Development and Implementation of Cellular IoT RF RX Front-End for Sensitivity Improvement• Research of 3GPP standardisation of NB-IoT and investigation of existing NB-IoT modules • Development of RF Front-End architecture through device and system level simulations• Practical implementation of architecture via device selection, PCB design and construction, circuit optimisation and measurements

Application Support for RF Analog Front-End Devices• Tune matching circuits, solder prototype boards and prepare application notes• Perform measurements on prototype boards such as IIP3, Noise Figure and S parameters using instruments such as the network analyser, spectrum analyser and noise figure analyser• Matlab automation and project research

Automation of RF Application Test Equipment• Automation through Matlab and scripting languages• Hardware and PCB development to improve automation• Research and prototyping 5G IoT device

Application Support for RF Analog Front-End Devices• Tune matching circuits, solder prototype boards and prepare application notes• Perform measurements on prototype boards such as IIP3, Noise Figure and S parameters using instruments such as the network analyser, spectrum analyser and noise figure analyser• Matlab automation and project research

Research, design and maintenance of the control systems present in the LPD-Max. The LPD-Max is an intelligent low point drain system designed to extract water from gas gathering networks in remote areas. This multi-disciplinary project required knowledge in control and embedded systems, electrical as well as telecommunications engineering.