Image data labeling
Generation of ground truth labels for training AI-based models in renal MRI data
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I am a biomedical engineer specializing in medical image analysis and artificial intelligence for healthcare applications. My research focuses on the automatic processing of Arterial Spin Labeling (ASL) MRI images to assess renal and cardiac perfusion. I developed a deep learning-based framework for kidney structure segmentation, image registration, and synthetic dataset generation to enhance model training. I hold a degree in Biomedical Engineering from Mondragon University, where I completed my undergraduate thesis at Medtronic. I later earned a Master’s in Biomedical Engineering with a focus on image and signal processing from the Public University of Navarre (UPNA). During my master’s studies, I worked at Vicomtech, applying AI for aortic aneurysm segmentation in CT images. As a PhD researcher at UPNA, I collaborated with the Clínica Universidad de Navarra and conducted a research stay at Heidelberg University. My work has resulted in multiple scientific publications and conference presentations. My expertise includes medical image segmentation, perfusion analysis, synthetic data generation, and AI-based image registration.
Generation of ground truth labels for training AI-based models in renal MRI data
PhD, Artificial Intelligence and Medical Imaging
Master's Degree In Biomedical Engineering, Digital Image and Signal Processing
Project Doctor Collaborator
PhD Student