Giovanni Traetta

Title: Non-invasive Neuromotor Interfaces for Intuitive and Stable Control of a Robotic Limb / Interfaces neuromotrices non-invasives pour un contrôle intuitif et stable d'un membre robotique Supervisors: Prof. Sylvain Dorel, Dr. Simon Avrillon, Dr. Thomas Cattagni Laboratory: Laboratoire Motricité, Interactions, Performance (MIP)

Title: Non-invasive Neuromotor Interfaces for Intuitive and Stable Control of a Robotic Limb / Interfaces neuromotrices non-invasives pour un contrôle intuitif et stable d'un membre robotique Supervisors: Prof. Sylvain Dorel, Dr. Simon Avrillon, Dr. Thomas Cattagni University: Nantes Université

Conducting a research project on the non-invasive assessment of motor unit behavior and neuromechanics under the supervision of Professor Taian Martins Vieira.

Title: "Evaluation of Biceps Brachii Reinnervation Following Nerve Transfer Surgery" • Conducted in collaboration with Laboratory for Engineering of the Neuromuscular System (LISiN, Politecnico di Torino) and the Unità Spinale Unipolare (USU, CTO di Torino) in Turin, Italy under the supervision of Professor Marco Gazzoni and Professor Taian Martins Vieira. • Investigated motor control in patients with brachial plexus injuries post-nerve transfer surgery. • Acquired and analyzed HD-sEMG and force signals to

Title: "Modeling and Computational Methods of Analysis for Multilayer Molecular Networks" • Conducted in collaboration with Professor Marco Deriu and Dr. Konstantinos Panagiotopoulos. • Focused on computational tools for analyzing and visualizing molecular interactions in small non-coding RNAs (sncRNAs). • Investigated the role of sncRNAs in neurodevelopmental disorders (NDDs), aiming to identify shared molecular pathways and enable early prediction. • Co-authored a review paper, "A review on computational

Specialized in Biomedical Instrumentation, focusing on the acquisition, processing, and analysis of biomedical signals and images for clinical and research applications. Main courses: • Biomedical Signal Processing • Design of Biomedical Programmable Systems • Neuroengineering • Medical Image Proc

Main courses: • Active Implantable Devices • Biomedical Instrumentation and Safety • Electrical Circuits and Network Analysis • Electronics • Fundamentals of Biology, Anatomy and Physiology • Medical Images • Signal Analysis