The BioRobotics Institute, Regenerative Technologies Lab of Prof. Leonardo Ricotti Development of a 3D engineered muscle construct by 3D printing techniques of biomaterials and cell lines grown in vitro

The BioRobotics Institute, Filippo Cavallo's Assistive Robotics LabDesign, planning, and production of covers in polymeric and plastic material for the creation of wearable prototypes aimed at the analysis of movement in the ambit of the Olimpia Project.

Targeted Therapeutics group of Prof.Dr. Jai Prakash (Biomaterial Science Technologies) Physical and Medical Acoustics of Prof. Dr. Michel Versluis (Physic of Fluids)A multidisciplinary project aimed at the design, development, characterization, and application of a novel, clinically relevant, 3D breast cancer microtissue to study the enhanced intratumoral penetration of molecules by means of microbubbles-mediated sonoporation.

Team project under the guidance of Dr. Y.S. Zhang.Development of a 3D high cellular density hydrogel-based construct for the in vitro recapitulation of densely packed biological tissues. Employment of gas shearing cell microencapsulation to fabricate the cell-laden scaffold and 3D embedded sacrificial writing to create the vascular network.