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Legenda:

• Robotics Track → A pathway dedicated to intelligent machines: from exoskeletons to robotic arms, aimed at understanding how mechanics, electronics, and artificial intelligence integrate in the design of future robots.
• Data & Sensors Track → Focus on sensors as essential tools for capturing movement, pressure, light, and bio-signals, and on their role in robotics, wearable devices, and smart systems. An in-depth look at software, algorithms, and artificial intelligence, with attention to how code and data drive innovation across fields ranging from programming to advanced technological applications.
• Bio-mechanics Track → Study of the forces acting on bodies and devices: from gait and motion analysis to musculoskeletal modeling, and the design of prosthetics and exoskeletons. Tools such as EMG, inverse dynamics, and finite element analysis are used to measure, simulate, and optimize performance and safety.
• Bio-materials Track → Exploration of materials for medicine: polymers, metals, ceramics, and hydrogels, with applications including biocompatibility engineering, drug-eluting coatings, and tissue scaffolds. Practical activities include characterization (mechanical, rheological, microscopic), 3D printing, and the study of cell–material interfaces.
• Neuro Track → Analysis of the connections between the brain and technology: neuroscience, artificial intelligence, and neuroengineering applied to rehabilitation, brain–computer interfaces, and cognitive technologies. </aside>

Track activities🥷

Agoghè - Projects and courses ⚔️

Congresses 🤼

Lab visits 🪖

Companies & trips 🏹