Environmental Engineering Projects

Evaluating urban waterway rehabilitation projects to improve design strategies for resilience under current and future climate conditions.

Integrating wind tunnel experiments, field measurements, and numerical models to identify greenhouse gas emission hotspots in landfills.

Utilising advanced sensor systems and hydrodynamic models to investigate how mixing processes influence water quality in supply lakes under changing climate conditions.

Developing mobile sensor platforms, including floating chambers and autonomous boats, to enhance methane emission assessments in aquatic environments.

Leveraging satellite data and GIS analytics to support the real-time monitoring and management of water quality in inland and coastal waters.

Operating advanced lab-scale bioreactors (200 mL to 15 L) to study microbial gas fermentation and methane biotransformations. This project focuses on gas uptake kinetics and metabolism under controlled conditions, supported by precision gas flow systems and gas chromatographic

Isolating and characterising extremophilic microorganisms from mine waste environments. This project explores novel microbes for applications in metal recovery, bioremediation, and environmental monitoring using state-of-the-art culturing and molecular biology tools.