Andrew Flewitt

Andrew Flewitt is Professor of Electronic Engineering at the University of Cambridge, Department of Electrical Engineering. His research focuses on metal oxides, large-area electronics, thin film transistors, and acoustic wave sensors. His work includes the development of metal oxide materials for thin film transistors, with an emphasis on manufacturability and scalability. He has explored the use of high target utilization sputtering systems to produce novel oxide phases and devices. Additionally, his research involves acoustic wave sensors, including surface acoustic wave and film bulk acoustic resonator devices, and the application of metal oxides in solar cells and tactile surfaces. He is also involved in strategic themes such as energy, transport, and bioengineering.

Andrew Flewitt is an electronic engineering researcher at Cambridge University, focusing on advanced materials and devices for sensing and microfluidic applications. His work explores flexible electronics, piezoelectric thin films, and acoustic biosensors, with a particular emphasis on ZnO films and carbon nanomaterials. Flewitt's research includes the development of continuous glucose monitoring systems, ink-jet printed transistors, and microfluidic pumps using surface acoustic waves. He also investigates film bulk acoustic resonators (FBARs) for biosensing and MEMS applications. His contributions span nanotechnology, thin film characterization, and wireless power systems, highlighting the intersection of materials science and electronic engineering.