José Steven Cordero Bazurto holds a Master’s degree in Data Science and an Engineering degree in Systems Engineering from the Universidad Técnica Estatal de Quevedo (UTEQ), Ecuador. He currently serves as a Professor and Researcher within the Faculty of Computer Science at UTEQ, where he combines teaching, research, and the development of institutional technological solutions.
He has actively contributed to the design, development, and continuous improvement of the UTEQ Academic Management System, implementing software solutions that support both academic and administrative institutional processes. His work focuses on improving the efficiency, digital transformation, and technological innovation of university management through the development of robust and scalable information systems.
His scientific research focuses on data science, algorithmic optimization, artificial intelligence, and educational technologies. He has developed projects aimed at reducing computational complexity in Bayesian networks using Boolean satisfiability algorithms, as well as natural language processing methodologies for linguistic and sentiment analysis within epidemiological data environments. His professional and academic interests include software engineering, data-driven decision-making, intelligent information systems, and the application of artificial intelligence to solve real-world challenges in education and institutional management.
José Steven Cordero Bazurto holds a Master’s degree in Data Science and an Engineering degree in Systems Engineering from the Universidad Técnica Estatal de Quevedo (UTEQ), Ecuador. He currently serves as a Professor and Researcher within the Faculty of Computer Science at UTEQ, where he combines teaching, research, and the development of institutional technological solutions.
He has actively contributed to the design, development, and continuous improvement of the UTEQ Academic Management System, implementing software solutions that support both academic and administrative institutional processes. His work focuses on improving the efficiency, digital transformation, and technological innovation of university management through the development of robust and scalable information systems.
His scientific research focuses on data science, algorithmic optimization, artificial intelligence, and educational technologies. He has developed projects aimed at reducing computational complexity in Bayesian networks using Boolean satisfiability algorithms, as well as natural language processing methodologies for linguistic and sentiment analysis within epidemiological data environments. His professional and academic interests include software engineering, data-driven decision-making, intelligent information systems, and the application of artificial intelligence to solve real-world challenges in education and institutional management.