Robotics and Autonomous System Design
Training Overview
The Robotics and Autonomous System Design program trains professionals capable of designing, modeling, programming, and integrating intelligent robotic systems that can operate autonomously in dynamic, complex, and often unpredictable environments.
Training Objectives
- Master the fundamentals of mobile and industrial robotics, including kinematics, dynamics, and robot control
- Design and develop intelligent autonomous systems, integrating sensors, actuators, and perception/decision algorithms
- Acquire skills in artificial intelligence, computer vision, machine learning, and trajectory planning
- Understand and implement robotic autonomy technologies: navigation, mapping, SLAM, human-machine interaction
- Work on multidisciplinary projects combining mechatronics, embedded systems, and advanced algorithms
Skills Acquired
- Design and modeling of autonomous robots
- Programming and integration of smart sensors
- Development of autonomy and embedded intelligence algorithms
- Solving complex problems in real environments
- Teamwork in multidisciplinary settings and robotics project management
Career Opportunities
- Industrial and collaborative robotics (cobots)
- Autonomous vehicles (automotive, rail, aerospace)
- Robotic healthcare and rehabilitation
- Service robotics and smart logistics
- Advanced robotics R&D
FAQ
Specialty Choice
At the end of the common core, students choose their specialty based on their interests and career goals. The choice depends on academic results and available slots.
Program Duration
Each specialty lasts 1 year after the common core, with a balance of theoretical courses, practical projects, and internships.
Career Opportunities
Our specialties open doors to diverse careers in industry, research, tech startups, and innovative large companies.
