Current doctoral research
Spiral inertial microfluidics
Developing 3D-printed microfluidic techniques for bacteria separation and detection technologies.
View current work →Doctoral researcher · Environmental engineer
Cleaner water,
engineered at the
microscale.
I develop spiral inertial microfluidic techniques using 3D printing to advance bacteria separation and detection in water.
Australian Centre for Research on Separation ScienceUniversity of Tasmania · Hobart, Australia
Research
Across scales, toward safer water.
My work connects environmental engineering with applied microscale technologies—from flow inside a printed channel to treatment systems for complex wastewater.
Membrane separation
Fouling control & greywater
Mechanical scouring, fluidized media and electrochemical approaches for more resilient membrane treatment.
Explore the theme →Environmental systems
Wetlands, LCA & monitoring
Nature-based treatment, life-cycle assessment, water quality monitoring and GIS-led environmental analysis.
Explore the theme →Selected publications
Research in print.
- 2023
Effect of mechanical scouring on fouling control in greywater filtration with fluidized bed submerged membrane reactor for decentralized wastewater treatment process ↗
Journal of Water Process Engineering, 56, 104363
2025 JCR Journal Impact Factor: 6.6
- 2023
Life Cycle Analysis of Lab-Scale Constructed Wetlands for the Treatment of Industrial Wastewater and Landfill Leachate from Municipal Solid Waste: A Comparative Assessment ↗
Water, 15(5), 909
2025 JCR Journal Impact Factor: 3.5
- 2021
Removal of heavy metals in subsurface flow constructed wetlands: application of effluent recirculation ↗
Environmental and Sustainability Indicators, 12, 100146
2025 JCR Journal Impact Factor: 5.5
Let’s connect
Curious minds make better questions.
I welcome conversations about microfluidics, water research, separation science and interdisciplinary collaboration.
Get in touch