Passionate about R&D and mechanical design, I have worked on projects involving biomechanics, material testing and simulation software, mechatronics, mechanical system design and stress-strain analysis. I have developed an international profile through professional experiences in the UK, France, and Switzerland.
Currently, I am pursuing a PhD in biomechanics at the Center for Artificial Muscles (CAM). My research focuses on developing an Artificial Urinary Sphincter based on Dielectric Elastomer Actuators to improve the quality of life for patients with urinary incontinence.