I'm a PhD candidate in Chemical Engineering at Adelaide University, working at the intersection of materials chemistry and environmental sustainability.

My research focuses on the rational design of mono-, bi-, and multimetallic metal–organic frameworks (MOFs) for advanced oxidation processes (AOPs) and wastewater remediation, with particular emphasis on plastic-waste upcycling into functional catalytic materials, bridging circular economy principles with sustainable environmental chemistry.

I combine mechanistic insight from structural, spectroscopic, and electronic studies with a drive toward scalable, real-world solutions to the twin challenges of plastic pollution and water contamination.

I'm currently completing my PhD and actively seeking postdoctoral opportunities where I can apply this expertise in sustainable MOF/BMOF synthesis, plastic upcycling, and advanced oxidation processes.

Open to connecting with researchers and institutions working in materials chemistry, environmental catalysis, and the circular economy.

Research interests:

-Porous materials

-Metal–organic Frameworks (MOFs)

-Advanced Oxidation Processes (AOPs)

-Wastewater Remediation

-Plastic Upcycling