Cornelis Jan Kikkert

Cornelis Jan Kikkert is an academic affiliated with James Cook University, specializing in areas such as Power Line Communications (PLC), Signal Processing, and Electrical Engineering. His research focuses on improving communication systems within power grids, including impedance measurement techniques, transformer modeling, and smart grid infrastructure. He has contributed to numerous peer-reviewed journals and conferences, including IEEE Smart Grid Communications and Power Line Communications events. His work spans topics like FPGA-based phasor measurement units, inductive shunt analyzers, and broadband PLC applications.

Notable contributions include modeling powerline communication channels, developing low-cost coupling networks for smart grids, and advancing adaptive digital predistortion techniques for high-crest-factor signals. His research often bridges theoretical analysis with practical implementations, such as embedded software for real-time impedance analysis and hardware design for satellite beacon receivers.

Kikkert has collaborated extensively with industry and academic partners, presenting at global conferences like ISPLC and ICICS. His publications reflect a deep engagement with both foundational and applied aspects of electrical engineering, emphasizing innovation in power systems and communication technologies.