Master's Degree Curriculum
The Master’s program is structured into 10 modules:
Introduction to key concepts, history, and current trends in robotics and cybersecurity.
Methods and tools for effective project management in robotics and cybersecurity.
Exploration of the latest trends in robotics, including mobile robotics, autonomous robotics, collaborative robotics, and social robotics.
Focus on protecting robotic systems and information, covering cryptography, network security, and defense against cyberattacks.
Development of leadership skills and management techniques for multidisciplinary teams in high-tech environments.
Strategies for fostering innovation and launching new ventures in robotics and cybersecurity.
Analysis of real-world implementation cases of robotic technologies and security strategies across various industries.
Exploration of legal and ethical aspects of robotics and cybersecurity, including privacy, copyright, and the societal implications of autonomous systems.
This module is designed for students to apply theoretical and technical knowledge
gained during the Master’s program in real-world settings. Through direct immersion in the workplace, students will experience the everyday challenges of managing robotics and cybersecurity.
Each module combines theory with practice, including case studies, laboratory work, and projects to ensure that students acquire a deep and applicable understanding of each subject.
