Our work in this area involves designing and implementing electronic systems for tracking wildlife, with a particular focus on crocodile movements. These tracking systems are designed to operate in challenging environments, providing crucial data for understanding animal behavior and supporting conservation initiatives.
Our lab is developing an innovative algae growth system designed to optimize the cultivation process by testing different wavelengths of light. This system features advanced control modules, effective thermal management, and precise light distribution, all aimed at enhancing the growth conditions for algae. These developments are critical for applications in environmental management and sustainable biofuel production.
We are developing advanced sensor networks for monitoring water quality in various aquatic environments. These systems use fluorescence-based detection methods to provide real-time data on water conditions, supporting efforts to maintain healthy ecosystems and manage water resources effectively.