Collaborating with a dynamic team at AFI to advance clean energy technologies. Partnering with RMIT University, we are pioneering carbon capture and transforming CO2 waste into renewable chemicals and sustainable fuels using cutting-edge electrolysis technology. Dedicated to driving the transition to a more sustainable and greener future.

Optimize biomass pyrolysis processes using Aspen Plus software and conduct economic analyses to determine the feasibility of implementing this technology on a large scale.

Designing and optimising an electrolysis-based pilot plant for carbon capture and utilisation. Focusing on integrating renewable energy sources to produce sustainable chemicals and fuels.

Support students during their learning process.

The "Lactoferrin Yield Optimization" project, proposed by Saputo and the MITI Monash program, was successfully completed in three months of full-time work, resulting in a significant increase in protein recovery per litre of milk. The outcome was impressive, demonstrating the project's success in optimizing lactoferrin yield.

Work with students to help them understand key concepts, especially those learned in the classroom.

Write and implement lesson plans for 9th – 12th grades students, utilizing innovative methods to enhance scientific thinking and numeric skills.