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The Master of Science in Industrial Robotics integrates core engineering and computer science principles to explore and advance robotic technologies across multiple industries such as manufacturing, energy, transportation, logistics, and healthcare.
By leveraging key robotics and AI fundamentals, students examine transformative technologies shaping digital evolution—including Industry 4.0 and Biomedical Engineering. Graduates will master the design of innovative robotic systems and deployment of advanced algorithms, gaining crucial expertise for tomorrow's industries and societies.
Robotics is a fast-evolving, multidisciplinary domain, spanning mechanical and electronic component design to software development for environmental sensing, motion planning, and execution control.
This MSc program prepares graduates for fulfilling careers in robotics and mechatronics, opening doors to roles like roboticists, automation engineers, control specialists, software developers, and data scientists across diverse sectors.
Ideal for students with engineering, physical sciences, or mathematics backgrounds, this program enhances specialized knowledge through advanced study in industrial robotics.
The curriculum covers essential robotics and AI subjects, including kinematics, dynamics, programming, and machine learning. Students also explore mobile robotics, bioinspired technologies, localization, and mapping. Key topics in control engineering and mathematical optimization are included, culminating in a research dissertation that fosters independent learning through practical application.