Specialising Course xCompanies Robotics Application Pro

This robotics course offers a systematic introduction to the theoretical foundations of the discipline, analyzing its historical evolution, formal definitions, and the primary classifications of robotic systems. Particular attention will be given to the functional modeling of robots, the architecture of control systems, and the role of sensors and actuators in perception and environmental interaction. The course will also delve into the implications of automation in industrial, service, and research contexts, providing a theoretical framework useful for interpreting and anticipating the technological and societal changes associated with the widespread adoption of robotic systems.

This course suits both those with a theoretical background and anyone seeking an accessible yet in-depth introduction to a discipline poised to revolutionize the future.

• University students and recent graduates in engineering, computer science, automation, mechatronics, and STEM disciplines interested in acquiring skills in the robotics sector.
• Teachers and trainers, particularly from secondary schools who wish to introduce robotics into their curricula.
• Managers and business decision-makers who want to understand how to integrate robotic solutions into production processes or company services.
• Technology and innovation enthusiasts who want to explore the fundamentals of robotics and its practical applications.
• Start-up founders and innovators interested in developing robotic solutions or applying robotics in their projects.

From the robotics course, you will gain:

• Foundational Robotics Skills: You'll understand the core principles of how robots operate, their components, types (mobile, manipulators, service robots), and their main application areas.
• Design and Analysis Capabilities: You'll learn to evaluate and design simple robotic systems, grasping the logic behind movement, control, and environmental interaction.
• Knowledge of Control Systems: You'll acquire insights into motors, actuators, sensors, and the hierarchical module structure that manages a robot's behavior.
• Familiarity with Simulation Environments: You'll be able to use software to simulate and test robots.
• Practical Vision of Automation: You'll see real-world examples of robotic construction and assembly to understand the industry's challenges and opportunities.
•  Preparation for Future Scenarios: You'll develop an innovation-oriented mindset, valuable for working in contexts where robotics increasingly integrates with industry, services, and society.

Smart Education Formula
The course is delivered entirely via distance learning, with live online sessions led by qualified instructors. Classes are scheduled in the evening (e.g., Tuesdays and Thursdays, 21:00–22:40) and/or on weekends (Saturday and Sunday, 10:00–13:20 and 14:10–17:40). The curriculum includes hands-on exercises, virtual labs, and all learning materials. All times refer to 50-minute academic hours.

E-learning Platform
Our flexible approach allows you to study wherever and whenever you want, even if you work and do not have much time. All lessons are delivered OnlineLive by qualified teachers, and are recorded in real time to give you the opportunity to watch them asynchronously on our e-learning platform, in case you miss one lesson or you want to review some contents. Among other things, on the platform you will also find many useful materials for self-studying, such as self-assessment tests, exercises and exam simulations.

Minimum hardware requirements
Notebook: dual core 64-bit on x86-64 CPU | 8GB RAM (4GB for Host + 4GB for V.M.) | HDD / SSD: (40GB for V.M. Windows + 10GB for V.M. Linux)

Payment Method
Payment must be issued in one single solution before the beginning of the course. The number of places available is limited

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