Associate Professor David Budgett
BE(Hons) Canterbury, NZ. PhD Imperial College, London.
David Budgett has a PhD in Electrical Engineering from Imperial College in London. He graduated with BE in Electrical Engineering from the University of Canterbury. He has held lecturing positions in the Department of Engineering Science, the University of Auckland, and the School of Engineering, University of Sussex.
David is part of the management team of the Auckland Bioengineering Institute, has major research grants in the field of implantable devices, and maintains a special interest in commercialisation of the Institute's intellectual property.
Research | Current
David Budgett has a keen interest in smart implantable devices. He coordinates collaborative teams drawn from academic and commercial institutions to take advantage of technology to create novel devices.
Implantable Devices Group
David leads the Implantable Devices Group with Dr Daniel McCormick at the Auckland Bioengineering Institute which has close ties with Associate Professor Patrick (Aiguo) Hu from the Department of Computer and Electrical Engineering. This group is responsible for developing novel biomedical sensors and transcutaneous energy transfer systems that can provide electrical power to implanted devices wirelessly.
A key technology showcase is the ability to power the next generation of artificial hearts. The present industry solution is to pass an electrical wire through the skin. This introduces a serious infection risk. Using inductive power, this risk can be eliminated.
In conjunction with Professor Malpas, a major research focus is the improved monitoring and treatment of hydrocephalus patients through improved pressure monitoring and active drainage.
More information is available at the Implantable Devices Group page.
David Budgett co-founded the company Telemetry Research which supplied implantable monitoring systems for research applications. Its systems have been shipped to 18 different countries, and the telemetry technology has been adopted by the majority of big pharmaceutical companies. In November 2011, Telemetry Research merged with Millar Instruments to become Millar Inc.
- Perry Tan Long range power transfer to implanted devices
- Dixon Leung Lifetime implantable pressure sensors
- Emma Ordono Inverse problem of electrocardiography
- Cyril Au Powering the next generation of implantable heart pumps
- Laura Pedofsky Devices for active management of pelvic floor health
- Reza Seh Dehi Implantable wireless power transfer methods
- Alistair Newcombe Soft flexible pressure sensors
- Chaoping Zhang Miniaturised signal conditioning systems for implantable devices
- Mehak Janjua Implantable optogenetic stimulators
- Hendrick Lim Miniature implantable power receivers
- Ian Glass (2018) Lifetime monitoring pressure from an implanted sensor
- Quinn Boesley (2018) Thermal Safety and usability of a high powered TET system
- Beverly (Fu Yu) Chen Miniature wireless sensors for monitoring intracranial pressure
- Robert Gallichan (2017) Miniaturising wireless power supplies for active implantable devices
- Cyril Au (2016) Polymer Packages for Active Implants
- Anna-Lena Schell (2016) Developing a Pressure sesor array for assessing pelvic floor health
- Thérèse Clark (2015) Powering implantable medical devices
- Ellyce Stehlin (2015) Wireless Power for Implantable Human Devices
- Dixon Leung (2014) Implantable devices for hydrocephalous management
- Alex Leung (2013) Wireless power for heart pumps: Control and energy measurement
- David Russell (2012) Wireless implantable microdevices
Selected publications and creative works (Research Outputs)
- Dissanayake, T. D., Budgett, D. M., Hu, P., Bennet, L., Pyner, S., Booth, L., ... Malpas, S. C. (2010). A novel low temperature transcutaneous energy transfer system suitable for high power implantable medical devices: performance and validation in sheep. Artificial Organs, 34 (5), E160-E167. 10.1111/j.1525-1594.2009.00992.x
Other University of Auckland co-authors: Laura Bennet, Simon Malpas, Aiguo Patrick Hu, Satya Amirapu