The Tetcor team has a proven track record in providing technology solutions addressing commercial needs. Dedicated research and development staff have a combined 21 years of experience in inductive power transfer technology. From initial design and architecture, to prototyping, implementation, testing, certification, deployment, maintenance and enhancements our team offers a strong partnership in combining our TET technology with implantable devices. Our large animal testing environment, contracted through the University of Auckland, provides the platform to test and develop application specific technology. The company operates a dedicated research and development facility in Auckland, New Zealand. Strong research linkages are maintained with the Auckland Bioengineering Institute and Department of Electrical and Computer Engineering.

The parent company, Telemetry Research, manufactures and sells implantable transmitters for wireless monitoring of physiological signals in laboratory animals. These products utilise the core IP and have allowed real life testing and refinement of the technology. The company has a wide base of experience in wireless communication for implantable devices and this technology is available to provide feedback on device performance.

Key staff:

Simon Malpas (s.malpas@tetcor.com) CEO
Simon holds (PhD). His experience spans across clinical, technical, sales, marketing, business and strategic development and contract negotiation. He is an experienced project leader and an extensive track record in delivering on collaborative projects.

David Budgett (d.budgett@tetcor.com) Director of Research and Development;
David has a PhD in Electronic Engineering from Imperial College, London. He has 20
years experience in technology development, bioinstrumentation and taking high-end technology to market. He has collaborated on numerous international projects, 3 patents and 30 publications.

Patrick Hu Scientific Advisor PhD in Electronic Engineering 12 years experience in inductive power transfer, has pioneered the control of resonant frequency to regulate power flow and facilitate IPT systems with variable coupling. He has 5 patents and 47 publications.