Alexa Bertó

AI for healthcare 🫀💻✨

Ingeniera Biomédica por la Universidad Politécnica de Valencia (UPV) con una sólida formación académica y experiencia profesional en la intersección de la tecnología y la salud. Cuento con un máster en Inteligencia Artificial y Big Data, complementado con otro en Robótica y Automatización, donde me especialicé en robótica médica y social. Además, tengo un título de Experto en Industria Farmacéutica, lo que me permitió comprender el negocio farmacéutico y su impacto en la atención médica.

Mi trayectoria profesional está marcada por la especialización en el análisis de imágenes médicas y el desarrollo de soluciones de Inteligencia Artificial para el diagnóstico temprano de patologías. Actualmente, trabajo como desarrolladora de IA en APOLO AI, contribuyendo al proyecto CARDIA, un software que optimiza el análisis de imágenes cardiacas mediante algoritmos de IA, lo que permite la detección temprana y precisa de anomalías tanto funcionales como estructurales, además de realizar reconstrucciones en 3D del corazón.

Gracias a mi experiencia interdisciplinaria, combino habilidades técnicas avanzadas en programación con un profundo conocimiento en biomedicina y datos clínicos, lo que me permite diseñar soluciones tecnológicas que simplifican y aceleran el diagnóstico cardiaco, optimizando la práctica clínica y mejorando la calidad de la atención médica.

AI for healthcare 🫀💻✨

Biomedical Engineer from the Polytechnic University of Valencia (UPV) with a solid academic background and professional experience at the intersection of technology and healthcare. I hold a master's degree in Artificial Intelligence and Big Data, complemented by another in Robotics and Automation, where I specialized in medical and social robotics. Additionally, I have an Expert degree in the Pharmaceutical Industry, which allowed me to understand the pharmaceutical business and its impact on healthcare.

My professional trajectory has been focused on medical image analysis and the development of Artificial Intelligence solutions for the early diagnosis of diseases. Currently, I work as an AI developer at APOLO AI, contributing to the CARDIA project, a software that optimizes cardiac image analysis through AI algorithms, enabling the early and accurate detection of both functional and structural anomalies, as well as 3D heart reconstruction.

Thanks to my interdisciplinary experience, I combine advanced technical skills in programming with a deep knowledge of biomedicine and clinical data, which allows me to design technological solutions that simplify and accelerate cardiac diagnosis, optimizing clinical practice and improving the quality of healthcare.

Throughout my career, I have focused on developing innovative, data-driven solutions in the field of medical imaging, bridging the gap between cutting-edge technology and real clinical needs. Early in my career, I was part of the pBrain project, working with brain MRI data for Parkinson detection. For the last three years, I've been working as Biomedical AI Developer,contributing to the CARDIA project, implementing AI algorithms for cardiac ultrasound imaging. My role has involved close collaboration with multidisciplinary teams, including clinicians and technical experts, to ensure that our solutions are clinically relevant, user-focused, and technically robust. This experience has equipped me with key skills in project coordination, customer-oriented communication, and the translation of complex medical and technical requirements into actionable strategies. I have a natural ability to build strong relationships with stakeholders, understand clinical workflows, and identify opportunities where digital solutions can truly make a difference.

I hold a Bachelor’s Degree in Biomedical Engineering from the Polytechnic University of Valencia (UPV), complemented by two Master’s Degrees—one in Artificial Intelligence and Big Data, and another in Robotics and Automation. I also earned a specialized postgraduate certificate in the Pharmaceutical Industry, which broadened my understanding of clinical environments and regulatory frameworks.