I’m in my final year of a PhD at Cambridge’s Bio-Inspired Robotics Laboratory, building tactile sensors and artificial skins. I was part of the Horizon 2020 SHERO project for self-healing robotics, and the Samsung Global Research Outreach project on tactile perception.
In my spare time I enjoy playing badminton and tennis, and I’m a member of the world-famous Magic Circle.
Download my CV.
PhD in Bio-Inspired Robotics, 2020-2024
University of Cambridge
MEng in Mechanics, Materials and Design, 2019-2020
University of Cambridge
BA in Engineering, 2016-2019
University of Cambridge
Mimicking the structure of the human skin by combining surface level thermoreceptors with deeper mechanoreceptors. Tactile stimuli are identified using a feedforward neural network.
A model-free method for the reconstruction of deformations in a hydrogel skin using electrical impedance tomography. The method can be used for damage detection, environmental monitoring, and multi-touch recognition.