MrMayue Shi

Dr Mayue Shi completed his PhD studies in Electronic and Electrical Engineering at Imperial College London, preceded by obtaining his Master’s degree in Microelectronics and Solid-State Electronics from Peking University. After this, he moved to University of Oxford for posdoctoral training in digital health. At Oxford, he was also an Honorary Researcher at John Radcliffe Hospital (NHS Oxford University Hospitals), Research Member of Common Room at Kellogg College, and I2I Fellow. He has been awarded the Associate Fellow of the Higher Education Academy (AFHEA) in recognition of his expertise and professionalism in teaching and learning in higher education.

In the initial stages of his research, Dr Shi's work with MicroElectroMechanical Systems (MEMS) has laid a robust designing and manufacturing foundation for his pursuits in advancing flexible electronics. He has innovated self-powered sensing methods and developed wireless healthcare monitoring systems, earning international acclaim for their ingenuity and effectiveness. These contributions have also charted new pathways in the realm of practical wearable technologies for health monitoring and robotic sensing.

During his PhD, he focused on developing flexible piezoelectric sensors, including thorough designs for both the sensors and their interfacing circuits, aimed at achieving both high sensitivity and energy autonomy in healthcare and industrial applications. A highlight of his work was an investigation into an novel wind sensor utilising flow-induced vibration, which not only enhanced energy conversion efficiency but also introduced a pivotal modification to the classic galloping model, providing a effective explanation for frequency shifts observed.

Dr Shi’s postdoctoral research uniquely combines expertise in developing intelligent biomedical devices, such as wearable sensors and systems, with a strong focus on clinical healthcare practices. His work also encompasses the development of digital platform for telemedicine, and the implementation of AI-driven data processing techniques for clinical interventions and medical robotics. With extensive experience in both the hardware and software aspects of digital health, Dr Shi is committed to bridging the gap between advanced engineering innovations and practical healthcare solutions.

Research Grants
1. A Wearable Physiological Sensor System for Assessing Food and Energy Intake, Dame Julia Higgins Postdoc Collaborative Research Fund, 2023.
2. Wearable Urine Volume Measuring Device Designed for Non-Invasive and Easy-Access Bladder Function Monitoring, Dame Julia Higgins Postdoc Collaborative Research Fund, 2023.
Web: https://www.imperial.ac.uk/postdoc-fellows-development-centre/resources/ecri-funds/julia-higgins-fund/