Master in Robotics, Automation and Electrical Engineering

Tuition fees for Master in Robotics, Automation and Electrical Engineering are 1,691 USD per year.

Robotics, Automation and Electrical Engineering is a two-year master's program taught in English at Università degli Studi di Firenze, in Firenze, Italy. This field combines electrical engineering with the study of robotics and automated systems, covering how machines are designed to sense, decide and act with limited or no human intervention. Students typically study electrical and electronic engineering fundamentals, alongside control theory, which examines how systems are regulated to behave predictably, and robotics, which addresses the mechanical, sensing and computational elements needed for machines to interact with their environment. Coursework often covers automation systems used in manufacturing and industrial processes, sensor technologies, actuators and the software and control algorithms that allow robots and automated systems to perform tasks reliably. The discipline also connects to areas such as artificial intelligence and machine vision, since modern robotics increasingly relies on software that allows machines to interpret sensor data and make decisions. Because robotics and automation span mechanical, electrical and computational disciplines, students generally develop a broad technical foundation alongside more specialized skills in control systems and robotic design. Graduates of programs in this field commonly pursue careers as robotics or automation engineers in manufacturing, automotive and industrial companies, as well as roles in research and development focused on new robotic systems or automated processes. Others move into roles in electrical engineering more broadly, working on power systems, electronics or control applications, or continue into doctoral research in robotics, control theory or automation. Studying robotics, automation and electrical engineering in English at an Italian university in Firenze offers an international setting for training in fields central to modern manufacturing and automated technology.