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Expert has a wide experience of many aspects of analogue and mixed signal design stretching back 20 years. The main focus of the work has been integrated circuit design and, in recent times, this has been mostly applied to biomedical circuit and systems. In particular, the design of systems and subsystems for low noise, low power implantable devices has been a speciality. Specific applications include devices for minimally invasive measurements of blood glucose, blood pressure and the in vivo assessment of key parameters in orthopaedic implants. Other, related applications include the design of cheap CMOS-based systems for high throughput screening (HTS) in drug development and pharmacology.

Expert has a wide experience of many aspects of analogue circuit and sensor design stretching back 20 years. The main focus of the work has been mixed signal integrated circuit design and, in recent times, this has been mostly applied to biomedical circuits and systems. In particular, the design of systems and subsystems for low noise, low power implantable devices has been a speciality. Specific applications include devices for minimally invasive measurements of blood glucose, blood pressure and the in vivo assessment of key parameters in orthopaedic implants. Other, related applications include the design of cheap CMOS-based systems for high throughput screening (HTS) in drug development and pharmacology. This requires the development of cheap, effective ways to modify standard CMOS technology for biocompatability and electrical connectivity.