Controlling Mechanical Forces to Modulate Fibroblast Behavior: Engineered a model to analyze how dermal broblasts respond to specic local stiness and osmotic pressure conditions. Developed expertise in cell culture, in vitro models, mechanotransduction, microscopy, immunostaining, data analysis.

Development of Neuromuscular Biohybrid Robots: Developed 3D co-culture systems of motor neurons and muscle tissue to establish functional neuromuscular actuators for biohybrid robots and for advancing biofabrication techniques.

Part of the marketing team for the promotion and management of a student-led biotech incubator.

Provided academic support in Experimental Physics, Rational Mechanics and Electrotechnics to fellow students. Developed interpersonal, organizational and teaching skills to tailor learning programs to student needs.

Assisted in organizing Graduation and Open Days, providing visitors with timely and accurate information.