentation, ensuring that PhD candidates acquire a solid foundation to tackle scientific and technological challenges. My career reflects a balance between fundamental and applied research, highlighting my ability to transform ideas into tangible developments and collaborate in multidisciplinary teams. Through this work, my goal is to contribute to the advancement of knowledge, promote practical solutions, and strengthen a network of training and innovation in the field of fluid engineering. This approach not only reinforces the scientific and technological impact of my work but also underscores the importance of knowledge transfer and the training of new generations—key elements in assessing research excellence.