Our recent work on tessellated granular metamaterials has recently been highlighted on the front cover of Extreme Mechanics Letters! Read our article "Tessellated granular metamaterials with tunable elastic moduli" here: tinyurl.com/2ut2vrj9

A new Science #Robotics study spotlights a soft hip #Exoskeleton reduces metabolic costs of walking by assisting dynamic balance. Chung-Ang University UIC Engineering scim.ag/4zL

"Inspired by nature, this robot arm has a vast range of motion, high precision, and is inherently safe for human interaction," says CREATE Lab's Josie Hughes. Published today in the new Nature Portfolio journal npj Robotics & on EPFL homepage actu.epfl.ch/news/soft-elep…

#cardiovascular diseases are the leading cause of death worldwide. In our Science Advances paper, we show a #SoftRobot to restore dexterity & force transmission in the beating♥️for #pacemaker implantation & #TricuspidValve repair. doi.org/10.1126/sciadv… #ScienceAdvancesResearch

"We’ve developed what we believe is the smallest implantable brain stimulator demonstrated in a human subject" motif neurotech has demonstrated first-in-human implantations of its pea-sized #neuromodulation brain implant for treatment-resistant #depression bit.ly/40jsrwM

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Introducing our new work Conference on Robot Learning 2023, a novel brain-robot interface system: NOIR (Neural Signal Operated Intelligent Robots). Website: noir-corl.github.io Paper: arxiv.org/abs/2311.01454 🧠🤖

How can a wearable device track the movement of a person’s eyeball? It takes a lot of photos, but in a recent study, researchers trained a neural network to do it with simulated images. The images were generated with Unity, the video game software. quantamagazine.org/neural-network…

On 1st November, I passed my viva with minors. It has been an amazing journey!! My PhD research topic ‘Soft Scalable Self-reconfigurable Modular Cellbot’, a self-configurable autonomous soft shape adapting modular robots. The aim was to optimise for desired locomotion gait.

ICYMI: These #origami microfliers use solar cell-powered electromagnetic actuators to transform from flat to creased shapes during mid-air descent. The #robots' ability to change shape mid-air lets them spread further and secure more useful data. #OrigamiDay

Robotic Cardiac Compression Device Using Artificial Muscle Filaments for the Treatment of Heart Failure (Thanh Nho Do and co-workers) onlinelibrary.wiley.com/doi/10.1002/ai…

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The experiences, challenges and education during my PhD helped me become an independent and skilled robotics and automation engineer and researcher. I am glad to have contributed a new research and developed a new technology for the betterment of society.

As I walked across the stage, I am excited to now embark on the next journey in life- to use all the skills I have developed and learn new things to develop and manage innovate and complex robotics system. University of Bristol UWE Bristol BristolRoboticsLab FARSCOPE CDT @bristoldc